1
NIFOG
National Interoperability
Field Operations Guide
Version 2.0
AUGUST 2021
Cybersecurity and Infrastructure Security Agency
U.S. Department of Homeland Security
THIS PAGE INTENTIONALLY LEFT BLANK
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INTRODUCTION
The National Interoperability Field Operations Guide (NIFOG) is a technical
reference designed to support incident communications. This version marks the
14
th
year for the NIFOG. The NIFOG is updated on a regular basis and is a
compilation of communication references and information that have been
recommended by public safety practitioners across the country. Due to the
increasing technical and regulatory nature of incident communications and
information technology, it is, and will remain a work in progress. New content in
2.0 includes references on Information Technology, Emergency Wireless Carrier
Services, Interference Management, Encryption, and Cybersecurity.
If you are not familiar with interoperability and mutual aid communications, start
with the “How to Use the National Interoperability Field Operations Guide”
section and recommend the reader become familiar with the tools available in
this guide.
Your comments and input are encouraged and welcome at:
NIFOG@cisa.dhs.gov
Thank you,
Billy Bob Brown, Jr.
Executive Assistant Director for Emergency Communications
Cybersecurity and Infrastructure Security Agency
To download or request copies of the NIFOG, please visit
cisa.gov/safecom/field-operations-guides
Names of commercial products and services may be trademarks of their
respective owners. Use of such names herein does not imply endorsement by
CISA or the U.S. Government.
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TABLE OF CONTENTS
INTRODUCTION................................................................................... ii
HOW TO USE THE NATIONAL INTEROPERABILITY FIELD OPERATIONS
GUIDE..................................................................................................1
FCC Rules and Regulations..............................................................................................................5
NTIA Rules and Regulations..............................................................................................................5
FCC Rules for Interoperability...........................................................................................................6
NTIA Rules for Interoperability..........................................................................................................8
United States/Canada Frequency Coordination Lines..............................................................12
How do I request a Special Temporary Authorization (STA)?................................................. 14
Regulations and Guidelines for National Interoperability..........................................................18
Conditions for Use of Federal Interoperability Channels..........................................................19
Recommendations for Programming the Federal Interoperability Channels........................ 22
INTEROPERABILITY CHANNELS..........................................................24
Conventions of Use for Interoperability.........................................................................................24
Interoperability “Watch-Out” Situations.........................................................................................25
ICS 205 Sample & Channel Instructions......................................................................................26
Notes on Interoperability Channels...............................................................................................28
Fie ld Programming............................................................................................................................28
Counties Where VTAC17/VTAC17D May Be Used...................................................................33
NOAA Weather Radio (NWR) “All Hazards” Broadcasts..........................................................42
Marine Weather Broadcasts - United States Coast Guard.......................................................42
Continuous Marine Broadcasts Canadian Coast Guard........................................................42
Common Emission Designators in Public Safety Licensing.....................................................66
FCC Part 90 Common Station Class Codes...............................................................................67
Line-of-Sight Formulas.....................................................................................................................68
25 Cities Project Federal Interoperability Channels...................................................................69
Encryption National Reserved SLN Table................................................................................78
Commonly Used Frequencies........................................................................................................80
Aviation Frequencies........................................................................................................................80
Notice to Airmen (NOTAM) Filing Instructions............................................................................81
Unmanned Aircraft (UAS) Incident Reporting Tips in Responding to a UAS Incident.....82
UAS Frequency Reference.............................................................................................................84
VHF Marine ChannelListing...........................................................................................................86
VHF Marine Channels& Frequencies..........................................................................................90
Common Business Frequencies....................................................................................................96
Railroad Frequencies.......................................................................................................................97
SAR (Search and Rescue) Frequencies......................................................................................98
Standard Time and Frequency Broadcasts.................................................................................99
Standard Time by Telephone.........................................................................................................99
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HF Disaster Communications.......................................................................................................100
HF Long Distance Communications............................................................................................101
Maritime HF and VHF Distress Frequencies.............................................................................102
SHARES HF.....................................................................................................................................103
Alaska Emergency Frequency......................................................................................................103
Amateur Radio Emergency Frequencies...................................................................................104
60-meter Band (5 MHz).................................................................................................................104
Amateur Radio Calling Frequencies............................................................................................106
Amateur Radio Repeater Coordinators......................................................................................106
Amateur Radio Bands (US)...........................................................................................................107
Amateur Radio Power Limits (US)...............................................................................................113
Personal Radio Services...............................................................................................................114
Interference Management.............................................................................................................118
USEFUL REFERENCES...................................................................... 122
Operations Center Telephone Numbers....................................................................................122
CISA/FEMA Regions - States and Territories...........................................................................124
CISA Region Contacts...................................................................................................................125
FEMA Region Contacts.................................................................................................................126
Emergency Support Functions (ESF).........................................................................................127
Priority Telecommunications ServicesPrograms.....................................................................128
GETS Govt. Emergency Telecommunications Service.........................................128
WPS Wireless Priority Service....................................................................................128
TSP Telecommunications Service Priority...............................................................128
EMERGENCY WIRELESS CARRIER SERVICES.................................... 130
Typical Customer Support Request Information.......................................................................131
FirstNet Response Operations Group (ROG) ...........................................................................132
How do FirstNet Deployables work?...........................................................................................133
How do you request a FirstNet deployable?..............................................................................133
FirstNet Central: Uplift Portal and Incident Management........................................................134
FirstNet Assist App.........................................................................................................................134
T-Mobile Emergency Response Team.......................................................................................135
Verizon Response Team...............................................................................................................136
Telephone Keypad Letters............................................................................................................137
N11 Numbers...................................................................................................................................137
DSN Area Codes.............................................................................................................................137
Text Messaging ...........................................................................................................................138
SATELLITE SERVICES....................................................................... 140
M-SAT Satellite Mutual Aid Radio Talkgroups (SMART
TM
)....................................................140
Satellite Phone Dialing Instructions.............................................................................................142
IRIDIUM...............................................................................................................................142
BGAN...................................................................................................................................143
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MSAT...................................................................................................................................143
INMARSAT.........................................................................................................................143
INMARSAT-M Service Codes......................................................................................................144
INFORMATION TECHNOLOGY ........................................................... 145
Network Troubleshooting*.............................................................................................................145
Information Technology Disaster Resource Center.................................................................146
Cisco Crisis Response (formerly Tactical Operations)............................................................147
Open Source Interconnection (OSI) Seven Layer Model........................................................148
Physical Media for Data Networks...............................................................................................149
Public DNS Servers IPv4 & IPv6.................................................................................................150
Reserved Address Spaces............................................................................................................152
Subnetting / CIDR Notation...........................................................................................................153
Public Network Time Protocol (NTP)Servers...........................................................................154
Examples of Troubleshooting with Packet Captures...............................................................155
Comparison of Common VPN Protocols....................................................................................156
WAN Technologies / Common Data Rates...............................................................................157
North America WIFI Channel Plan and Best Practices...........................................................158
WIFI Configuration Best Practices...............................................................................................159
RJ-45 Pinout.....................................................................................................................................160
RJ-45 Wiring.....................................................................................................................................161
Telephone Connectors...................................................................................................................162
25-Pair Telephone Block Wiring Color Code.............................................................................163
Notes on Fiber Optic Cable and Connectors.............................................................................164
RS-232 Connectors (DE9 and DB25).........................................................................................165
Uniform Color Code of Underground Utility Markings.............................................................166
CYBERSECURITY............................................................................. 168
Top Cybersecurity Tactics.............................................................................................................168
Cyber Incident Response..............................................................................................................169
Federal Cybersecurity Resources...............................................................................................170
Common TCP/UDP Ports..............................................................................................................171
Cryptographic Cipher Recommendations..................................................................................172
ACKNOWLEDGEMENTS.................................................................... 173
NOTES............................................................................................. 174
TIME ZONES..................................................................................... 182
UTC (ZULU) TIME ZONE CONVERSION CHART................................. 183
PHONETIC ALPHABET STANDARDS.................................................. 184
EMERGENCY MEDICAL PROCEDURES .............................................. 185
v
HO W TO USE THE NATIONAL INTEROPERABILITY
FIELD OPERATIONS GUIDE
What is the National Interoperability Field Operations Guide?
The National Interoperability Field Operations Guide (NIFOG) is a pocket-sized
listing of land mobile radio (LMR) frequencies that are often used in disasters or
other incidents where radio interoperability is required, and other information
useful to emergency communicators developed by the Cybersecurity and
Infrastructure Security Agency (CISA).
Terms used in this document:
FCC Federal Communications Commission
FCC Rules contained in Title 47, Code of Federal Regulations (47 CFR)
Federal used herein to differentiate between radio stations of the United
States Government and those of any territorial; state, local, tribal, and
territorial (SLTT), or regional government authority. “Federal Frequencies
refer to frequencies (channels) available for assignment to U.S. Government
Agencies. Although the FCC is a Federal Government agency, the
frequencies it administers are notfederal frequencies- they are
administered for SLTT governments, commercial entities, and individuals.
NPSTC the National Public Safety Telecommunications Council is a
federation of organizations whose mission is to improve public safety
communications and interoperability through collaborative leadership.
NPSTC channel names used in the NIFOG are based on the latest version
of the “Standard Channel Nomenclature for the Public Safety Interoperability
Channels”, APCO ANS 1.104.2-2017, approved January 3, 2017 by the
American National Standards Institute (ANSI).
NRPC National Regional Planning Council is a collaborative network
consisting of both 700 MHz & 800 MHz public safety Regional Planning
Committees as established by the Federal Communications Commission.
nrpc.us
NTIA National Telecommunications and Information Administration
NTIA Manual The NTIA “Manual of Regulations and Procedures for
Federal Radio Frequency Managementntia.doc.gov/
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How is the NIFOG used?
The NIFOG may be used as a reference by radio technicians when
programming channels in radios. It is recommend having these channels
programmed in radios at all times, as permitted by the applicable regulations,
rather than waiting until a disaster is imminent or occurring to do the
programming.
The NIFOG is a useful tool for emergency communications planners, providing
them with information on the interoperability channels most likely to be in the
radios of responders from another discipline or jurisdiction.
The NIFOG is a useful tool for information technology specialists, as well,
providing them with common references and information related to networking
infrastructure and cybersecurity.
Do I need a license for these channels before programming
them into radios?
If you are licensed under Part 90 of the FCC rules, you may program
frequencies (other than maritime or aviation) that you are not licensed to use IF
“the communications involved relate directly to the imminent safety-of-life or
propertyor “with U.S. Government stations ... in connection with mutual
activities(see FCC rules §90.25, §90.427 and §90.417). See “Conditions for
Use of Federal Interoperability Channels”, pages 19-22. There are no
restrictions on programming frequencies into U.S. Government radios.
However, note that §90.403(g) requires that “[f]or transmissions concerning the
imminent safety-of-life or property, the transmissions shall be suspended as
soon as the emergency is terminated.Also, the safety of life provision of
§90.417(a) makes it clear that the exception applies only when the
communications involved “relate directlyto the “imminent” safety of life or
property.
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How can I use these frequencies if I do nothave a license for
them?
There are seven ways you can legally use these radio frequencies:
1. You or your employer may already have an FCC license or a NTIA
authorization for some of the interoperability and common mutual aid
channels.
2. For FCC licensees, the VHF, UHF, 700 MHz, and 800 MHz non-Federal
National Interoperability Channels (e.g., VCALL10, VTAC11-14, UCALL40,
UTAC41-43, the 700MHz interoperability channels, 8CALL90, and 8TAC91-
94) are covered by a “blanket authorizationfrom the FCC - “Any Part 90
public safety eligible entity holding a Part 90 license may operate hand-held
and vehicular mobile units on these channels without needing a separate
authorization.See §90.20(i). When North of Line A or East of Line C the
blanket authorization in paragraph 90 of FCC R&O 00-348 applies only to
mobile (including hand-held) stations operating with an effective radiated
power (ERP) of 3 watts or less. At higher power levels, frequency
coordination is required, see FCC Public Notice DA-09-1064, released May
13,2009. Line A and C are defined in 47CFR §90.7. You can check a
location for Line A and Line C restrictions at
wireless.fcc.gov/uls/index.htm?job=line_a_c.
3. You may operate on frequencies authorized to another licensee when that
licensee designates you as a unit of their system, in accordance with FCC
rule §90.421; or as an authorized user of a shared radio system pursuant to
a written agreement as described in FCC rule §90.179.
4. In extraordinary circumstances, the FCC may issue a “Special Temporary
Authority” (STA) for such use in a particular geographic area.
5. In extraordinary circumstances, the NTIA may issue a “Temporary
Assignment” for such use in a particular area.
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6. operate a mobile station
on the Federal Interoperability Channels only when authorized by the
FCC (by license or STA) and only for interoperability with Federal radio
stations authorized by the NTIA to use those channels. See §90.25.
You
If you are an FCC Part 90 licensee, you may
may not use these channels for interoperability with other state,
tribal, regional, or local radio stations these are not a substitute for
your regular mutual aid channels. See FCC Public Notice DA 01-1621,
released July 13, 2001.
7. When necessary for the IMMEDIATE protection of life or property, FCC Part
90 licensees may use prudent measures beyond the specifics of their
license. See FCC rule §90.407, “Emergency communications. U.S.
Government stations are authorized by NTIA rule 7.3.6 to utilize any
frequency authorized to a non-federal radio station, under Part 90 of the
FCC Rules and Regulations, when such use is necessary for
communications with the authorized non-federal stations and is directly
related to the emergency at hand. Such use is subject to the following
conditions:
The non-federal licensee has given verbal or written concurrence;
Operations are conducted in accordance with the FCC Rules and
Regulations;
Use is restricted to the service area and station authorization of the
licensee;
All operations are under the direct control of the licensee and shall be
immediately terminated when directed by the licensee;
Operations do not exceed 60 days; and,
The federal agency shall provide, through the agency's FAS
representative to the FCC as soon as practicable, a written report of
each such use.
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FCC Rules and Regulations
Title 47 Code of Federal Regulations, Chapter I, Parts 0-199
Electronic Code of Federal Regulations (eCFR)
Part 80 Stations in the Maritime Services
- for information on VHF Marine channels, see
navcen.uscg.gov/?pageName=mtVhf
Part 87 Aviation Services
Part 90 Private Land Mobile Radio Services
Part 95 Personal Radio Services (includes GMRS, FRS, CB, & MURS)
Part 97 Amateur Radio Service
NTIA Rules and Regulations
Title 47 Code of Federal Regulations, Chapter III, Parts 300-399
Part 300 Manual of Regulations and Procedures for Federal Radio
Frequency Management (Redbook)
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FCC Rules for Interoperability
§90.20(i) Nationwide Interoperability Channels.
The nationwide interoperability and mutual aid channels are listed below
for the VHF, UHF, 700 MHz and 800 MHz bands. (See §90.20(d)(80),
§90.531(b)(1), §90.617(a)(1)... Any Part 90 public safety eligible entity
holding a Part 90 license may operate hand-held and vehicular mobile
units on these channels without needing a separate authorization. Base
stations or control stations operating on these channels must be licensed
separately: Encryption may not be used on any of the interoperability or
mutual aid calling channels.
[62 FR 18845, Apr. 17, 1997]
§90.25 Non-Federal use of the Federal interoperability channels.
The Commission may authorize non-Federal licensees to operate mobile
and portable radio units on the frequencies listed…, provided the applicant
includes with its application to the Commission, written concurrence from
the Statewide Interoperability Coordinator (SWIC) or state appointed
official stating that the application conforms to the agreement with a
federal agency with a valid assignment from the National
Telecommunications and Information Administration.
[83 FR 19980, May 8, 2018]
§90.407 Emergency communications.
The licensee of any station authorized under this part may, during a period
of emergency in which the normal communication facilities are disrupted
as a result of hurricane, flood, earthquake or similar disaster, utilize such
station for emergency communications in a manner other than that
specified in the station authorization or in the rules and regulations
governing the operation of such stations. The Commission may at any time
order the discontinuance of such special use of the authorized facilities.
[49 FR 36376, Sept. 17, 1984]
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§90.411 Civil defense communications.
The licensee of any station authorized under this part may, on a voluntary
basis, transmit communications necessary for the implementation of civil
defense activities assigned such station by local civil defense authorities
during an actual or simulated emergency, including drills and tests. The
Commission may at any time order the discontinuance of such special use
of the authorized facilities. [49 FR 36376, Sept. 17, 1984]
§90.417 Interstation communication.
a) Any station licensed under this part may communicate with any other
station without restriction as to type, service, or licensee when the
communications involved relate directly to the imminent safety-of-life
or property.
b) Any station licensed under this part may communicate with any other
station licensed under this part, with U.S. Government stations, and
with foreign stations, in connection with mutual activities, provided
that where the communication involves foreign stations prior approval
of the Commission must be obtained, and such communication must
be permitted by the government that authorizes the foreign station.
§90.421 Operation of mobile station units not under the control of
the licensee.
Mobile stations, as defined in §90.7, include vehicular-mounted and
handheld units. Such units may be operated by persons other than the
licensee ...
§90.423 Operation on board aircraft.
Allowed on most public safety frequencies up to 1-mile altitude, up to 10
watts, secondary to land-based systems; for air-to-mobile, air-to-base, air-
to-air, and air-to-ship communications.
§90.427 Precautions against unauthorized operation.
… (b) Except for frequencies used in accordance with §90.417, no person
shall program into a transmitter frequencies for which the licensee using
the transmitter is not authorized.
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NTIA Rules for Interoperability
7.3.4 Emergency Communications for which an Immediate
Danger Exists to Human Life or Property
1. In situations where immediate danger exists to human life or property,
an agency may operate temporarily on any regularly assigned
frequency in a manner other than that specified in the terms of an
existing assignment. Emergency operations under such situations
should continue only as long as necessary to ensure that the danger to
human life or property no longer exists. Emergency operations under
these circumstances shall be reevaluated on a regular basis until such
time as normal/routine operations can be reestablished.
2. Interoperable communications for disaster/emergency response
involving federal, state, local, and tribal entities shall be in conformance
with Section 4.3.16 of the NTIA. Additional information regarding
interoperable communications can also be found in the National
Interoperability Field Operations Guide (NIFOG) ... promulgated by the
Department of Homeland Security.
7.3.6 Emergency Use of Non-Federal Frequencies
In emergency situations, a federal radio station may utilize any frequency
authorized to a non-federal radio station, under Part 90 of the FCC Rules
and Regulations, when such use is necessary for communications with
non-Federal stations and is directly related to the emergency at hand.
Such use is subject to the following conditions:
a. The non-federal licensee has given verbal or written concurrence.
b. Operations are conducted in accordance with the FCC Rules and
Regulations.
c. Use is restricted to the service area and station authorization of the
licensee.
d. All operations are under the direct control of the licensee and shall be
immediately terminated when directed by the licensee.
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e. Operations do not exceed 60 days.
f. A written report of each such use shall be provided, through the
agency’s FAS [Frequency Assignment Subcommittee, of NTIA’s IRAC
(Interdepartment Radio Advisory Committee)] representative, to the
FCC as soon as practicable.
7.5.2 Frequencies Authorized by the FCC for Ship Stations
Frequencies authorized by the FCC for ship stations may be used by
Federal mobile stations to communicate with non-Federal stations in the
maritime mobile service.
7.5.3 Frequencies for the Safety of Life and Property
... (5) The frequency 40.5 MHz is designated as the military joint common
frequency. Use of this channel is limited to communications necessary to
establish contact when other channel information is not available and for
emergency communications. This frequency also may be used for search
and rescue communications.
(6) The provisions of this Manual do not prevent mobile stations, or mobile
earth stations, in distress from using any frequency at its disposal to attract
attention, make known its position, and obtain help. (See ITU Radio
Regulation Ap. 13 Part A1, § 6,1.)
7.5.4 Frequencies for Coordinating Search and Rescue
Operations
... (2) The frequency 123.1 MHz, using class A3E emission, may be used
by stations of the aeronautical mobile service and by other mobile and land
stations engaged in coordinated search and rescue operations.
(3) The frequency 156.3 MHz [VHF Marine channel 6] may be used for
communications between ship stations and aircraft stations, using G3E
emission, engaged in coordinated search and rescue (SAR) operations.
When control of the scene of a SAR incident is under a Coast Guard coast
station, 156.3 MHz may be used by ship stations to communicate with that
coast station.
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Does the NIFOG authorize me to use certain frequencies?
No, the NIFOG does not grant authority to operate on any radio frequencies.
Such authority can come only from the FCC or the NTIA.
Is the NIFOG the national emergency communications plan?
The NIFOG is the national guide for possible use in a situation where no other
radio interoperability arrangement was promulgated by local authorities, or
where emergency responders are unaware of such an arrangement. The
NIFOG does NOT supersede any federal, state, tribal, territorial, local, or
regional emergency communications plan. If you are dispatched to a disaster or
incident scene and have no other information on how to make contact with other
emergency responders, the NIFOG provides useful suggestions for which
frequencies to use to attempt initial contact.
Are the interoperability channels discussed in the NIFOG
available nationwide?
No, not all frequencies are available nationwide for use as described in the
NIFOG. In particular, the “Non-Federal VHF Inland Interoperability Channels
may be used only in certain inland parts of the country, away from coastal areas
and major waterways (see the map titled Counties Where VTAC17/ VTAC17D
May Be Used on pages 33-34 for further details). Other channels in this plan
may not be usable due to the potential for adjacent channel interference in some
areas, or due to authorized on-channel uses that are different than the common
uses described in the NIFOG. Use of the VCALL/ VTAC and UCALL/UTAC
channels by mobiles (vehicular-mounted and handhelds) North of Line A / East
of Line C is limited to 3 watts Effective Radiated Power (ERP). Any use of these
frequencies above 3 watts ERP in the coordination zones, requires coordination
with Canada, in accordance with the “Above 30 MHz Agreement.See FCC
Public Notice DA 09-1064, release May 13, 2009.
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What do I do if I experience interference to my interoperable
channels?
Emergency communications on non-federal frequencies are regulated by the
Federal Communications Commission (FCC). FCC rules are intended to ensure
rapid, efficient communications for the purpose of promoting the safety of life
and property. Rules provide authority for transmission and equipment
authorization for various radio services including Maritime Services, Aviation
Services and Private Land Mobile Services, e.g., public safety or emergency
communications, as well as affording protection to ensure communications are
effective. When federal or non-federal public safety entities experience
interference, operators may request assistance from the FCC, which may
include an on-scene investigation of the interference.
Notify the Statewide Interoperability Coordinator (SWIC) of any interference and
conflicts.
Abridged information on interference management can be found within the
NIFOG on pages 118-121.
Agencies may submit a request to the FCC 24/7 Operations Center by
completing a web-based Public Safety Interference Complaint Form at the
Public Safety PSIX link. Contact information is listed below.
Authority
Contact Information
FCC 24/7 Operations
Center
fcc.gov/general/public-safety-support-center
Public Safety Interference Complaint Form:
fccprod.servicenowservices.com/psix-
esix?id=psix_form
(202) 418-1122
FCCOPS@fcc.gov
11
U n ited States/Canada Frequency Coordination Lines
Lines A and C are intended to minimize frequency confliction between countries.
Line A spans from the Pacific Ocean in Washington State to the Atlantic Ocean
in Maine along the border between the United States and Canada. The exact
position of the line with respect to the border varies, however in most places it is
about 75 miles/ 120 km from the border (Line B is the corresponding line on the
Canadian side of the Border). Line C exists in Alaska and a complementary Line
D exists in Canada along the border between the United States and Canada.
Due to sparse population, Line C issues occur less frequently. These
coordination lines are defined in FCC Rule §1.928(e).
Figure 1: United States/Canada Frequency Coordination Lines
12
Who do I contact to use interoperability channels?
These channels can be used where licensed or authorized by FCC or NTIA,
including authorization by a STA.
Plans for how these channels will be used may be in the Statewide
Communications Interoperability Plan (SCIP) or the Tactical Interoperable
Communications Plan (TICP) for the area of operations. Information on using
700 and 800 MHz interoperability channels may be found in the plans of your
700 MHz Regional Planning Committee or 800 MHz Regional Planning
Committee. Contact your Statewide Interoperability Coordinator (SWIC) for
these plans, and for additional guidance on use of these channels.
Directory of Statewide Interoperability Coordinators (SWICs):
cisa.gov/safecom/ncswic-membership.
Directory of 700 MHz Regional Planning Committees:
fcc.gov/general/700-mhz-rpc-directory-0
Directory of 800 MHz Regional Planning Committees:
fcc.gov/general/800-mhz-rpc-directory
Public Safety Support Center:
fcc.gov/general/public-safety-support-center
Applying for an STA:
fcc.gov/applying-special-temporary-authority
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How do I request a Special Temporary Authorization (STA)?
First Responders and Public Safety Entities with general FCC STA
inquiries:
ULS Support at fcc.gov/available-support-services or 1-877-480-3201
During Normal FCC Business Hours:
(Monday through Friday, 8:00am - 4:30pm EST/EDT)
Tracy Simmons - STA Licensing (Part 90--Land Mobile and Public Safety),
Public Safety & Homeland Security Bureau
phone: 717-338-2657 email: Tracy.Simmons@fcc.gov
Or file electronically:
FCC Form 601 - ULS fcc.gov/universal-licensing-system
Then click on Online Filing “LOG IN
Outside of Normal FCC Business Hours:
(4:30pm - 8am EST/EDT, weekends, and holidays):
FCC Operations Center (FCCOC):
phone: 202-418-1122 email: FCCOPS@fcc.gov
Federal Government Entities with general NTIA ST A Requests:
U.S. Government radio stations request temporary assignment or STAs via their
agency representative to the Frequency Assignment Subcommittee (FAS) of the
Interdepartment Radio Advisory Committee (IRAC). See NTIA Manual section
8.3.32.
The telephone number for the NTIA Frequency Assignment Branch is:
202-482-1132.
14
Does the NIFOG specify exactly how to program channels?
No, there is no one-size-fits-all solution due to differing radio designs. The
NIFOG uses the ANSI “Standard Channel Nomenclature for the Public Safety
Interoperability Channels,APCO/NPSTC 1.104.2-2017, for channel names -
see “NPSTC on page 1.
For some channels, the standard nomenclature specifies a “direct” (“talk-
around”) channel for repeaters which takes an additional memory slot. Some
radios have a switch for talk-around on a repeater channel and using this
feature saves memory slots. Similarly, some radios may have a switch or button
to enable or disable receive CTCSS; if not, another channel may be
programmed so both modes are available.
Consider appropriately programming additional VHF Marine channels as
possible interoperability channels (for use when properly authorized), based on
local or regional use. In particular, channels used by drawbridge tenders may be
appropriate; see wireless.fcc.gov/marine/vhfchanl.pdf for authorized channel
uses and navcen.uscg.gov/?pageName=mtVhf for frequencies. These
frequencies may be programmed only into radios certificated for Part 80
operations, and only by a person holding a First or Second Class
Radiotelegraph Operator’s Certificate, Radiotelegraph Operator License, or
General Radiotelephone Operator License.
Recommended modes for using Federal Interoperability Channels: use analog
for all Incident Response channels (CTCSS 167.9 Hz) and Law Enforcement
channels LE A, LE 1, LE B, LE 10, and LE 16 (CTCSS 167.9 Hz); use P25
digital for the remaining LE channels, NAC $68F (
1679
10
). CTCSS should always
be transmitted on the analog channels, but carrier squelch (CSQ, no CTCSS)
should be used on receive. Consider allowing the user to enable or disable
CTCSS on receive by a switch or button; otherwise use CSQ on receive.
15
How do emergency responders use the calling channels?
As you approach an incident scene or staging area, you might establish contact
on a dispatch or working channel. If you can’t make contact, or if no channel
was designated for this purpose, attempt to make contact on one of the
designated interoperability calling channels. If it is a repeater channel and you
get no response, try the “direct” or “talk-around” mode if your radio has that
capability. In some cases, the talk-around channel exists as a distinct channel
on the radio. For example, the VHF Incident Response Federal Interoperability
Channel is known as “NC 1. The talk-around for this repeater channel is known
as “IR 5”.
The non-federal national interoperability calling channels are VCALL10,
UCALL40, 7CALL50, 7CALL70, and 8CALL90; the Federal IR and LE calling
channels are “NC 1” (direct: “IR5”), NC 2(direct: “IR15”), “LE A”, and “LE B”.
You may be able to learn what you need without transmitting, by just listening to
radio traffic on one of these channels.
May the Nationwide Interoperability Channels be used for
tests and exercises?
FCC rule §90.417 authorizes communications “in connection with mutual
activities,” which includes tests and exercises. FCC rule §90.411 authorizes
communications for civil defense (emergency management) activities during an
actual or simulated emergency, including drills and tests.
How do Search and Rescue personnel on land, on watercraft,
and on aircraft coordinate by radio?
Certain VHF Marine channels are designated in this plan for Search and
Rescue (SAR) interoperability. Searchers on land, in boats, and in aircraft need
to be able to communicate with each other to coordinate rescues. There is no
VHF channel authorized and readily available to all three communities. Some
aircraft involved in SAR have VHF Marine radios, as do most boaters; but the
VHF radios that many ground SAR groups use are not approved for use on
16
maritime frequencies, and they may be incapable of being programmed to
operate in the wideband FM mode used on maritime frequencies. VHF marine
radios may not be used on land unless they are licensed as marine utility
stations, public or private coast stations, or maritime support stations. VHF
Marine channels may not be used for terrestrial search and rescue operations
they are in this plan due to the likelihood of boats being involved in SAR in
coastal areas.
Frequency 155.1600 MHz is licensed to many SAR organizations. It is the de
facto SAR interoperability channel and has been given the standardized channel
name of VSAR16. We encourage public safety entities to obtain licenses for this
frequency to facilitate interoperability. This is not a national interoperability
frequency identified in FCC Rule §90.20(i) and must be licensed.
State or local government vehicles used to tow vessels involved in search and
rescue operations are authorized to operate on maritime mobile frequencies as
associated ship units. Such operations may use Distress, Safety and Calling,
Intership Safety, Liaison, U.S. Coast Guard, or Maritime Control VHF intership
frequencies; and may have a transmitter power of 25 watts. [FCC rule
§80.115(b)] Federal vehicles have similar authorization. [NTIA Manual
8.2.29(6)(c)(6)]
Should Fire/EMS radios have the Law Enforcement
interoperability channels programmed, and vice versa?
Yes, radios for public safety personnel should have as many of these
interoperability channels programmed as possible, as permitted by the
applicable regulations. Interoperability may require crossing jurisdictional and
functional lines. On the federal interoperability channels, “Incident Response”
(IR) means everybody fire, rescue, EMS, public works, law enforcement, etc.
The “law enforcement(LE) channels will be used “primarilyfor Law
Enforcement activities but could be designated for other incident support if that
would not hamper law enforcement activities, and if assigned by the agency in
control of the incident. In practice, ESF-13 primarily uses LE-7 as the standard
Federal LE interop channel between LE units.
17
How can I get answers to questions about theNational
Interoperability Field Operations Guide”, or how can I offer
suggestions to improve it?
Please send your questions or comments to the Cybersecurity and
Infrastructure Security Agency, at NIFOG@cisa.dhs.gov and include your name,
agency or organization affiliation, and your email address.
How do I get copies of the NIFOG?
The latest version of the NIFOG can be downloaded or ordered from
cisa.gov/publication/fog-documents
R egulations and Guidelines for National Interoperability
1. The FCC and NTIA rules allow for some flexibility in frequency use by
personnel directly involved in a situation where there is imminent danger to
human life or property. This does NOT mean “In an emergency, anything
goes.
2. For communications not covered by #1, your use of a radio frequency must
be authorized by:
a. Your (or your agency’s) FCC license or NTIA authorization
b. “License by rule”a provision in FCC rules that authorizes use of a radio
frequency under specified conditions without a specific license or
authorization issued to the user
c. A “Special Temporary Authorization” provided by FCC or NTIA
3. Digital P25 operations on non-federal interoperability channels should
tr
), and receive
with NAC $F7E (3966
ansmit the default Network Access Code (NAC) $293 (659
10
10) (accept any incoming NAC). Utilize normal squelch
in programming which will use the default talkgroup - $0001
(1
10
).
4. Default modes for using Federal Interoperability Channels: use analog for all
Incident Response channels and Law Enforcement channels LE A, LE 1, LE
B, LE 10, and LE 16; use P25 Digital for the remaining LE channels, NAC
$68F (1679
10).
18
Conditions for Use of Federal Interoperability Channels
§90.25 Non-Federal use of the Federal interoperability channels.
The Commission may authorize non-Federal licensees to operate mobile
and portable radio units on the frequencies listed…, provided the applicant
includes with its application to the Commission, written concurrence from
the Statewide Interoperability Coordinator (SWIC) or state appointed official
stating that the application conforms to the agreement with a federal agency
with a valid assignment from the National Telecommunications and
Information Administration.
1. A non-federal entity may apply for a license, with written concurrence from
the SWIC or state appointed official, which authorizes mobile and portable
units to operate statewide on the Federal Interoperability Channels See 47
CFR §90.25. Upon grant of the application, local and tribal agencies may
operate under the state agency’s call sign pursuant to 47 CFR §90.421.
2. The “VHF Incident Response (IR) Federal Interoperability Channel Plan”, the
“UHF Incident Response (IR) Federal Interoperability Channel Plan”, the
“VHF Law Enforcement (LE) Federal Interoperability Channel Plan”, and the
“UHF Law Enforcement (LE) Federal Interoperability Channel Plan” show
frequencies available for use by all Federal agencies to satisfy law
enforcement and public safety incident response interoperability
requirements. These frequencies will be referred to hereinafter as “Federal
Interoperability Channels”. [NTIA Manual 4.3.16 (1)]
3. The Federal Interoperability Channels are available for use among federal
agencies and between federal agencies and non-federal entities with which
federal agencies have a requirement to operate. [NTIA Manual 4.3.16 (2)]
4. The channels are available to non-federal entities to enable joint
federal/non-federal operations for law enforcement and incident response,
subject to the condition that harmful interference will not be caused to
19
federal stations. These channels are restricted to interoperability
communications and are not authorized for routine or administrative uses.
[NTIA Manual 4.3.16 (4)]
5. Extended operations and congestion may lead to frequency conflicts.
Coordination with NTIA is required to resolve these conflicts. [NTIA Manual
4.3.16 (8)]
6. Only narrowband emissions are to be used on the Federal Interoperability
Channels. [NTIA Manual 4.3.16 (9)]
7. The channels listed in this document do not authorize the provisioning or
use of the frequencies in any permanent infrastructure.
8. Equipment used (transmitters and receivers) must meet the standards
established in Section 5.3.5.2 of the NTIA Manual:
a. TIA/EIA 603-B for narrowband analog;
b. TIA TSB 102.CAAB-A for narrowband digital
9. Use of these frequencies within 75 miles of the Canadian border and 5
miles of the Mexican border require special coordination and, in some
cases, will not be available for use.
20
Federal Law Enforcement Plans
1. Channels LE-A (167.0875 MHz) and LE-B (414.0375 MHz) are designated
as National Calling Channels for initial contact and will be identified in the
radio as indicated in the Law Enforcement Federal Interoperability Channel
Plans.
2. Initial contact communications will be established using analog FM emission
(11K0F3E).
3. The interoperability channels will be identified in mobile and portable radios
as indicated in the Law Enforcement Federal Interoperability Channel Plans
with Continuous Tone-Controlled Squelch Systems (CTCSS) frequency
167.9 Hz and/or Network Access Code (NAC) $68F (1679
10).
Federal Incident Response Plans
1. Channels NC-1 (169.5375 MHz paired with 164.7125 MHz) and NC-2
(410.2375 MHz paired with 419.2375 MHz) are designated as the calling
channels for initial contact and will be identified in the radio as indicated in
the Incident Response Federal Interoperability Channel Plans.
2. Initial contact will be established using analog FM emission (11K0F3E).
3. To ensure access by stations from outside the normal area of operation,
Continuous Tone-Controlled Squelch Systems (CTCSS) will not be used on
the calling channels.
4. The interoperability channels will be identified in mobile and portable radios
as indicated in the “VHF Incident Response (IR) Federal Interoperability
Channel Plan” and the “UHF Incident Response (IR) Federal Interoperability
Channel Plan.
21
R ecommendations for Programming the Federal
I n teroperability Channels
1. If there is enough room in your radio, program all channels as analog and
again as digital channels. If not, program as follows:
a. Incident Response channels all narrowband analog FM.
b. Law Enforcement channels program all as P25 digital with NAC $68F
(1679
10) except LE A, LE 1, LE B, LE10, and LE 16 which are to be
programmed analog with Tx CTCSS 167.9 Hz and no Rx CTCSS
(carrier squelch, CSQ).
2. If your radio has a user-selectable option to enable/disable CTCSS on
receive, you may choose to configure this option so that the user can enable
the same CTCSS tone used on transmit for receive. The default
configuration should be CSQ receive.
Note on using the Federal Interoperability Channels: These
channels may not be used for state/state, state/local, or local/local
interoperability. A federal entity must be involved when used.
22
THIS PAGE INTENTIONALLY LEFT BLANK
23
INTEROPERABILITY CHANNELS
Con ventions of Use for Interoperability
Plain Language and Common Terminology
10-Codes and other coded language lack common universality to be of benefit
in multi-agency, multi discipline incidents. It is important that responders and
incident managers use plain language and common terminology. There simply
is little or no room for misunderstanding in an emergency situation.
The use of plain language in emergency response is matter of public safety,
especially the safety of first responders and those affected by the incident. It is
critical that all local responders, as well as those coming into the impacted area
from other jurisdictions and other states as well as the federal government,
know and utilize commonly established operational structures, terminology,
policies and procedures.
The use of common terminology is about the ability of area commanders, State
and local EOC personnel, federal operational coordinators, and emergency
responders to communicate clearly with each other and effectively coordinate
response activities, no matter what the size, scope or complexity of the incident.
The ability of responders from different jurisdictions and different disciplines to
work together depends greatly on their ability to communicate with each other.
Interoperability Communications Order Model
Communications Order Model refers to the order of the radio identification or
callsign of the sender and receiver is spoken.
The prevailing model in the U.S.
has a common order in how a message is initiated. Often, this model is referred
to a “Hey you, It’s me.” The sender states the unit/person called, followed by the
sender’s unit or name.
Example: “Dispatch, this is Engine 21.” The response is the reverse: “Engine 21,
this is Dispatch, go ahead.
Establishing this order model increases interoperability so that units are aware
which identification/callsign comes first. This model is used by the amateur radio
community, the Department of Defense, the US Coast Guard, the National
Guard, many public safety agencies across the country, and is endorsed by
APCO and SAFECOM.
24
Interoperability “Watch-Out Situations
o Incidents using channels in more than one radio frequency band.
o Same channel/frequency being used with a local name outside of the ANSI
standard.
o Unable to communicate critical information due to radio congestion.
o Unfamiliar with radio system (s) or assigned radio functionality.
o Instructions and assignments not clear.
o Have no or inadequate communication with responders or supervisors.
o Dispatch to Dispatch channel patching.
o Inadequate number of tactical channels available or assigned.
o Multiple conversations on the same talkgroup or channel.
o Radio systems used for interoperability do not completely support the
incident and lack good radio coverage.
o High levels of background noise.
o Emergency button activation Who is receiving the notification, does it
work the same for all radios?
o Multiple agencies performing radio programming at the incident.
o Organizations in the system do not use the same vocabulary.
o Mobile gateway devices being used in a strategic (wide-area) rather than
tactical (local) environment.
o Multiple mobile gateways available at the incident.
o Ensure the activation and deactivation of gateway patches are properly
announced.
o When a single COML for the incident has not been identified.
o Working in the deep interior of a building, tunnel, or area below grade or
above grade.
25
I CS 205 Sample & Channel Instructions
INCIDENT RADIO
COMMUNICATIONS PLAN
Ch
Function
Channel Nam e/Tr unked
Radio System Talkg roup
#
Twine Ball IC 7/26/2021 1045
Assignm ent
RX Freq
RX Tone /
TX Freq
TX Tone /
NAC NAC
Oper ational Per iod Date/Time
7/27/2021 0700 -
7/28/2021 0700
Mode
Remarks
A, D, M
1
Tactical
VSAR16
SAR
155.1600
127.3
155.1600
127.3
A
Gateway Patch 1
2
Tactical
IR 12
SAR
410.8375
CSQ
419.8374
167.9
A
Gateway Patch 1
3
Tactical
UTAC43
SAR
453.8625
156.7
458.8625
156.7
A
Gateway Patch 1
4
Tactical
8TAC94
SAR
853.0125
156.7
808.0125
156.7
A
Gateway Patch 1
5
Tactical
VTAC11
DIV. A
151.1375
156.7
151.1375
156.7
A
6
Tactical
CC TAC 3
DIV. B
151.4150
DPL 032
151.4150
DPL 032
A
7
Tactical
VTAC14
DIV. C
159.4725
156.7
159.4725
156.7
A
8
Tactical
CNTL CTY TRUNK
DIV. D
Talkgroup 21
D
9
Tactical
CNTL CTY TRUNK
DIV. E
Talkgroup 55
D
10
Tactical
VMED28
Medical
155.3400
CSQ
155.3400
156.7
A
11
Tactical
VFIRE23
Fire
154.2950
CSQ
154.2950
88.5
A
12
Tactical
CC JACKSON
LE
153.8600
CSQ
155.8800
100.0
A
13
Command
7GTAC77
COMMAND
774.85625
$F7E
804.85625
$293
D
Gateway Patch 2
14
Command
CNTL CTY TRUNK
COMMAND
Talkgroup 14
D
Gateway Patch 2
15
16
Prepared By (Com m unications Unit)
Darwin Cawker, COML 303-499-7111
Incident Location
Central City 39-30-33.2 N, 99-26-01.3 W
The convention calls for frequency lists to show four digits after the decimal place. Mode refers to either “A” or D” indicating analog or digital (e.g. Project 25) o
"M" indicating mixed mode. All channels are shown as if programmed in a control station, mobile or portable radio. Repeate
r and base stations must be
programmed w ith th
e Rx and Tx reversed. Ensure activation and deactivation of
gatew ay patches are properly announced. Personnel using patched channels or
talkgroups should use agency-specific unit identification, plain language, and common terminology.
ICS 205
3/20077
26
Colu mn Title
Instruction s
Function
Enter the Net function each channel or talkgroup will be used for (e.g. Command, Tactical, Air -
to-Ground, Support, Staging).
Channel Name/Trunked
Radio System Talkgroup
Enter the nomenclature or commonly used name for the channel or talk group.
Assignment
Enter the name of the ICS Branch/Division/Group/Section to which this channel/talkgroup will
be assigned.
RX (Receive) Frequency
Enter the Receive Frequency (RX Freq) as the mobile or portable subscriber would be
programmed using xxx.xxxx out to four decimal places
RX Tone/NAC
Enter the Receive Continuous Tone Coded Squelch System (CTCSS) subaudible tone (RX
Tone) or Network Access Code (RX NAC) for the receive frequency as the mobile or portable
subscriber would be programmed.
TX (Transmit) Frequency
Enter the Transmit Frequency (TX Freq) as the mobile or portable subscriber would be
programmed using xxx.xxxx out to four decimal places
TX Tone/NAC
Enter the Transmit Continuous Tone Coded Squelch System (CTCSS) subaudible tone (TX
Tone) or Network Access Code (TX NAC) for the transmit frequency as the mobile or portable
subscriber would be programmed.
Mode (A, D, or M)
Enter “A” for analog operation, “Dfor digital operation, or “Mfor mixed mode operation.
Remarks
Enter miscellaneous information concerning repeater locations, information concerning
patched channels or talkgroups using links or gateways, etc.
Special Instructions
Enter any special instructions (e.g., using cross-band repeaters, encryption, etc.) or other
emergency communications needs).
27
Notes on Interoperability Channels
Interoperability channels exist in many forms. There are channels that are national, federal, regional and local. They all have
different rules and conventions for use. Some require licensing, and/or a memorandum of agreement/understanding (MOA/MOU)
or letter of authorization (LOA), and some do not. Coordination is key for all interoperability channels. Inclusion of frequencies in
the NIFOG does not convey authority to operate.
Field Programming
Caution should be used when programming in the field. Transposition of a single digit can render a channel unusable. Pre-
programing, verification and testing are recommended. Cloning of preprogramed channels is preferred over field programming.
All frequencies in this guide represent mobile and portable programming.
Radio frequencies are shown in Megahertz (MHz) unless otherwise noted.
CTCSS tone frequencies are in Hertz (Hz).
Frequencies above 138 MHz are narrowband FM, unless otherwise noted.
Direct (Simplex) mode: receive & transmit on “Mobile RX” freq.; add “Dto channel name (Except in VHF as
indicated).
Repeater mode: mobile transmits on “Mobile TX” freq., receives on “Base & Mobile TX” freq.
Use of a tactical repeater with these channels must be licensed or authorized by STA. (FCC Station Class FB2T).
For programming P25 LMR Equipment, “$” indicates hexadecimal value, “10” subscript indicates decimal value.
28
Non-Federal VHF Low Band National Interoperability Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Law Enforcement
LLAW1
39.4600
156.7
45.8600
156.7
Law Enforcement
LLAW1D
39.4600
156.7
39.4600
156.7
Fire*
LFIRE2
39.4800
156.7
45.8800
156.7
Fire*
LFIRE2D
39.4800
156.7
39.4800
156.7
Law Enforcement
LLAW3
45.8600
156.7
39.4600
156.7
Law Enforcement
LLAW3D
45.8600
156.7
45.8600
156.7
Fire*
LFIRE4
45.8800
156.7
39.4800
156.7
Fire
LFIRE4D
45.8800
156.7
45.8800
156.7
* Proposed for use. Frequency 39.480 0 MHz is pending FCC assignment for exclusive fire intersystem use.
- Use emission 16K0F3E (5 kHz deviation wideband A nalog FM)
29
Non-Federal VHF High Band National Interoperability Channels
Tactical Simplex
CAUTION:
Ensure coordination between VTAC simplex and repeater operations. These frequencies are used to create
utilizing the tactical repeater channels listed for VTA C33-3 8.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Calling
VCALL10
155.7525
156.7
155.7525
156.7
Tactical *
VTAC11
151.1375
156.7
151.1375
156.7
Tactical *
VTAC12
154.4525
156.7
154.4525
156.7
Tactical
VTAC13
158.7375
156.7
158.7375
156.7
Tactical
VTAC14
159.4725
156.7
159.4725
156.7
- A uthorized emission 11K0F3E (2.5 kHz deviation narrowband A na lo g F M) 47 CFR §90.20 (d )(8 0 )
- Encryption may not be used 47 CFR §90.2 0 (i )
- Limited to 3 watts ERP North of Line A or East of Line C.
*VTA C11 -12 may not be used in Puerto Rico or the US Virgin Islands.
- VCA LL10, VTAC11-1 4 utilize a 156.7 Hz CTCSS Mobile TX tone which differs from the VTA C33-3 8 Tactical Repeater
Channels which utilize a 136.5 Hz CTCSS Mobile TX tone.
30
Non-Federal VHF High Band National Interoperability Channels
Tactical Repeater
CAUTION:
Ensure coordination between VTAC simplex and repeater operations. These channels are created by utilizing
the frequencies listed for VTA C11- 1 4.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Tactical Repeater *
VTAC33
159.4725
156.7
151.1375
136.5
Tactical Repeater *
VTAC34
158.7375
156.7
154.4525
136.5
Tactical Repeater
VTAC35
159.4725
156.7
158.7375
136.5
Tactical Repeater *
VTAC36
151.1375
156.7
159.4725
136.5
Tactical Repeater *
VTAC37
154.4525
156.7
158.7375
136.5
Tactical Repeater •
VTAC38
158.7375
156.7
159.4725
136.5
- A uthorized emission 11K0F3E (2.5 kHz deviation narrowband A nalog FM) – 47 CFR §90.20 (d )(8 0 )
- Encryption may not be used 47 CFR §90.2 0 (i )
- Limited to 3 watts ERP North of Line A or East of Line C.
- VTAC333 8 utilize a 136.5 Hz CTCSS Mobile TX tone which differs from the VTA C11-14 Simplex Channels which utilize
a 156.7 Hz CTCSS Mobile TX tone.
- VTAC33- 35 are the reverse of VTAC36-3 8 to allow for mitigation of any potential co-site interference.
* VTAC33-3 4 , and VTAC36-37 may not be used in Puerto Rico or the US Virgin Islands.
VTA C36-3 8 are preferred; VTAC33-3 5 should be used only when necessary due to interference.
31
Non-Federal VHF National Interoperability Channels
VHF Inland
LICENSING REQUIRED:
These frequencies are NOT covered by the “B lanket Authorization for nationwide interoperabil it y
channels. Use of these channels must be licensed or authorized by STA.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Tactical
VTAC17
161.8500
156.7
157.2500
156.7
Tactical
VTAC17D
161.8500
156.7
161.8500
156.7
For VTAC17/V TA C17D only: Base stations: 50 watts max, antenna HAAT 400 feet max. Mobile stations: 20 watts max,
antenna HAAT 15 feet max. These channels are for tactical use and may not be operated on board aircraft in flight.
These channels use 2.5 kHz deviation narrowband Analog FM and are available only in certain inland areas at least 100
miles from a major waterway. These channels use the same frequencies as VHF Marine channel 25, which uses 5 kHz
deviation wideband Analog FM. Use only where authorized. See map on next page. In these authorized areas,
interoperabil ity communica tio ns have priority over grandfathered public coast and public safety licensees. See 47 CFR
§90.20 (g )(3).
- Authorized emission 11K0F3E (2.5 kHz deviation narrowband analog FM)
- Limited to 3 watts ERP North of Line A or East of Line C.
32
Counties Where VTAC17/VTAC17D May Be Used
Numbers Indicate VHF Public Coast Station Areassee 47CFR80.371(c)(ii)
CA:
Alpine, Inyo, Lassen,
Mon o, Plumas, Sierra
K S:
Cheyenne, Gove, Logan
,
She ridan,
Sherman, Thomas,
Wallac
e
MN:
Kittson, L ake of the Woods, Marshall,
Pennington, Polk, Red Lake, Roseau
NE :
Arthur, Banner, Blaine ,
Box Butte, Chase, Cherry, Cheyenne, Dawes,
Deuel, Dundy, Garden, Grant,
Hooker, Keith, Kimball,
Lincoln, Logan, McPhe rso n, Morrill, Perkins,
Scotts Bluff, Sheridan, Sioux, Thomas
OK:
Beckham, Custer, Dewey, Ellis, Greer,
Harmon, Harper, Jackson, Kiowa,
Roger Mills,
Washita, Woodward
All of CO, MT, NM, NV, UT, & WY
All counties in AZID & ND except: AZ:
La
Paz, Yuma
ID:
Benewah, Bonner, Boundary, Cle arwate r,
Idaho, Kootenai, Latah,
Lewis,
Nez Perce, &
Shoshone
ND:
Barnes, Cass, Dickey, Foster, Griggs,
LaMoure, Pierce, Ransom, Richland, Sargent,
She ridan, Stutsm a n, Wells
OR:
Harney, Malheur
SD: All counties except Aurora, Beadle, Bon
Homme, Brookings, Brule, Buffalo, Charles Mix,
Clark, Clay, Codington, Davison, Deuel,
Douglas, Grant, Gregory, Hamlin, Hand,
Hanson, Hughes, Hutchinson, Hyde, Jerauld,
Kingsbury, Lake, Lincoln, Lyman, McCook,
Miner, Minnehaha, Moody, Roberts, Sanborn,
Stanley, Sully, Tripp, Turner, Union, Yankton
TX Co un tie s see page 34
33
Te xas Counties Where VTAC17/VTAC17D May Be Used
(see page 33)
Andrews
Dawson
Hudspeth
Moore
Swisher
Armstrong
Deaf Smith
Hutchinson
Motley
Taylor
Bailey
Dickens
Irion
Nolan
Terrell
Borden
Donley
Jeff Davis
Ochiltree
Terry
Brewster
Ector
Jones
Oldham
Tom Green
Briscoe
Edwards
Kent
Parmer
Upton
Callahan
El Paso
Kimble
Pecos
Val Verde
Carson
Fisher
King
Potter
Ward
Castro
Floyd
Kinney
Presidio
Wheeler
Childress
Gaines
Knox
Randall
Winkler
Cochran
Garza
Lamb
Reagan
Yoakum
Coke
Glasscock
Lipscomb
Reeves
Collingsworth
Gray
Loving
Roberts
Concho
Hale
Lubbock
Runnels
Cottle
Hall
Lynn
Schleicher
Crane
Hansford
McCulloch
Scurry
Crockett
Hartley
Martin
Sherman
Crosby
Haskell
Menard
Sterling
Culberson
Hockley
Midland
Stonewell
Dallam
Howard
Mitchell
Sutton
34
VHF Public Safety Mutual Aid and Common Channels
LICENSING REQUIRED:
These frequencies are NOT covered by the “Blanket Authorization for nationwide interoperabili ty
channels. Use of these channels must be licensed or authorized by STA. A vailability subject to other licensed users in
the same area.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
SAR Common*
VSAR16
155.1600
127.3
155.1600
127.3
Fire Mutual Aid
(Not available in Puerto Rico and
the U .S Virgin Islands)
VFIRE21
154.2800
154.2800
VFIRE22
154.2650
154.2650
VFIRE23
154.2950
154.2950
VFIRE24
154.2725
154.2725
VFIRE25
154.2875
154.2875
VFIRE26
154.3025
154.3025
EMS Mutual Aid
VME D28
155.3400
CSQ
155.3400
156.7
VMED29
155.3475
155.3475
Law Enforcement
Mutual Aid
VLAW31
155.4750
155.4750
VLAW32
155.4825
155.4825
CTCSS tones vary by jurisdictio n. Rules for use of these channels are contained in 47 CFR 90.20. EXCEP T for VSA R16,
the recommended CTCSS tones are 156.7 receive and transmit for all channels on this page for interoperabil ity ; local
use may specify other tones.
35
Federal / Non-Federal SAR Command Interoperability Plan
Ch a nnel Na m e
Mobile RX
F r eq. (MHz)
M o b ile RX
CTCSS/NAC
Mobile TX
F r e q. (MHz )
M o b ile T X
CTCSS/NAC
Connect
with Gateway
IR 12*
410.8375
CSQ
419.8375
167.9
VTAC14
159.4725
156.7
159.4725
156.7
UTAC43
453.8625
156.7
458.8625
156.7
8TAC94
853.0125
156.7
808.0125
156.7
VHF Marine Ch. 17**
156.8500
CSQ
156.8500
--------------
- This table does not convey authority to operate.
- A lways monitor and verify the channels are not in use prior to operating.
- If a repeater is not available, substitute the correspondi ng talk-around channel: IR 18 for IR 12, U TA C43D
8TA C94D for 8TA C94.
*See Conditions for Use of Federal Interoperabi lit y Channels on pages 19-22.
**U se of VHF Marine Ch. 17 requires an FCC STA and use emission 16K0F3E (5 kHz deviation wideband
for U TAC43,
analog FM).
36
Federal / Non-Federal VHF SAR Operations Interoperability Plan
D ire c tion fro m USCG, F CC, o r F AA o ve rride s info rm a tio n in th is ta ble . T his ta ble d o es not c onve y a uthority to o pe rate .
Su g g e sted S AR F u nction
F re qu ency (MHz )
Ground Operation s
155.1600 MHz (VSAR16 License Required) 2.5 kHz deviation narrowb a nd analog FM
Maritime Operation s *
157.0500 MHz or 157.1500 MHz (VHF Marine 21A or 23A) as specified by USCG Sector Commande r
Air Operatio ns - civilian
123.100 MHz AM (may not be used for tests or exercises)
Air Operatio ns USCG/Milit a ry
345.0 MHz AM for initial contact only, then move to 282.8 MHz AM or other working channel
Air rescue assets to air rescue assets
(deconfliction )
As charted on standard air chart or MULTICOM 122.850 MHz (south or west sector) & 122.900 MHz
(north or east sector), or as specified by FAA. 122.850 MHz may not be used for tests or exercises.
Ground to Air SAR Working Channel
157.1750 MHz VHF Marine 83A (21A, 23A, or 81A alternates as specified by local USCG Sector
Command e r **)
Ground to Maritime SAR working
channel
157.0500 MHz VHF Marine 21A (23A, 81A, or 83A alternates as specified by local USCG Sector
Command e r **)
Maritime/Air/ Gro u nd SAR working
channel *
157.1750 MHz VHF Marine 83A (21A, 23A, or 81A are alternates as specified by local USCG Sector
Command e r **)
EMS/Medical Support
155.3400 MHz (VMED28 License Required ) 2.5 kHz deviation narrowba n d analog FM
Hailing* & DISTRESS only
Maritime/Air/ Gro u nd
156.8000 MHz VHF Marine 16 *
- VHF marine channels use emission 16K0 F3E (5 kHz deviati o n analog FM).
* Use VHF Marine Ch.16 to make contact (30 seconds max.), then move to approp ri a te workin g channel as directed by local USCG
Sector Command e r. Non-ma ri ti me use of any VHF Marine channel requires FCC Special Tempora ry Authori ty or approp ri a te license.
** VHF Marine channels: 16=156.8000 21A=157.0500 22A=157.1000 23A=157.1500 81A=157.0750 82A=157.1250
83A=157.1750
37
VHF Incident Response (IR) Federal Interoperability Channels
LICENSING REQUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide interoperabil it y
channels.
For Interoperability with Federal Stations Only.
Suggested Assignment
Ch a nnel
Name
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Incident Calling
NC 1
169.5375
CSQ
164.7125
167.9
Incident Command
IR 1
170.0125
CSQ
165.2500
167.9
Medical Evacuation (Direct)
IR 2
170.4125
CSQ
165.9625
167.9
Logistics Control
IR 3
170.6875
CSQ
166.5750
167.9
Interagency Convoy
IR 4
173.0375
CSQ
167.3250
167.9
Incident Calling (Direct)
IR 5
169.5375
CSQ
169.5375
167.9
Incident Command (Direct)
IR 6
170.0125
CSQ
170.0125
167.9
Medical Evacuation
IR 7
170.4125
CSQ
170.4125
167.9
Logistics Control (Direct)
IR 8
170.6875
CSQ
170.6875
167.9
Interagency Convoy (Direct)
IR 9
173.0375
CSQ
173.0375
167.9
See Condition s for U se of Federal Interoperabi lit y Channels on pages 19-22.
Default operation should be carrier squelch receive; CTCSS 167.9 transmit. If the user can
enable/dis abl e CTCSS without
reprogrammin g the radio, the indicated CTCSS tone also could be programmed for receive, and the user instructed how
and when to enable/disa bl e.
38
VHF Law Enforcement (LE) Federal Interoperability Channels
LICENSING RE QUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide
channels.
For Interoperability with Federal Stations Only.
interoperabil it y
Suggested Assignment
Ch a nnel
Name
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Calling (Analog)
LE A
167.0875
CSQ
167.0875
167.9
Tactical (Analog)
LE 1
167.0875
CSQ
162.0875
167.9
Tactical
LE 2
167.2500
$68F
162.2625
$68F
Tactical
LE 3
167.7500
$68F
162.8375
$68F
Tactical
LE 4
168.1125
$68F
163.2875
$68F
Tactical
LE 5
168.4625
$68F
163.4250
$68F
Tactical (Direct for LE 2)
LE 6
167.2500
$68F
167.2500
$68F
Tactical (Direct for LE 3)
LE 7
167.7500
$68F
167.7500
$68F
Tactical (Direct for LE 4)
LE 8
168.1125
$68F
168.1125
$68F
Tactical (Direct for LE 5)
LE 9
168.4625
$68F
168.4625
$68F
See Condition s for U se of Federal Interoperabi lit y Channels on pages 19-22.
CTCSS on receive only if user selectable; else CSQ.
“$” indicates hexadecimal value
39
UHF Incident Response (IR) Federal Interoperability Channels
LICENSING REQUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide interoperabil it y
channels.
For Interoperability with Federal Stations Only.
Suggested Assignment
Ch a nnel
Name
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Incident Calling
NC 2
410.2375
CSQ
419.2375
167.9
Ad hoc Assignment
IR 10
410.4375
CSQ
419.4375
167.9
Ad hoc Assignment
IR 11
410.6375
CSQ
419.6375
167.9
SAR Incident Command
IR 12
410.8375
CSQ
419.8375
167.9
Ad hoc Assignment
IR 13
413.1875
CSQ
413.1875
167.9
Interagency Convoy
IR 14
413.2125
CSQ
413.2125
167.9
Incident Calling (Direct)
IR 15
410.2375
CSQ
410.2375
167.9
Ad hoc (Direct for IR 10)
IR 16
410.4375
CSQ
410.4375
167.9
Ad hoc (Direct for IR 11)
IR 17
410.6375
CSQ
410.6375
167.9
SAR Incident Command (Direct)
IR 18
410.8375
CSQ
410.8375
167.9
See Condition s for Use of Federal Interoperabi lit y Channels on pages 19-22.
Default operation should be carrier squelch receive; CTCSS 167.9 transmit. If the user can
enable/dis abl e CTCSS without
reprogrammin g the radio, the indicated CTCSS tone also could be programmed for receive, and the user instructed how
and when to enable/disa bl e.
40
UHF Law Enforcement (LE) Federal Interoperability Channels
LICENSING RE QUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide interoperabil it y
channels.
For Interoperability with Federal Stations Only.
Suggested Assignment
Ch a nnel
Name
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Calling (Analog)
LE B
414.0375
CSQ
414.0375
167.9
Tactical (Analog)
LE 10
409.9875
CSQ
418.9875
167.9
Tactical
LE 11
410.1875
$68F
419.1875
$68F
Tactical
LE 12
410.6125
$68F
419.6125
$68F
Tactical
LE 13
414.0625
$68F
414.0625
$68F
Tactical
LE 14
414.3125
$68F
414.3125
$68F
Tactical
LE 15
414.3375
$68F
414.3375
$68F
Tactical (Direct for LE 10)
LE 16
409.9875
CSQ
409.9875
167.9
Tactical (Direct for LE 11)
LE 17
410.1875
$68F
410.1875
$68F
Tactical (Direct for LE 12)
LE 18
410.6125
$68F
410.6125
$68F
See Condition s for Use of Federal Interoperabi lit y Channels on pages 19-22.
CTCSS on receive only if user selectable; else CSQ.
“$” indicates hexadecimal value
41
NO AA Weather Radio (NWR)All Hazards” Broadcasts
weather.gov/nwr/
NWR broadcasts National Weather Service (NWS) warnings, watches, forecasts and other non-weather-related hazard
information 24 hours a day. Frequencies listed below are used in the US & Canada. These channels should be programmed as
analog wideband FM (16K0F3E) RECEIVE ONLY.
U n ited States & Canada - Weather Radio Broadcasts Receive Only
162.4000
162.4250
162.4500
162.4750
162.5000
162.5250
162.5500
NOAA Weather Radio outages or transmitter problems: Listings weather.gov/nwr/outages
Report form weather.gov/nwr/nwr_outage_report or call 1-888-886-1227 or email nwroutage@noaa.gov
M arine Weather Broadcasts - United States Coast Guard
The U.S. Coast Guard broadcasts coastal forecasts and storm warnings of interest to mariners on VHF channel 22A (157.1000
MHz) following an initial announcement on VHF channel 16 (156.8000 MHz). For broadcast times and sector listings:
weather.gov/marine/uscg_broadcasts
Continuous Marine Broadcasts Canadian Coast Guard
The Canadian Coast Guard broadcasts marine weather information, provided by Environment Canada, in certain coastal locations
on the Atlantic and Pacific Coasts, as well as the coastal areas of the Great Lakes primarily on these channels:
VHF Marine Channel 21b (161.6500 MHz) and VHF Marine Channel 83b (161.7750 MHz)
42
Non-Federal UHF Interoperability Repeater Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Calling
UCALL40
453.2125
156.7
458.2125
156.7
Calling Direct
UCALL40D
453.2125
156.7
453.2125
156.7
Tactical Repeater
UTAC41
453.4625
156.7
458.4625
156.7
Tactical Direct
UTAC41D
453.4625
156.7
453.4625
156.7
Tactical Repeater
UTAC42
453.7125
156.7
458.7125
156.7
Tactical Direct
UTAC42D
453.7125
156.7
453.7125
156.7
Tactical Repeater
UTAC43
453.8625
156.7
458.8625
156.7
Tactical Direct
UTAC43D
453.8625
156.7
453.8625
156.7
- Authorized emission 11K0F3E (2.5 kHz deviation narrowband A nalog FM) 47 CFR §90.20 (d )(8 0 )
- Encryption may not be used 47 CFR §90.2 0 (i )
- Limited to 3 watts ERP North of Line A or East of Line C.
43
UHF MED (Medical, EMS) Channels
LICENSING REQUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide interoperabil it y
channels. A vailability subject to other licensed users in the same area.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Dispatch*
MED-9
462.9500
See Notes
467.9500
See Notes
MED-9D
462.9500
462.9500
Dispatch*
MED-92
462.9625
467.9625
MED-92D
462.9625
462.9625
Dispatch*
MED-10
462.9750
467.9750
MED-10D
462.9750
462.9750
Dispatch*
MED-102
462.9875
467.9875
MED-102D
462.9875
462.9875
Med ical
MED-1
463.0000
468.0000
Medical (Direct)
MED-1D
463.0000
463.0000
* U sed primarily for dispatch; may be used for mutual aid. 47CFR90. 2 0 (d )(6 5 ).
Recommended CTCSS tones are 156.7 Hz receive and transmit for all channels on this page for interoperabili ty ; local
use may specify other CTCSS tones as required by local plan.
44
UHF MED (Medical, EMS) Channels
LICENSING REQUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide interoperabil it y
channels. A vailability subject to other licensed users in the same area.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Med ical
MED-12
463.0125
See Notes
468.0125
See Notes
Medical (Direct)
MED-12D
463.0125
463.0125
Med ical
MED-2
463.0250
468.0250
Medical (Direct)
MED-2D
463.0250
463.0250
Med ical
MED-22
463.0375
468.0375
Medical (Direct)
MED-22D
463.0375
463.0375
Med ical
MED-3
463.0500
468.0500
Medical (Direct)
MED-3D
463.0500
463.0500
Med ical
MED-32
463.0625
468.0625
Medical (Direct)
MED-32D
463.0625
463.0625
Recommended CTCSS tones are 156.7 Hz receive and transmit for all channels on this page for interoperabili ty ; local
use may specify other CTCSS tones as required by local plan.
45
UHF MED (Medical, EMS) Channels
LICENSING REQUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide interoperabil it y
channels. A vailability subject to other licensed users in the same area.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Med ical
MED-4
463.0750
See Notes
468.0750
See Notes
Medical (Direct)
MED-4D
463.0750
463.0750
Med ical
MED-42
463.0875
468.0875
Medical (Direct)
MED-42D
463.0875
463.0875
Med ical
MED-5
463.1000
468.1000
Medical (Direct)
MED-5D
463.1000
463.1000
Med ical
MED-52
463.1125
468.1125
Medical (Direct)
MED-52D
463.1125
463.1125
Med ical
MED-6
463.1250
468.1250
Medical (Direct)
MED-6D
463.1250
463.1250
Recommended CTCSS tones are 156.7 Hz receive and transmit for all channels on this page for interoperabili ty ; local
use may specify other CTCSS tones as required by local plan.
46
UHF MED (Medical, EMS) Channels
LICENSING REQUIRED:
These frequencies are
NOT
covered by the blanket authorization for nationwide interoperabil it y
channels. A vailability subject to other licensed users in the same area.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Med ical
MED-62
463.1375
See Notes
468.1375
See Notes
Medical (Direct)
MED-62D
463.1375
463.1375
Med ical
MED-7
463.1500
468.1500
Medical (Direct)
MED-7D
463.1500
463.1500
Med ical
MED-72
463.1625
468.1625
Medical (Direct)
MED-72D
463.1625
463.1625
Med ical
MED-8
463.1750
468.1750
Medical (Direct)
MED-8D
463.1750
463.1750
Med ical
MED-82
463.1875
468.1875
Medical (Direct)
MED-82D
463.1875
463.1875
Recommended CTCSS tones are 156.7 Hz receive and transmit for all channels on this page for interoperabili ty ; local
use may specify other CTCSS tones as required by local plan.
47
700 MHz Nationwide Interoperability Channels
TX NA C: $293 (659
10
)
RX NAC $F7E (3966
10
).
Default Talk Group ID: $0001 (1
10
)
“$” indicates hexadecimal value, “10” subscript indicates decimal value.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Calling Channel *
7CALL50
769.24375
$F7E
799.24375
$293
Calling Channel *
7CALL50D
769.24375
$F7E
769.24375
$293
General Public Safety
7TAC51
769.14375
$F7E
799.14375
$293
General Public Safety
7TAC51D
769.14375
$F7E
769.14375
$293
General Public Safety
7TAC52
769.64375
$F7E
799.64375
$293
General Public Safety
7TAC52D
769.64375
$F7E
769.64375
$293
General Public Safety
7TAC53
770.14375
$F7E
800.14375
$293
General Public Safety
7TAC53D
770.14375
$F7E
770.14375
$293
General Public Safety
7TAC54
770.64375
$F7E
800.64375
$293
General Public Safety
7TAC54D
770.64375
$F7E
770.64375
$293
- Authorized emission 8K10F1E (Digital P 25 P hase I Modulation ) 47 CFR §90.54 8 (a )(1 )
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
- AES Encryption permitted on all but the two nationwide interoperabil it y calling channels. Must have accessible switch
or other readily accessible control that permits the radio user to disable encryption. 47 CFR §90.55 3
*Recommen ded as PRIMARY calling channel for 700 MHz B and.
48
700 MHz Nationwide Interoperability Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
General Public Safety
7TAC55
769.74375
$F7E
799.74375
$293
General Public Safety
7TAC55D
769.74375
$F7E
769.74375
$293
General Public Safety
7TAC56
770.24375
$F7E
800.24375
$293
General Public Safety
7TAC56D
770.24375
$F7E
770.24375
$293
Other Public Safety
7GTAC57
770.99375
$F7E
800.99375
$293
Other Public Safety
7GTAC57D
770.99375
$F7E
770.99375
$293
Mobile Repeater
7MOB59
770.89375
$F7E
800.89375
$293
Mobile Repeater
7MOB59D
770.89375
$F7E
770.89375
$293
Law Enforcement
7LAW61
770.39375
$F7E
770.39375
$293
Law Enforcement
7LAW61D
770.39375
$F7E
770.39375
$293
Law Enforcement
7LAW62
770.49375
$F7E
800.49375
$293
Law Enforcement
7LAW62D
770.49375
$F7E
770.49375
$293
- Authorized emission 8K10F1E (Digital P 25 P hase I Modulation ) 47 CFR §90.54 8 (a )(1 )
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
- AES Encryption permitted on all but the two nationwide interoperabil it y calling channel. Must have access
other readily accessible control that permits the radio user to disable encryption. 47 CFR §90.55 3
ible switch or
49
700 MHz Nationwide Interoperability Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Fire
7FIRE63
769.89375
$F7E
799.89375
$293
Fire
7FIRE63D
769.89375
$F7E
769.89375
$293
Fire
7FIRE64
769.99375
$F7E
799.99375
$293
Fire
7FIRE64D
769.99375
$F7E
769.99375
$293
EMS
7MED65
769.39375
$F7E
799.39375
$293
EMS
7MED65D
769.39375
$F7E
769.39375
$293
EMS
7MED66
769.49375
$F7E
799.49375
$293
EMS
7MED66D
769.49375
$F7E
769.49375
$293
Mobile Data *
7DATA69
770.74375
$F7E
800.74375
$293
Mobile Data *
7DATA69D
770.74375
$F7E
770.74375
$293
- A uthorized emission 8K10F1E (Digital P 25 P hase I Modulation ) 47 CFR §90.54 8 (a )(1 )
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
- AES Encryption permitted on all but the two nationwide interoperabil it y calling channel. M
ust have accessible switch or
other readily accessible control that permits the radio user to disable encryption. 47 CFR §90.55 3
* Voice communicati on s are permitted on 7DATA69 / 7DATA69D on a secondary basis 90.53 1 (b )(1 )(i ).
50
700 MHz Nationwide Interoperability Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Calling Channel **
7CALL70
773.25625
$F7E
803.25625
$293
Calling Channel **
7CALL70D
773.25625
$F7E
773.25625
$293
General Public Safety
7TAC71
773.10625
$F7E
803.10625
$293
General Public Safety
7TAC71D
773.10625
$F7E
773.10625
$293
General Public Safety
7TAC72
773.60625
$F7E
803.60625
$293
General Public Safety
7TAC72D
773.60625
$F7E
773.60625
$293
General Public Safety
7TAC73
774.10625
$F7E
804.10625
$293
General Public Safety
7TAC73D
774.10625
$F7E
774.10625
$293
General Public Safety
7TAC74
774.60625
$F7E
804.60625
$293
General Public Safety
7TAC74D
774.60625
$F7E
774.60625
$293
- A uthorized emission 8K10F1E (Digital P 25 P hase I Modulation ) 47 CFR §90.54 8 (a )(1 )
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
- A ES Encryption permitted on all but the two nationwide interoperabil it y calling channel. M
ust have accessible switch or
other readily accessible control that permits the radio user to disable encryption. 47 CFR §90.55 3
** Recommende d as
SE CONDARY
calling channel or
INCIDENT
calling channel for 700 MHz band.
51
700 MHz Nationwide Interoperability Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
General Public Safety
7TAC75
773.75625
$F7E
803.75625
$293
General Public Safety
7TAC75D
773.75625
$F7E
773.75625
$293
General Public Safety
7TAC76
774.25625
$F7E
804.25625
$293
General Public Safety
7TAC76D
774.25625
$F7E
774.25625
$293
Other Public Safety
7GTAC77
774.85625
$F7E
804.85625
$293
Other Public Safety
7GTAC77D
774.85625
$F7E
774.85625
$293
Mobile Repeater
7MOB79
774.50625
$F7E
804.50625
$293
Mobile Repeater
7MOB79D
774.50625
$F7E
774.50625
$293
Law Enforcement
7LAW81
774.00625
$F7E
804.00625
$293
Law Enforcement
7LAW81D
774.00625
$F7E
774.00625
$293
Law Enforcement
7LAW82
774.35625
$F7E
804.35625
$293
Law Enforcement
7LAW82D
774.35625
$F7E
774.35625
$293
- A uthorized emission 8K10F1E (Digital P 25 P hase I Modulation ) 47 CFR §90.54 8 (a )(1 )
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
- AES Encryption permitted on all but the two nationwide interoperabil it y calling channel. M
ust have accessible switch or
other readily accessible control that permits the radio user to disable encryption. 47 CFR §90.55 3
52
700 MHz Nationwide Interoperability Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Fire
7FIRE83
773.50625
$F7E
803.50625
$293
Fire
7FIRE83D
773.50625
$F7E
773.50625
$293
Fire
7FIRE84
773.85625
$F7E
803.85625
$293
Fire
7FIRE84D
773.85625
$F7E
773.85625
$293
EMS
7MED86
773.00625
$F7E
803.00625
$293
EMS
7MED86D
773.00625
$F7E
773.00625
$293
EMS
7MED87
773.35625
$F7E
803.35625
$293
EMS
7MED87D
773.35625
$F7E
773.35625
$293
Mobile Data *
7DATA89
774.75625
$F7E
804.75625
$293
Mobile Data *
7DATA89D
774.75625
$F7E
774.75625
$293
- A uthorized emission 8K10F1E (Digital P 25 P hase I Modulation ) 47 CFR §90.54 8 (a )(1 )
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
- A ES Encryption permitted on all but the two nationwide interoperabil it y calling channel. M
ust have accessible switch or
other readily accessible control that permits the radio user to disable encryption. 47 CFR §90.55 3
* Voice communicati on s are permitted on 7DATA89 / 7DATA869 D on a secondary basis 90.531 (b )(1 )(i ).
53
700 MHz Nationwide Air-Ground Channels
LICENSING REQUIRED:
These frequencies are NOT covered by the “B lanket Authorization for nationwide interoperabil it y
channels. Use of these channels must be licensed or authorized by STA.
Assig nment
Ch a nnel Na m e
Mobile RX
F r eq. (MHz)
M o b ile RX
CTCSS/NAC
Mobile TX
F r e q. (MHz )
M o b ile T X
CTCSS/NAC
Air Ground
7AG58
769.13125
$F7E
799.13125
$293
Air Ground
7AG58D
769.13125
$F7E
769.13125
$293
Air Ground
7AG60
769.63125
$F7E
799.63125
$293
Air Ground
7AG60D
769.63125
$F7E
769.63125
$293
Air Ground
7AG67
770.13125
$F7E
800.13125
$293
Air Ground
7AG67D
770.13125
$F7E
770.13125
$293
Air Ground
7AG68
770.63125
$F7E
800.63125
$293
Air - Ground
7AG68D
770.63125
$F7E
770.63125
$293
TX NA C: $293 (659
10
). RX NA C $F7E (3966
10
). These channels are reserved for air-
ground communica tion s to be used by
low-altitude aircraft and ground-based stations: See FCC rule 90.531 (7 ). (i) Airborne use of these channels is limited to
aircraft flying at or below
457 meters (1500 feet) above ground level.
(ii)
Aircraft are limited to 2 watts effective radiated
powe r (ERP)
when transmittin g while airborne on these channels. (iii) A ircraft may transmit on either the mobile or base
transmit side of the channel pair. (iv) States are responsible for the administrati on of these channels.
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
54
700 MHz Nationwide Air-Ground Channels
LICENSING REQUIRED:
These frequencies are NOT covered by the “B lanket Authorization for nationwide
channels. Use of these channels must be licensed or authorized by STA.
interoperabil it y
Assignment
Channel Name
Mobile RX
F req. (MHz )
Mobile RX
CTCSS/NAC
Mobile TX
F req. (MHz )
Mobile TX
CTCSS/NAC
Air - Ground
7AG78
773.11875
$F7E
803.11875
$293
Air - Ground
7AG78D
773.11875
$F7E
773.11875
$293
Air - Ground
7AG80
773.61875
$F7E
803.61875
$293
Air - Ground
7AG80D
773.61875
$F7E
773.61875
$293
Air - Ground
7AG87
774.11875
$F7E
804.11875
$293
Air - Ground
7AG87D
774.11875
$F7E
774.11875
$293
Air - Ground
7AG88
774.61875
$F7E
804.61875
$293
Air Ground (LZ)*
7AG88D
774.61875
$F7E
774.61875
$293
* 7AG88D is recommended for L a n ding Z one use.
TX NAC: $293 (659
10
). RX NA C $F7E (3966
10
). These channels are reserved for air-
ground communication s to be used by
low-altitude aircraft and ground-based stations: See FCC rule 90.531(7). (i) Airborne use of these channels is limited to
aircraft flying at or below
457 meters (1500 feet) above ground level.
(ii)
Aircraft are limited to 2 watts effective radiated
powe r (ERP)
when transmittin g while airborne on these channels. (iii) Aircraft may transmit on either the mobile or base
transmit side of the channel pair. (iv) States are responsible for the administration of these channels.
- Utilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
55
700 MHz Low Power Itinerant Channels (see notes)
LICENSING REQUIRED:
These frequencies are NOT covered by the “B lanket Authorization for nationwide
channels. Use of these channels must be licensed or authorized by STA.
interoperabil it y
A ssignment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Low Power - PS 7-US-01 769.05625
156.7 /
$F7E
799.05625
156.7 /
$293
Low Power - PS 7-US-01D 769.05625
156.7 /
$F7E
769.05625
156.7 /
$293
Low Power - PS 7-US-02 769.06875
156.7 /
$F7E
799.06875
156.7 /
$293
Low Power - PS 7-US-02D 769.06875
156.7 /
$F7E
769.06875
156.7 /
$293
Low Power - PS 7-US-03 774.99375
156.7 /
$F7E
804.99375
156.7 /
$293
156.7 /
156.7 /
Low Power - PS 7-US-03D 774.99375 774.99375
$F7E
$293
LICENSING NOTES:
These channels
may be licensed for national itinerant mobile use, use s tat io n c las s MOI.
These
channels may be used in either
Analog or Digital mode
and
a re limited to 2 wa t ts (E RP).
- Licensees are responsible for the administra tio n of these channels.
- U tilize normal squelch in programming which will use the default talkgroup - $0001 (1
10
).
56
700 MHz Nationwide Deployable Trunked System Channels
LICENSING REQUIRED:
These frequencies are NOT covered by the “B lanket Authorization for nationwide interoperabil it y
channels. Use of these channels must be licensed or authorized by STA.
Common Nationwide System ID:
$101 (257
10
)
Common Nationwide WACN:
$BF7CC
$ i n d ic ates h exadec im al v alue, 10 sub scr ipt i ndi cates dec imal va lue.
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
A
769.23125
--------------
799.23125
--------------
B
769.38125
--------------
799.38125
--------------
C*
769.73125
--------------
799.73125
--------------
D*
769.88125
--------------
799.88125
--------------
Primary Control Channel
E
774.51875
--------------
804.51875
--------------
Secondary Control Channel
F
774.86875
--------------
804.86875
--------------
**Not available for use above the A-Line in Pennsylvania, New York, and Vermont.
- NRPC is the curator of the common nationwide system keys. To apply for system keys, contact the NRPC: nrpc.us
- Additional working channels separate from this list can be allocated locally to deployable systems subject to individual RPC approval.
- Each deployable trunk system should coordinate their unique NAC Code with the NRPC.
57
700 MHz Nationwide Deployable Trunked System Talkgroups
Recommended Talkgroups - Zone “YY DEPLOY” System ID $101
Channe l N am e
E lig ib le Us e rs / Us ag e
T G D e c im a l ID
T G He x I D
1
CALL YY
Calling / Initial Contact TG
201
$C9
2
CMD YY
Pre-designated Command TG
202
$CA
3
TAC YY3
General / Tactical Use TG
203
$CB
4
TAC YY4
General / Tactical Use TG
204
$CC
5
TAC YY5
General / Tactical Use TG
205
$CD
6
TAC YY6
General / Tactical Use TG
206
$CE
7
TAC YY7
General / Tactical Use TG
207
$CF
8
TAC YY8
General / Tactical Use TG
208
$D0
- Each deployable trunk system should coordinate their unique NAC Code with the NRP C.
-
Duplicate unit ID’s with deployable trunked radio systems are a possibility . Subscriber programming resources may be
needed to mitigate duplicate ID’s.
58
700 MHz Nationwide Deployable Trunked System Talkgroups
Recommended Talkgroups - ZoneYY DEPLOY” System ID $101
Channe l N am e
E lig ib le Us e rs / Us ag e
T G D e c im a l ID
T G He x I D
9
TAC YY9
General / Tactical Use TG
209
$D1
10
TAC YY10
General / Tactical Use TG
210
$D2
11
TAC YY11
General / Tactical Use TG
211
$D3
12
TAC YY12
General / Tactical Use TG
212
$D4
13
TAC YY13
General / Tactical Use TG
213
$D5
14
TAC YY14
General / Tactical Use TG
214
$D6
15
TAC YY15
General / Tactical Use TG
215
$D7
16
EMER YY
EMERGENCY USE TG
216
$D8
- Each deployable trunk system should coordinate their unique NAC Code with the NRPC.
-
Duplicate unit ID’s with deployable trunked radio systems are a possibility . Subscriber programming resources may be
needed to mitigate duplicate ID’s.
59
700 MHz Nationwide Deployable Trunked System Talkgroups
Recommended Talkgroups - Zone “ZZ DEPLOY” System ID $101
Channel Name
Eligible Users / Usage
T G Decima l ID
TG Hex ID
1
CALL ZZ
Calling / Initial Contact TG
101
$65
2
CMD ZZ
Pre-designated Command TG
102
$66
3
TAC ZZ3
General / Tactical Use TG
103
$67
4
TAC ZZ4
General / Tactical Use TG
104
$68
5
TAC ZZ5
General / Tactical Use TG
105
$69
6
TAC ZZ6
General / Tactical Use TG
106
$6A
7
TAC ZZ7
General / Tactical Use TG
107
$6B
8
TAC ZZ8
General / Tactical Use TG
108
$6C
- Each deployable trunk system should coordinate their unique NAC Code with the NRPC.
- Duplicate unit ID’s with deployable trunked radio systems are a
possibility . Subscriber programming resources may be
needed to mitigate duplicate ID’s.
60
700 MHz Nationwide Deployable Trunked System Talkgroups
Recommended Talkgroups - Zone “ZZ DEPLOY” System ID $101
Channel Name
Eligible Users / Usage
TG Decima l ID
TG Hex ID
9
TAC ZZ9
General / Tactical Use TG
109
$6D
10
TAC ZZ10
General / Tactical Use TG
110
$6E
11
TAC ZZ11
General / Tactical Use TG
111
$6F
12
TAC ZZ12
General / Tactical Use TG
112
$70
13
TAC ZZ13
General / Tactical Use TG
113
$71
14
TAC ZZ14
General / Tactical Use TG
114
$72
15
TAC ZZ15
General / Tactical Use TG
115
$73
16
EMER ZZ
EMERGENCY USE TG
116
$74
- Each deployable trunk system should coordinate their unique NAC Code with the NRPC.
- Duplicate unit ID’s with
deployable trunked radio systems are a possibility . Subscriber programming resources may be
needed to mitigate duplicate ID’s.
61
Non-Federal 800 MHz Nationwide Mutual Aid Repeater Channels
Assig nment
Ch a nnel Na m e
Mobile RX F req.
(MHz )
M o b ile RX
CTCSS/NAC
Mobile TX F r eq.
(MHz )
M o b ile T X
CTCSS/NAC
Calling
8CALL90
851.0125
156.7
806.0125
156.7
Calling - Direct
8CALL90D
851.0125
156.7
851.0125
156.7
Tactical
8TAC91
851.5125
156.7
806.5125
156.7
Tactical - Direct
8TAC91D
851.5125
156.7
851.5125
156.7
Tactical
8TAC92
852.0125
156.7
807.0125
156.7
Tactical - Direct
8TAC92D
852.0125
156.7
852.0125
156.7
Tactical
8TAC93
852.5125
156.7
807.5125
156.7
Tactical - Direct
8TAC93D
852.5125
156.7
852.5125
156.7
Tactical
8TAC94
853.0125
156.7
808.0125
156.7
Tactical - Direct
8TAC94D
853.0125
156.7
853.0125
156.7
- Recommended authorized emission 14K0F3E (4.0 kHz deviation NPSPAC analog FM) 47 CFR §90.61 7 (a)(1 ) and
47 CFR §90.6 1 9(a )(5 )(i ) . The FCC rules allow 5 KHz deviation for the 8CALL / 8TA C interoperabil ity channels - 47 CFR
§90.20 9 (b )(5 ). Some Regional Planning Committees (R P Cs) may limit their region to 4KHz.
- Encryption may not be used 47 CFR §90.2 0 (i )
62
P25 Digital Codes
NAC Network Access Codes
$293 (659
10
)
Default NAC
$F7E (3966
10
)
Receiver will un-squelch with any incoming NAC
$F7F (3967
10
) A repeater with this NAC will allow incoming signals to be repeated with the NAC intact
TGID Talkgroup ID
$0001 (1
10
)
Default TGID, should be used in systems where no other talkgroups are defined
$0000 (0
10
) No-one or a talkgroup with no users used for individual call
$FFFF (65535
10
) Reserved as a talkgroup which includes everyone
U ID U nit ID
$000000
No-one. This value is never assigned to a radio unit
$000001-$98767F For general use.
$989680-$FFF FFE
For talk group use or other special purposes.
$FFFFFF
Designates everyone used when implementi ng a group call with a TGID
No te :
Project 25 System A dministrator s should be aware of possible Unit ID conflicts when conducting operations
neighboring jurisdiction s . System administrato rs should coordinate Unit IDs with agencies likely to operate on
system(s) to address any radio Unit ID conflicts.
“$” indicates hexadecimal values, “10” subscript indicates decimal value.
with
63
their
Continuous Tone-Coded Squelch System (CTCSS) Tones, Codes, and NAC Conversions
Freq.
(Hz)
Motorola
Code
NAC
Conv
NIFC &
CA Fire *
Freq.
(Hz)
Motorola
Code
NAC
Conv
NIFC &
CA Fire *
Freq.
(Hz)
Motorola
Code
NAC
Conv
NIFC &
CA Fire *
67.0
XZ
$29E
17
107.2
1B
$430
10
173.8
6A
$6CA
29
69.3**
WZ
$2B5
------
110.9
2Z
$455
1
179.9
6B
$707
30
71.9
XA
$2CF
18
114.8
2A
$47C
11
186.2
7Z
$746
31
74.4 WA $2E8 19 118.8 2B $4A4 28 192.8 7A $788 16
77.0 XB $302 20 123.0 3Z $4CE 2 203.5 M1 $7F3 32
79.7
WB
$31D
21
127.3
3A
$4F9
12
206.5
8Z
$811
------
82.5
YZ
$339
22
131.8
3B
$526
3
210.7
M2
$83B
------
85.4
YA
$356
23
136.5
4Z
$555
4
218.1
M3
$885
------
88.5
YB
$375
24
141.3
4A
$585
13
225.7
M4
$8D1
------
91.5 ZZ $393 25 146.2 4B $5B6 5 229.1 9Z $8F3 ------
94.8
ZA
$3B4
26
151.4
5Z
$5EA
14
233.6
M5
$920
------
97.4 ZB $3CE 27 156.7 5A $61F 6 241.8 M6 $972 ------
100.0
1Z
$3E8
9
162.2
5B
$656
15
250.3
M7
$9C7
------
103.5
1A
$40B
8
167.9
6Z
$68F
7
254.1
0Z
$9ED
-----
- NAC Conversion - “$” indicates hexadecima l value.
*Californi a FIRESCOPE tone list, used by NIFC and CA Fire Agencies.
Reference: firescope.caloe s. ca .go v /IC S % 20D oc u men ts /2020% 20M A CS -441-1. pd f
** 69.4 in some radios
64
Continuous Digital-Coded Squelch System (CDCSS) Codes
Normal
Inverted
Nor.
Inv.
Nor.
Inv.
Nor.
Inv.
Nor.
Inv.
Nor.
Inv.
023
047
025 244
026
464
031
627
036*
172
043
445
047 023
051 032
053*
452
054 413
065
271
071
306
072
245
073 506
074 174
114
712
115
152
116
754
122* 225
125
365
131
364
132
546
134
223
143 412
145* 274
152
115
032 051
155
731
156
265
162
503
165 251
172 036
174
074
205
263
212*
356
223 134
225*
122
226
411
243
251
244
025
245 072
246* 523
251
165
252* 462
255*
446
261
732
263
205
265 156
266* 454
271
065
274*
145
306
071
311 664
315
423
325*
526
331
465
332*
455
343 532
346 612
351
243
364 131
365
125
371
734
411
226
412 143
413 054
423
315
431
723
432
516
445 043
446*
255
452*
053
454*
266
455*
332
462* 252
464 026
465
331
466 662
503
162
506
073
516
432
523* 246
526* 325
532
343
546
132
565 703
606 631
612 346
624 632
627 031
631 606
632 324
654 743
662 466
664 311
703 565
712 114
723 431
731 155
732 261
734 271
743 654
754 116* This Code is not standard amongst sampling of 12 different radios checked.
65
Common Emission Designators in Public Safety Licensing
Emission
Description
Emission
Description
150HA1A
Continuous Wave Telegraphy
11K0F3D
2.5 kHz Analog FM, Data (DTMF)
2K80J3E
SSB, Suppressed Carrier, Voice
11K0F3E
2.5 kHz Analog FM, Voice (Narrow)
8K10F1D
P25 Phase 1 Digital, Data
14K0F3E
4.0 kHz Analog FM, Voice (NPSPAC)
8K10F1E
P25 Phase 1 Digital, Voice
16K0F3E
5.0 kHz Analog FM, Voice (Wide)
8K30F1W
P25 Phase 1 Digital, Voice & Data
30MD7W
Microwave Link, 2048 QAM
66
FCC Part 90 Common Station Class Codes
Station
Class
Station Class
Description
Examples
FB Base
Fixed Location Base Radio at a specific location authorized to
comm unicate wit h mobile st ations
FB2 Mobile Relay
Fixed Location Repeater Conventional, decentralized trunking, or
centralized trunking (frequency band specific)
FB4 Community Repeater
Fixed Location Repeater Conventional operating with mult iple
CTCSS or CDCSS
FB8 Centralized Trunked Relay Trunked Radio Systems below 512 MHz
FB2T Mobile Relay Temporary Mobile, Temporary or Tactical Repeaters
FX1 Control (Control Station)
Fixed location base radio that operates through a mobile relay
(repeater) in the same way a mobile station operates
6.1 Control (Control Station) Control Station Antenna height below 20 ft to tip (6.1 Meters)
MO Mobile
Handheld and vehicular mounted radios intended to be used while
in motion or during halts at unspecified points
MOI Mobile - Itinerant
A similar station class to mobile (MO), but no interference protection
is provided from other itinerant operations.
MO3 Mobile/Vehicular Repeater
Simplex radio attached to a vehicular mounted radio to extend
range
MO8 Centralized Trunk Mobile
Handheld and Vehicular Mounted Radios operating on trunked radio
systems below 512 MHz
67
Line-of-Sight F ormulas
Earth’s Curvature
Approximately 8 inches (7.98) per Mile
Visual Line-of-Sight
Approximate distance in miles = 1.33 x (height in feet)
Radio Line-of-Sight
D = √(2Hr) + (2Ht)
Where:
D = approximate distance (range) to radio horizon in miles
Hr = height of receive antenna in feet
Ht = height of transmit antenna in feet
These are rough estimates that only consider the curvature of the earth, which does not take into account power, antenna type,
antenna gain, frequency, clutter, terrain or other obstructions.
Figure 2: Earths Curvature
Range
(miles)
8 10 11 12 13 16 17 21 23 28 32 35 42 48
Tx Ant.
Height (ft)
10 20 30 40 50 75 100 150 200 300 400 500 750 1000
Rx Ant.
Height (ft)
5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5 5.5
68
25 Cities Project Federal Interoperability Channels
The 25 Cities Federal Interoperability Channels are VHF channels that use FBI fixed infrastructure to provide wide area coverage
for federal, state, and local public safety users. There are currently 56 channels, overseen by 31 FBI Field Offices. The primary
use of the channels is for interoperable communications during both pre-planned and emergency events. The channels may also
be available for internal agency communications. All pre-planned use must be coordinated with the local FBI Telecommunications
Manager. All federal, state, and local public safety agencies are encouraged to program the 25 Cities frequencies into their land
mobile radio subscriber devices.
Most 25 Cities VHF channels are accessible by non-VHF users via permanent or ad hoc patching capabilities provided to many
agencies as part of the 25 Cities Project. Please note that in certain cities, the channels use the VHF Law Enforcement (LE)
Federal Interoperability frequencies: Baltimore (BA LE 3); Boston (BS LE 4); Charlotte (CE LE 4); Honolulu (HNL LE 2, HNL LE 3,
HNL LE 4, HNL LE 5); Kansas City (KC FIOLE2); Milwaukee (MW LE 4, MW LE3 GB, MW LE2 MA); Newark (NK FIO LE 2);
Richmond (RH LE4); San Juan/Puerto Rico (SJ LE 2 ME, SJ LE 3 YQ, SJ LE 4 CS, SJ LE 5 CP, and SJ LE 2 STT), and
Washington, D.C. (DC LE 2).
To program the channels, please request the complete list of 25 Cities frequencies from the 25 Cities Program Manager:
Rob Zanger, DOJ / FBI
202-305-5071
ROBERT.M.ZANGER@USDOJ.GOV
For specific information about a particular channel, please contact the FBI Telecommunications Manager, at the provided FBI
Field Office telephone number.
69
70
25 Cities Project Federal Interoperability Channels
Field Office
CHANNEL(S) DESCRIPTION
MAIN FBI OFFICE
NUMBER /
REQUEST FBI
TELECOMMUNI-
CATIONS
MANAGER
ATLANTA
ATL FIO
VHF P25 350 watt voted repeater system - 4 receive sites
770-216-3000
BALTIMORE
BA LE 3
VHF P25 350 watt voted repeater system - 5 receive sites
410-265-8080
BOSTON
BPD FIO
VHF narrowband analog 125 watt voted repeater system - 15 receive sites
857-386-2000
BOSTON
BS LE 4 / BK FIO
VHF P25 multicast 1 x 350 watt (BS LE 4) and 1 x 125 watt (BK FIO) [Brockton,
MA] voted repeater system - 7 receive sites
857-386-2000
CHARLOTTE
CE LE 4
VHF P25 125 watt standalone repeater
704-672-6100
CHICAGO
CGCOM-N / CGCOM-C / CGCOM-S
(Lake Zurich / Chicago / Joliet)
VHF P25 multicast 3 x 125 watt voted repeater systems - 20 receive sites
312-421-6700
71
CHICAGO
CGTAC-N / CGTAC-C / CGTAC-S
(Lake Zurich / Chicago / Joliet)
VHF P25 multicast 3 x 125 watt voted repeater systems -20 receive sites
312-421-6700
DALLAS
DFW-E
(Dallas)
VHF P25 350 watt voted repeater system - 9 receive sites
972-559-5000
DALLAS
DFW-W
(Ft. Worth)
VHF P25 350 watt voted repeater system - 7 receive sites
972-559-5000
DENVER
DEN IO-N / DEN IO-E / DEN IO-C / DEN IO-S / DEN IO-W
(Thorton/ Smoky Hill / Central Denver / RCFL / Fed Center)
VHF P25 multicast 5 x 125 watt voted repeater system
303-629-7171
DETROIT
8TAC 92
800 MHz wideband analog standalone repeater
313-965-2323
DETROIT
8TAC 94
800 MHz wideband analog standalone repeater
313-965-2323
EL PASO
ELP FIO-W / ELP FIO-E
(El Paso / Sierra Blanca)
VHF P25 multicast 2 x 300 watt voted repeater system - no additional receive
sites
915-832-5000
72
HONOLULU
HNL FIO
VHF P25 125 watt standalone repeater
808-566-4300
HONOLULU
HNL-PJKK-
Federal Building-Downtown Honolulu
VHF P25 125 watt standalone repeater
808-566-4300
HONOLULU
HNL FIO2-Western Oahu
VHF P25 125 watt standalone repeater
808-566-4300
HONOLULU
HNL LE 2-Waikiki
VHF P25 125 watt standalone repeater
808-566-4300
HONOLULU
HNL LE 3-Diamond Head
VHF P25 125 watt standalone repeater
808-566-4300
HONOLULU
HNL LE 4-Deployable
VHF P25 125 watt transportable repeater
808-566-4300
HONOLULU
HNL LE 5-HNL Airport
VHF P25 125 watt transportable repeater
808-566-4300
HOUSTON
HOU CMD
VHF P25 350 watt voted repeater systems--14 receive sites
713-693-5000
HOUSTON
HOU PAT
VHF P25 350 watt voted repeater systems--14 receive sites
713-693-5000
JACKSONVILLE
JAX FIO
VHF P25 350 watt voted repeater system - 8 receive sites
904-248-7000
73
KANSAS CITY
KC LE 2
VHF P25 125 watt voted repeater system - 4 receive sites
816-512-8200
LOS ANGELES
LA FIO1
VHF P25 350 watt voted repeater systems - 8 receive sites
310-477-6565
LOS ANGELES
LA FIO2
VHF P25 350 watt voted repeater systems - 8 receive sites
310-477-6565
LOS ANGELES
LA FIO3
VHF P25 350 watt voted repeater systems - 8 receive sites
310-477-6565
MIAMI
MIA FIO
VHF P25 350 watt voted repeater system - 14 receive sites
754-703-2000
MILWAUKEE
MW LE 4
VHF P25 350 watt voted repeater system - 3 receive sites
414-276-4684
MILWAUKEE
BELOIT - MW LE3 BE
VHF P25 125 watt standalone repeater
414-276-4684
MILWAUKEE
GREEN BAY - MW LE3 GB
VHF P25 125 watt standalone repeater
414-276-4684
MILWAUKEE
MADISON - MW LE2 MA
VHF P25 125-watt standalone repeater
414-276-4684
MINNEAPOLIS
FED-MP / FED-SP
(Minneapolis / St. Paul)
VHF P25 multicast 1 x 350 watt (FED-MP) and 1 x 125 watt
(FED-SP) voted repeater system - 9 receive sites
763-569-8000
74
NEW HAVEN
CFedcom-N / CFedcom-S / CFedcom-E / CFedcom-W
(Avon / Hamden / Bozrah / Redding)
VHF P25 multicast 4 x 125 watt voted repeater system - 12 receive sites
203-777-6311
NEW ORLEANS
NOLA FIO
VHF P25 350 watt voted repeater system - 13 receive sites
504-816-3000
NEW YORK
NYC FIO / NYC FIO-N / NYC FIO-E / NYC FIO-S
(NYC / Orange-Putnam / Suffolk County / Central NJ)
VHF P25 multicast 3 x 350 watt voted repeater system
1 x 125 watt (NYC FIO-E / Suffolk) - 32 receive sites
212-384-1000
NEW YORK
NYC FED IO 2
VHF P25 350 watt voted repeater system - 14 receive sites
212-384-1000
NEWARK NJ
NK FIO LE 2
VHF P25 350 watt voted repeater system - 12 receive sites
973-792-3000
NORFOLK
HRN FIOP DRI / HRN FIOP TOA
(Suffolk-Driver / Toano)
VHF P25 multicast 1 x 350 watt [Suffolk-Driver], 1 x 125 watt [Toano] voted
repeater system - 10 receive sites
757-455-0100
ORLANDO
(RA-Tampa FO)
ORL FIO
VHF P25 350 watt voted repeater system - 9 receive sites
813-253-1000
PHILADELPHIA
PH FIO
VHF P25 350 watt voted repeater system - 12 receive sites
215-418-4000
75
RICHMOND VA
RH LE4 / RH FIO
(Midlothian / Petersburg)
VHF P25 multicast 1 x 350 watt (RH LE 4) [Midlothian] and 1 x 100 watt (RH
FIO) [Petersburg] voted repeater system - 8 receive sites
804-261-1044
SAN DIEGO
CALAW1
VHF narrowband analog simplex voted receive systems with transmitters
controlled by RCS dispatcher.
9 receive sites
858-320-5380
SAN DIEGO
VLAW31
VHF narrowband analog simplex voted receive systems with transmitters
controlled by RCS dispatcher.
9 receive sites
858-320-5380
SAN DIEGO
CALAW8
800 MHz analog NPSPAC standard (16K0F3E) simplex voted receive systems
with transmitters controlled by RCS dispatcher.
10 receive sites
858-320-5380
SAN DIEGO
CAFIRE1
800 MHz analog NPSPAC standard (16K0F3E) simplex voted receive systems
with transmitters controlled by RCS dispatcher- 10 receive sites
858-320-5380
76
SAN FRANCISCO
SF FED-ED / SF FED-ES / SF FED-ET / SF FED-EW
(Diablo / San Bruno / Tam / Weideman)
VHF P25 multicast 4 x 125 watt voted repeater system -10 receive sites
415-553-7400
SAN FRANCISCO
SF MA-V / SF MA-U
(Twin Peaks)
1X VHF P25, 1X UHF P25 125 watt standalone repeaters. These two repeaters
are cross-banded together
415-553-7400
SAN FRANCISCO
SF FED-V / SF FED-U
(Twin Peaks)
1X VHF P25, 1X UHF P25 125 watt standalone repeaters. These two repeaters
are cross-banded together
415-553-7400
SAN JUAN
SJ LE 2 ME / SJ LE 3 YQ / SJ LE 4 CS / SJ LE 5 CP /
SJ LE 2 STT
(Monte del Estado Maricao / El Yunque Peak / Cerro La Santa Telemundo Tower
/ Cerro Punta Claro Building / St Thomas-Crown Mountain)
VHF P25 multicast 3 x 350 watt (SJ LE 2 ME / SJ LE 3 YQ / SJ LE 5 CP) and 2 x
110 watt (SJ LE 4 CS / SJ LE 2 STT[St. Thomas]) repeater system. Multicast--
Inputs at every site are rebroadcast at every other site.
SJ LE 3 YQ - 1 receive site, SJ LE 5 CP - 1 receive site, SJ LE 2 ME - 3 receive
sites [planned]
787-754-6000
77
ST LOUIS *
STL CALL
VHF P25 350 watt voted repeater systems, 9 receive sites
314-589-2500
ST LOUIS *
STL TAC
VHF P25 350 watt voted repeater systems, 9 receive sites
314-589-2500
TAMPA
TAM FIO
VHF P25 350 watt voted repeater system - 7 receive sites
813-253-1000
WASHINGTON
DC
DC IO-1
VHF P25 350 watt voted repeater system - 9 receive sites
202-278-2000
WASHINGTON
DC
DC LE 2
VHF P25 350 watt voted repeater system - 9 receive sites
202-278-2000
NORTH
AMERICAN
SATELLITE
J-SMART - Talkgroup #15
Ligado Satellite Interoperability Talkgroup
MSAT Satellite Radio PTT/one-to-many
1-888-664-6727
Network Innovations
Encryption National Reserved SLN Table
The National Law Enforcement Communications Center (NLECC), a subdivision
of Customs and Border Protection, generates and distributes national
interoperability keys for Slot Location Numbers (SLNs) 1-20.
Any agencies that plan on utilizing encryption as part of their interoperability
plans should contact their SWIC for guidance (cisa.gov/safecom/ncswic-
membership). Encryption key management is the administration of policies and
procedures for protecting, storing, organizing, and distributing encryption keys.
Effective encryption key management is crucial as it ensures that encryption
does not impede the operability or interoperability of radio system users.
Documents outlining best practices can be found at:
cisa.gov/safecom/blog/2016/10/12/fpic-releases-encryption-documents or by
contacting CISA through your SWIC.
SLN
National Reserved Slot Location Numbers (SLN)
SLN
Crypto
Authorized
ALG Use
Name
Period
Users
1 DES
Public Safety
Interoperable
ALL IO D Annual All Network Users
2 DES
Federal
Interoperable
FED IO D Annual
All Federal
Network Users
3 AES
Public Safety
Interoperable
ALL IO A Annual All Network Users
4 AES
Federal
Interoperable
FED IO A Annual
All Federal
Network Users
5 DES
National Law
Enforcement
State & Local
NLE IO D Static
All Federal, State,
and Local Law
Enforcement
6 AES
National Law
Enforcement
State & Local
NLE IO A Static
All Federal, State,
and Local Law
Enforcement
7 AES
USCanadian
Federal LE
Interoperability
FED CAN Static
All US & Canadian
Federal LE
8 AES
US-Canadian
Public Safety
Interoperability
USCAN
PS
Static
All US & Canadian
PS Users
78
Encryption National Reserved SLN Table - continued
9 DES
National Tactical
Event
NTAC D
Single
Event
Use
All Federal, State,
& Local Public
Safety
10 AES
National Tactical
Event
NTAC A
Single
Event
Use
All Federal, State,
& Local Public
Safety
11 DES
Multiple Public
Safety
Disciplines
PS IO D Static
All Federal, State,
& Local Public
Safety
12 AES
Multiple Public
Safety
Disciplines
PS IO A Static
All Federal, State,
& Local Public
Safety
13 DES
National Fire,
EMS, &
Rescue
NFER D Static
All Fire, EMS, &
Rescue Users
14 AES
National Fire,
EMS, &
Rescue
NFER A Static
All Fire, EMS, &
Rescue Users
15 DES
National Task
Force Operations
FED TF D
One
Time
Usage
Federal Task
Force
16 AES
National Task
Force Operations
FED TF A
One
Time
Usage
Federal Task
Force
17 DES
National Law
Enforcement
Task Force
NLE TF D
One
Time
Usage
All Federal, State
and Local Law
Enforcement
18 AES
National Law
Enforcement
Task Force
NLE TF A
One
Time
Usage
All Federal, State
and Local Law
Enforcement
19 AES
FedINTL LE
Interoperability
FED INTL
When
Needed
Federal and
Visiting
International LE
20 AES
Public Safety
INTL LE
Interoperability
PS INTL
When
Needed
All US and Visiting
International
Public Safety
79
Commonly Used Frequencies
A viation Frequencies
AM Aviation Frequencies:
121.5
Emergency & Distress
123.1
Search and Rescue (SAR)
122.9
Search and Rescue (SAR) Secondary and Training
All frequencies on this page use AM (emission designator 6K00A3E).
Emergency Position-Indicating Radio Beacons (EPIRB), Emergency Locator
Transmitters (ELTs), and Personal Locator Beacons (PLBs) transmitters operate
on 406.0 to 406.10 MHz, and some have low power 121.5 MHz homing
beacons. Older ELTs use 121.5 MHz, which is also the civil aviation voice
emergency frequency, and are still in widespread use.
Aviation Notes:
Communications with aircraft in the public safety environment is complex and
carries additional risks over traditional land mobile radio. Communications
occur in both AM and FM modes. AM communications are typically for pilot to
pilot, pilot to tower, pilot to ARTCC, etc. It is less frequently used for tactical Air-
to-Ground communications.
Extreme caution must be taken with AM Airband frequencies, these are the least
desirable choice for Air-to-Ground communication. While not necessarily
prohibited, it presents much greater risks to aviation assets than using a discrete
Public Safety FM channel.
Most Air-to-Ground (A/G) communications occur on FM in the traditional FM
VHF, UHF, 700 and 800 MHz bands. Careful coordination of these channels is
critical. Frequencies coordinated specifically for that use should be employed.
Many jurisdictions have set aside or in some cases licensed specific Air to
Ground FM channels in most of the bands. These allow the users to
communicate with air assets in a safer environment.
A concern with any airborne transmitter is the extended range of the
transmission when airborne. It is often the case that an aircraft can broadcast
substantially further than the license limitations of the local licensee or user,
possibly resulting in unintended interference to other agencies and to the aircraft
itself.
When multiple aircraft operate in the same theatre of operations, frequency
deconfliction and tasking coordination will prevent confusion.
80
Do not patch AM aviation frequencies without specific approval of each
incident’s Aviation Branch, or aviation knowledgeable personnel.
Notice to Airmen (NOTAM) Filing Instructions
File a Notice to Airmen (NOTAM) with the FAA to alert aircraft pilots of any
hazards (such as a temporary tower or tethered antenna platform).
Filing Instructions:
1. Before calling FAA have Tower Registration number or ASR number, which
is the 7-digit number assigned to the tower by the FCC (if available); and
the nearest airport to tower.
2. Call 1-877-4-US-NTMS (1-877-487-6867) - you will be prompted to enter
state abbreviation (use letters on telephone keypad - page 137) or to
verbally indicate a state.
3. Log the file number you will be given by the Flight Service Station (FSS)
specialist.
4. NOTAMs are valid for 15 days and will expire unless a new NOTAM is filed.
When filing a NOTAM for the erection of obstacles near airfields including
temporary heliports it may be helpful to have the latitude, longitude, height
above ground level, and type of obstruction lighting used (steady red,
flashing etc.)
NOTAMs are issued (and reported) for a number of reasons, such as:
hazards such as air-shows, parachute jumps, kite flying, lasers,
rocket launches etc.
inoperable radio navigational aids
inoperable lights on tall obstructions
temporary erection of obstacles near airfields (e.g., cranes, portable
towers)
FAA NOTAMs, ARTCC Notices, TFRs and Special Notices
pilotweb.nas.faa.gov/PilotWeb/
Defense Internet NOTAM Service
notams.faa.gov/dinsQueryWeb/
Other FAA telephone numbers:
Flight Service Stations: 1-800-WX-BRIEF (1-800-992-7433)
FAA Main Number: 1-866-TELL-FAA (1-866-835-5322)
81
U n manned Aircraft (UAS) Incident Reporting Tips in Responding to a UAS Incident
Det ect all available elements of the situation. Look outward and upward to attempt
D
to locate individuals who are holding a controller or device (laptop, notebook, cell
phone) and appears to be operating a UAS. Look at windows, balconies, rooftops, and
open spaces. For special events, predetermine likely locations that would enable a
person to control at UAS.
R
Report incident
to state or local law enforcement immediately and request a
response if necessary. Execute organization’s emergency response action plan if
appropriate
O
O b serve
the UAS and maintain visibility of the device. Look for the direction of travel,
damage to facilities, and individuals. NOTE: Battery life is typically 20-30 minutes.
N
Not ice features
and identify the type of device (i.e., Fixed-wing/Multi-rotor/Retail or
Custom), size, shape, color, payload, video camera equipment, and activity.
E
E xecute appropriate security/emergency response action
by maintaining a safe
environment for the public and first responders in accordance with Federal, State, and
local laws and regulations. Document event details including photo, if possible.
82
UAS Class and Category
Class
Visual
Category
Weight
Multi-
Rotor
Micro/FPV < .55 lbs
Light .55 3 lbs
Medium > 3 lbs to 10 lbs
Heavy > 10 lbs
Fixed-
Wing
Light < 4 lbs
Heavy > 4 lbs
Rotary-
Wing
Light < 10 lbs
Heavy > 10 lbs
Hybrid
Light < 10 lbs
Heavy > 10 lbs
INCIDENT REPORTING
QUICK TIPS*
Identify Operator and Witnesses
(Name & Contact Info)
Type of Incident/Operation
(Commercial, Hobby,
Public/Governmental)
Type of Device(s) and UAS
Registration Number
Event Location and Incident Details
(Date, Time, and Place)
Evidence Collection
(Photos, Videos, Device(s)
* Always follow state and
local laws and regulations
faa.gov/uas/public_safety_gov/contacts/
83
U A S Frequency Reference
UAS Frequency Reference
Frequency
Range
Frequency Type
Typical
Power
Notes
27 MHz
Radio Controlled
Vehicle
47 CFR Part 95, Subpart C
6 Discreet Frequencies
49 MHz
Radio Controlled
Devices
< 100mW
47 CFR Part 15, Subpart C §15.235
5 Discreet Frequencies
50 MHz
Amateur
(License Required)
47 CFR Part 97
10 Discreet Frequencies
53 MHz
Amateur
(License Required)
47 CFR Part 97
8 Discreet Frequencies
72 MHz
Radio Controlled
Aircraft
<750mW
47 CFR Part 95, Subpart C
Reserved for Aircraft
50 Discreet Frequencies
75 MHz
Radio Controlled
Vehicle
<750mW
47 CFR Part 95, Subpart C
Reserved for Surface
30 Discreet Frequencies
431 MHz 450
MHz
Amateur
(License Required)
< 1000mW
47 CFR Part 97
Command & Control
84
UAS Frequency Reference
Frequency
Range
Frequency Type
Typical
Power
Notes
433 MHz
Industrial, Scientific,
and Medical (ISM)
< 250mW
47 CFR Part 18
ISM is a secondary use of band
863 MHz 870
MHz
European Short-Range
Device
< 500mW
European allocations, some equipment
may be being used illegally in the United
States
902 MHz 928
MHz
ISM
250
2,000mW
47 CFR Part 18
Video and Command & Control
1,240 MHz
1,300 MHz
Amateur
(License Required)
< 1,000mW
47 CFR Part 97
Video
2,300 MHz Licensed < 1,000mW License Required
2,400 MHz
2.4835 MHz
Wi-Fi < 500mW
47 CFR, Part 15
Wi-Fi (2.4 GHz Band)
5,725 MHz
5,825 MHz
Wi-Fi < 500mW
47 CFR Part 15
Wi-Fi (5.8 GHz Band)
85
V HF Marine Channel Listing
This chart summarizes a portion of the FCC rules 47 CFR §80.371(c) and
§80.373(f)
Type of Message
Appropriate
C h annels *
DISTRESS SAFETY AND CALLING - Use this
channel to get the attention of another station
(calling) or in emergencies (distress and safety).
16
INTERSHIP SAFETY -
Use this channel for ship- 6
to-ship safety messages and for search and
rescue messages to ships and aircraft of the
Coast Guard.
CO AST GUARD LIAISON -
Use this channel to talk
to the Coast Guard (but first make contact on
Channel 16).
22A
CO AST GUARD -
These channels are Coast 21A, 23A,
81A, 83A Guard working channels, not available to
commercial or non-commercial vessels for
normal use.
U. S . Government -
Environmental protection
operations.
81A
U. S . Government -
This channel is a working
channel for U.S. Government vessels and U.S.
Government coast stations only.
82A
NO N-COMMERCIAL -
Working channels for
voluntary boats. Messages must be about the
needs of the ship. Typical uses include fishing
reports, rendezvous, scheduling repairs and
berthing information. Use Channels 67 and 72
only for ship-to- ship messages.
9
6
, 67
9
, 68,
69, 71
8
, 72,
78A, 79A
4
,
80A
4
86
T ype of Message
Appropriate
C hannels *
01A
5
, 07A,
8, 9, 10,
11, 18A,
19A, 63A
5
,
67
7
, 79A,
80A, 88
1
COMMERCIAL -
Working channels for working
ships only. Messages must be about business or
the needs of the ship. Use channels 8, 67, 72
and 88 only for ship-to-ship messages.
P UBLIC CORRESPONDENCE (MARINE OPERATOR)
-
Use these channels to call the marine operator
at a public coast station. By contacting a public
coast station, you can make and receive calls
from telephones on shore. Except for distress
calls, public coast stations usually charge for this
service.
24, 25, 26,
27, 28, 84,
85, 86
PORT OPERATIONS -
These channels are used in 01A
5
, 05A
3
,
12, 14, 20,
63A
5
,
65A,
66A, 73,
74,
75
10
,76
10
,
77
directing the movement of ships in or near ports,
locks or waterways. Messages must be about the
operational handling movement and safety of
ships. In certain major ports, Channels 11, 12
and 14 are not available for general port
operations messages. Use channel 20 only for
ship-to-coast messages. Channel 77 is limited to
intership communications to and from pilots.
N AVIGATIONAL -
(Also known as the bridge-to-
bridge channel.) This channel is available to all
ships. Messages must be about ship navigation,
for example, passing or meeting other ships. You
must keep your messages short. Your power
output must not be more than one watt. This is
also the main working channel at most locks and
drawbridges.
13, 67
87
T ype of Message
Appropriate
C hannels *
MARITIME CONTROL -
This channel may be used
to talk to ships and coast stations operated by
state or local governments. Messages must
pertain to regulation and control, boating
activities, or assistance to ships.
17
DIGITAL SELECTIVE CALLING -
Use this channel
for distress and safety calling and for general
purpose calling using only digital selective calling
techniques.
70
W E ATHER -
On these channels you may receive
weather broadcasts of the National Oceanic and
Atmospheric Administration. These channels are
only for receiving. You cannot transmit on them.
162.4000
Through
162.5500
Footnotes
1. Not available in the Great Lakes, St. Lawrence Seaway, or
the Puget Sound and the Strait of Juan de Fuca and its
approaches.
2. Only for use In the Great Lakes, St Lawrence Seaway, and
Puget Sound and the Strait of Juan de Fuca and its
approaches.
3. Available only in the Houston and New Orleans areas.
4. Available only in the Great Lakes.
5. Available only in the New Orleans area.
6. Available for Intership, ship, and coast general purpose
calling by noncommercial ships.
7. Available only In the Puget Sound and the Strait of Juan de
Fuca.
88
T ype of Message
Appropriate
C h annels *
8. Available for port operations communications only within the
U.S. Coast Guard designated VTS radio protection area of
Seattle (Puget Sound). Normal output must not exceed 1
watt.
9. Available for navigational communications only in the
Mississippi River/Southwest Pass/Gulf outlet area.
10. Available for navigation-related port operations or ship
movement only. Output power limited to 1 watt.
*
NO TE
- In older VHF marine radios, simplex channels with a
A” suffix are the same channels in newer VHF marine radios
with “10” channel prefix which to indicate simplex use of the
ship station transmit frequency of an international duplex
channel. Example “01A” is the same as “1001”. Used in U.S.
waters only.
October 9, 2019 Adapted from wireless.fcc.gov/bureau-
divisions/mobility-division/ship-radio-stations
Shipboard repeaters: 457.525 457.550 457.575 457.600 MHz
Inputs are +10.225 MHz (foreign vessels may use +10.0 MHz offset not
permitted in U.S. waters).
Maritime freqs. assignable to aircraft:
(HF) 2.738 2.830 3.023 4.125 5.680 MHz
(VHF) channels 6 8 9 16 18A 22A 67 68 72 & 88
See 47CFR §80.379 for restrictions.
Maritime Distress Frequencies - Radiotelephone
(HF, USB - 2K80J3E) 2182, 4125*, 6215*, 8291*, 12290*, 16420 kHz
* Note The USCG has proposed the termination of monitoring these voice
frequencies in favor of Digital Selective Calling (DSC) distress messages;
except for Kodiak, AK and Guam.
(VHF, FM wideband 5 kHz deviation - 16K0F3E) 156.800 MHz (Channel 16)
89
V HF Marine Channels & Frequencies
Source: navcen.uscg.gov/?pageName=mtVhf
Channel
Number
*
Ship
Transmit
MHz
Ship
Receive
MHz
Use
01A
156.050
156.050
Port Operations and Commercial,
VTS. Available only in New
Orleans/Lower Mississippi area
05A
156.250
156.250
Port Operations or VTS in the
Houston, New Orleans and Seattle
areas
6 156.300 156.300
Intership Safety
07A 156.350 156.350
Commercial
8 156.400 156.400
Commercial (Intership only)
9
156.450
156.450
Boater Calling. Commercial and
Non- Commercial
10 156.500 156.500 Commercial
11
156.550
156.550
Commercial. VTS in selected
areas
12
156.600
156.600
Port Operations. VTS in selected
areas
13
156.650
156.650
Intership Navigation Safety
(Bridge-to-bridge). Ships >20m
length maintain a listening watch
on this channel in US waters
- Maritime VHF Channels utilize 5 kHz deviation wideband FM 16K0F3E
* NOTE - In older VHF marine radios, simplex channels with a “A” suffix are
the same channels in newer VHF marine radios with “10” channel prefix
which to indicate simplex use of the ship station transmit frequency of an
international duplex channel. Example “01A” is the same as “1001”. Used in
U.S. waters only.
90
Channel
Number
*
Ship
Transmit
MHz
Ship
Receive
MHz
Use
14 156.700 156.700 Port Operations.
VTS in selected areas
15 -- 156.750 Environmental (Receive only).
Used by Class C EPIRBs
16 156.800 156.800 International Distress, Safety and
Calling. Ships required to carry
radio, USCG, and most coast
stations maintain a listening watch
on this channel
17 156.850 156.850 State & Local Government
Maritime Control
18A 156.900 156.900 Commercial
19A 156.950 156.950 Commercial
20
157.000
161.600
Port Operations (duplex)
20A 157.000 157.000
Port Operations
21A 157.050 157.050 U.S. Coast Guard only
22A 157.100 157.100
Coast Guard Liaison and Maritime
Safety Information Broadcasts.
Broadcasts announced on Ch. 16
23A 157.150 157.150 U.S. Coast Guard only
24
157.200
161.800
Public Correspondence
(Marine Operator)
- Maritime VHF Channels utilize 5 kHz deviation wideband FM 16K0F3E
* NOTE - In older VHF marine radios, simplex channels with a “A” suffix are
the same channels in newer VHF marine radios with “10” channel prefix
which to indicate simplex use of the ship station transmit frequency of an
international duplex channel. Example “22A” is the same as “1022”. Used in
U.S. waters only.
91
Channel
Number
*
Ship
Transmit
MHz
Ship
Receive
MHz
Use
25 157.250 161.850 Public Correspondence (Marine
Operator)
26 157.300 161.900 Public Correspondence (Marine
Operator)
27 157.350 161.950 Public Correspondence (Marine
Operator)
28 157.400 162.000 Public Correspondence (Marine
Operator)
63A* 156.175 156.175 Port Operations and Commercial,
VTS. Available only in New
Orleans/Lower Mississippi area.
65A* 156.275 156.275 Port Operations
66A* 156.325 156.325 Port Operations
67 156.375 156.375 Commercial. Used for bridge-to-
bridge communications in lower
Mississippi River. Intership only.
68 156.425 156.425 Non-Commercial
69 156.475 156.475 Non-Commercial
70 156.525 156.525 Digital Selective Calling (voice
communications not allowed)
71 156.575 156.575 Non-Commercial
- Maritime VHF Channels utilize 5 kHz deviation wideband FM 16K0F3E
* NOTE - In older VHF marine radios, simplex channels with a “A” suffix are
the same channels in newer VHF marine radios with “10” channel prefix
which to indicate simplex use of the ship station transmit frequency of an
international duplex channel. Example “78A” is the same as “1078”. Used in
U.S. waters only.
92
Channel
Number
*
Ship
Transmit
MHz
Ship
Receive
MHz
Use
72 156.625 156.625 Non-Commercial (intership only)
73 156.675 156.675 Port Operations
74 156.725 156.725 Port Operations
77 156.875 156.875 Port Operations (intership only)
78A* 156.925 156.925 Non-Commercial
79A* 156.975 156.975 Commercial. Non-Commercial in
Great Lakes only
80A* 157.025 157.025 Commercial. Non-Commercial in
Great Lakes only
81A* 157.075 157.075 U.S. Government only -
Environmental protection
operations.
82A* 157.125 157.125 U.S. Government only
83A* 157.175 157.175 U.S. Coast Guard only
84 157.225 161.825 Public Correspondence (Marine
Operator)
85 157.275 161.875 Public Correspondence (Marine
Operator)
86 157.325 161.925 Public Correspondence (Marine
Operator)
- Maritime VHF Channels utilize 5 kHz deviation wideband FM 16K0F3E
* NOTE - In older VHF marine radios, simplex channels with a “A” suffix are
the same channels in newer VHF marine radios with “10” channel prefix
which to indicate simplex use of the ship station transmit frequency of an
international duplex channel. Example “78A” is the same as “1078”. Used in
U.S. waters only.
93
Channel
Number
*
Ship
Transmit
MHz
Ship
Receive
MHz
Use
87 157.375 157.375 Public Correspondence (Marine
Operator)
88 157.425 157.425 Commercial, Intership only.
AIS 1 161.975 161.975 Automatic Identification System
(AIS)
AIS 2 162.025 162.025 Automatic Identification System
(AIS)
- Maritime VHF Channels utilize 5 kHz deviation wideband FM 16K0F3E
* NOTE - In older VHF marine radios, simplex channels with a “A” suffix are
the same channels in newer VHF marine radios with “10” channel prefix
which to indicate simplex use of the ship station transmit frequency of an
international duplex channel. Example “78A” is the same as “1078”. Used in
U.S. waters only.
Shipboard repeaters:
457.525 457.550 457.575 457.600 MHz, wideband FM.
Inputs are +10.225 MHz
Foreign vessels may use +10.0 MHz offset outside U.S. waters.
On-board Communications:
Narrowband FM: 457.5375, 457.5625, 467.5375, 467.5625 MHz
Maritime Frequencies assignable to aircraft:
(HF) 2.738 2.830 3.023 4.125 5.680 MHz
(VHF) channels 6 8 9 16 1018 1022 67 68 72 & 88
See 47CFR §80.379 for restrictions.
Maritime Distress Frequencies - Radiotelephone:
(HF, USB - 2K80J3E) 2182, 4125*, 6215*, 8291*, 12290*, 16420 kHz
* Note The USCG has proposed the termination of monitoring these voice
frequencies in favor of Digital Selective Calling (DSC) distress messages;
except for Kodiak, AK and Guam.
(VHF, FM wideband 5 kHz deviation - 16K0F3E) 156.800 MHz (Channel 16)
94
U.S. Coast Guard Rescue Coordination Centers
24-hour Regional Contacts for Emergencies
Last Modified 03/18/2021
RCC
Location
Phone Number
Atlantic Area SAR
Coordinator
Portsmouth, VA
(757) 398-6700
RCC Boston Boston, MA
(617) 223-8555
RCC Norfolk
Portsmouth, VA
(757) 398-6231
RCC Miami Miami, FL
(305) 415-6800
RSC San Juan*
San Juan, PR
(787) 289-2042
RCC New Orleans
New Orleans, LA
(504) 589-6225
RCC Cleveland
Cleveland, OH
(216) 902-6117
Pacific SAR
Coordinator
Alameda, CA
(510) 437-3701
RCC Alameda
Alameda, CA
(510) 437-3701
RCC Seattle Seattle, WA
(206) 220-7001
RCC Honolulu*
Honolulu, HI
(808) 535-3333
Sector Guam* Santa Rita, GU
(671) 355-4824
RCC Juneau
Juneau, AK
(907) 463-2000
*NOTES:
- RSC San Juan is a Sub-Center of RCC Miami
- RCC Honolulu is operated as Joint RCC with DOD
- Sector Guam coordinates SAR under RCC Honolulu
95
Common Business Frequencies
LICENSING REQUIRED:
Use of these channels must be licensed or
authorized by STA.
IS = Special Industrial
IB = Industrial/Business
27.49
IB
Itinerant
35.04
IB
Itinerant
43.0400
IS
Itinerant
151.5050
IS
Itinerant
151.6250
IB
RED DOT Itinerant
151.9550
IB
PURPLE DOT
152.8700
IS
Itinerant
154.5700
IB
BLUE DOT (also MURS)
154.6000
IB
GREEN DOT (also MURS)
158.4000
IS
Itinerant
451.8000
IS
Itinerant
456.8000
IS
Itinerant
464.5000
IB
BROWN DOT Itinerant 35w.
464.5500
IB
YELLOW DOT Itinerant 35w.
467.7625
IB
J DOT
467.8125
IB
K DOT
467.8500
IB
SILVER STAR
467.8750
IB
GOLD STAR
467.9000
IB
RED STAR
467.9250
IB
BLUE STAR
Simplex or input to 464.500 if
469.5000
IB
repeater. Itinerant 35 w. max
469.5500
IB
Simplex or input to 464.550 if
repeater. Itinerant 35 w. max
96
R ailroad Frequencies
160.2150(ch.00 7)- 16 1.5650(c h.097), every 15 kHz
*Interstitial narrowband channels between Ch. 002-097 are offset
7.5 kHz.
161.2050 - Railroad Police Mutual Aid (channel 073)
Ch. 002-006 are used in Canada only:
(2) 159.8100 (4) 160.0500 (6) 160.2000
(3) 159.9300 (5) 160.1850
452.3250 / 457.3250
452.3750 / 457.3750
452.4250 / 457.4250
452.4750 / 457.4750
452.7750 / 457.7750
452.8250 / 457.8250
452.8750 / 452.8750
452.9000 / 457.9000
452.8500
452.8375 - low power
452.8625 - low power
452.8875 - low power
(*Telemetry/Remote Control/Remote Indicator frequencies
omitted)
- Railroad police officers, as defined by the Federal Railroad
Administration (FRA) are allowed to operate on the FCC-designated
national interoperability channels with written concurrence from the
relevant state or state-designated interoperability coordinator and
are included in the blanket authorization for handheld and
vehicular-mounted radios. [See FCC R&O 16-113, released August
23, 2016]
- Many rail carriers have adopted NXDN modulation on some
systems.
97
SA R (Search and Rescue) Frequencies
Land SAR
Typical frequencies are: 155.1600, .1750, .2050, .2200, .2350, .2650, .2800, or
.2950
If CTCSS is required, try 127.3 Hz (3A).
LICENSING REQUIRED:
Use of these channels must be licensed or
authorized by STA. The FCC does not specify these as solely for SAR use,
and these frequencies may be licensed locally for other uses. Monitor
carefully before use.
Air SAR
3023, 5680, 8364 kHz upper sideband (lifeboat/survival craft),
4125 kHz upper sideband (distress/safety with ships and coast stations)
121.5 MHz emergency and distress
122.9 MHz SAR secondary & training
123.1 MHz SAR primary
Water SAR
156.3000 (VHF Marine Ch. 06) Safety and SAR
156.4500 (VHF Marine Ch. 09) Non-commercial supplementary calling
156.8000 (VHF Marine Ch. 16) DISTRESS and calling
156.8500 (VHF Marine Ch. 17) State & Local Government Maritime Control
157.1000 (VHF Marine Ch. 22A) Coast Guard Liaison
VHF Marine Channels
6, 9, 15, 16, 21A, 22A (USCG Liaison), 23A, 81A, 83A
USCG Auxiliary
138.4750, 142.8250, 143.4750, 149.2000, 150.7000
USCG/DOD Joint SAR
345.0 MHz AM initial contact, 282.8 MHz AM working
Military SAR
40.5000 wideband FM US Army/USN SAR
138.450 AM, 138.750 AM USAF SAR
98
Standard Time and Frequency Broadcasts
Radio station WWV (Fort Collins, Colorado), WWVH (Kauai, Hawaii), and CHU
(Ontario, Canada) broadcast continuous time signals on precise frequencies.
Because the broadcasts occur simultaneously on several HF frequencies at high
power, at least one of the signals should be receivable at all times throughout
the US and Canada. This can be useful for testing HF receivers and antennas,
and for selecting frequencies based on currently observable propagation.
Frequencies (MHz)
WWV*
WWVH*
CHU
2.500
2.500
3.330
5.000
5.000
7.850
10.000
10.000
14.670
15.000
15.000
20.000
25.000
Double
Sideband AM
Double
Sideband AM
Full Carrier USB
Male Voice Female Voice
English and
French
*WWV broadcasts Military Auxiliary Radio System (MARS) announcements on
the 10th minute of each hour, and WWVH on the 50th minute.
Standard Time by Telephone
1-303-499-7111 - WWV (Colorado)1-808-335-4363 - WWVH (Hawaii)
1-202-762-1401, 1-202-762-1069 (DSN 762-1401, 762-1069) - Washington, DC
1-719-567-6742 (DSN 560-6742) - Colorado Springs, CO
The Washington DC and Colorado Springs CO lines alternate between local
(EST/EDT or MST/MDT) and UTC (Z) time.
99
HF D isaster Communications
Fixed, Base, Mobile Fixed
2326
I
5135
A
2411
5140
A, I
2414
5192
I
2419
5195
I
2422
7477
A
2439
7480
A
2463
7802
D
2466
7805
I
2471
7932
2474
7935
C, D
2487
2511
2535
2569
2587
2801
2804
A
2812
Carrier frequencies in kHz. A=Alternate channel
I=Interstate coordination C=Conterminous US D=Daytime
Operations Only
May be licensed only to the central governments of the
5 0 states and 6 US territories.
See FCC rules 90.264,
90.20(d)(6), and 90.129(m).
Emissions: Only 2K80J3E (USB), 100HA1A and those
emission types listed in §90.237(g) are permitted.
Capability is often referred to as “Operations SECURE”,
for State Emergency Communications Using Radio
Effectively
100
HF Long Distance Communications
Fixed, Base,
Mobile
Fixed (including itinerant)
2289
5046.6
E
7480.1
2292
5052.6
E
7483.1
2395
5055.6
E
7486.1
E
2398
5061.6
W
7549.1
D
3170
5067.6
7552.1
4538.6
N
5074.6
E
7555.1
W
4548.6
N
5099.1
7558.1
W
4575
5102.1
7559.1
W
4610.5
5313.6
7562.1
W
4613.5
7697.1
4634.5
6800.1
N
4637.5
6803.1
4647
6806.1
W
6855.1
N,M
6858.1
N
6861.1
W
6885.1
N
6888.1
N
Carrier frequencies in kHz.
D
= Daytime Operations Only,
N
= Night Operations Only,
E
= East of 108° West Longitude (WL),
M
= West of the
Mississippi River,
W
= West of 90° WL.
May be licensed for repair of telecommunications
circuits, power & pipeline distribution etc.
See FCC rules
90.266, 90.35(c)(1), and 90.129(o).
Emissions: Only 2K80J3E (USB), 100HA1A, 100HA1B,
and those emission types listed in §90.237(g) are
permitted.
101
Mar itime HF and VHF Distress Frequencies
Global Maritime Distress & Safety System, Digital Selective Calling (DSC) &
Radiotelephone Channels - for use only by vessels and coast stations
authorized in the Maritime Services (FCC Part 80, NTIA 7.5 and 8.2.29).
These are not nationwide interoperability channels and are not for land-based
public safety agencies. These frequencies may be programmed only into
radios certificated for Part 80 operations, and only by a person holding a
First or Second Class Radiotelegraph Operator’s Certificate,
Radiotelegraph Operator License, or General Radiotelephone Operator
License.
The simplex DSC frequencies except 2187.5 and 16804.5 kHz are monitored by
the US Coast Guard and are used for digital alerting and calling for distress,
urgency and safety. Once the DSC call has been sent, the corresponding
radiotelephone frequency is used for voice communications.
The simplex voice frequencies are used for distress and safety communications,
and except for 2182 and 16420 kHz are monitored by the USCG. Frequencies
are monitored according to propagation; not all frequencies are monitored at all
times. These radiotelephone channels use upper sideband (USB - 2K80J3E);
the frequency shown is the suppressed carrier reference frequency. VHF
channel 16 uses wideband FM (16K0F3E or 16K0G3E).
D SC
Voice
2187.5 kHz
2182 kHz*
4207.5 kHz
4125 kHz
1
6312.0 kHz
6215 kHz
1
8414.5 kHz
8291 kHz
1
12577.0 kHz
12290 kHz
1
16804.5 kHz
16420 kHz*
156.5250MHz (Channel 70)
156.8000MHz (channel 16)
* International distress channel that is not monitored by USCG
1
The USCG has proposed the termination of monitoring these voice
frequencies in favor of Digital Selective Calling (DSC) distress
messages; except in Kodiak, AK and Guam.
102
SH ARES HF
SHARES is the SHAred RESources HF Radio Program
operated by CISA.
Interoperability, backup emergency communications,
and situational awareness are the main uses. Operations include nationwide
and regional radio nets for voice and data communications, and there is a
nationwide HF email network that operates with or without the conventional
internet, fully automatically. All SHARES HF channels are authorized for use
throughout the U.S. and Possessions.
Access to the SHARES networks requires registration with the SHARES
Program Office. Government agencies of federal, state, county, and major cities
are eligible, as are operators of critical infrastructure and key resources, and
national or regional (multi-state) disaster relief organizations.
SHARES is a government radio network. It is not amateur radio, and registration
is not open to amateur radio operators (hams).
Do not wait for an emergency to try to arrange access to SHARES. Learn about
the program now at cisa.gov/shares and if you are interested and eligible,
contact the SHARES Program office via shares@cisa.dhs.gov or
+1-703-235-5329.
A laska Emergency Frequency
5167.5 kHz USB carrier frequency, 5168.9 kHz assigned (center) frequency
Any stations authorized in the maritime, private land mobile, and amateur parts
of the FCC rules, and federal government stations authorized by NTIA rules, are
allowed to communicate with any other duly authorized station in the State of
Alaska for emergency communications provided that all stations operating on
this frequency must be located in or within 50 nautical miles (92.6 km) of the
State of Alaska. Maximum power permitted is 150W Peak Envelop Power
(PEP). [47 CFR §80.387, §90.253, §97.401, NTIA Manual §7.3.8(3)]
A (amateur) station in, or within 92.6 km of, Alaska may transmit
communications for tests and training drills necessary to ensure the
establishment, operation, and maintenance of emergency communication
systems. [47 CFR §97.401]
103
A mateur Radio Emergency Frequencies
These frequencies are not available for licensing to Public Safety
agencies. A valid Amateur Radio Operator License of the appropriate class
is required in order to transmit on these frequencies.
Emergency Center of Activity Frequencies - emergency communications
networks in North/Central/South America and the Caribbean are encouraged to
establish their operations within 20 kHz +/- of these frequencies (kHz):
3750 or 3985 LSB
7060, 7240, or 7290 LSB
14300 USB
18160 USB
21360 USB
60-meter Band (5 MHz)
The intended use for these five channels is interoperability between federal
government stations and licensed U.S. amateur radio stations. Federal
government stations are Primary users and amateurs are Secondary users.
DHS (including FEMA) and USCG stations, among others, have existing
frequency authorizations aligned with the five Amateur Service secondary
channels at 5 MHz and have priority for radio traffic. In an emergency, or a test
coordinated by FEMA, these five channels may be used between federal
government stations and licensed U.S. General, Advanced, or Extra class
amateur radio stations in coordination with the FCC and NTIA.
Permitted operating modes include upper sideband voice (USB), CW, RTTY,
PSK31 and other digital modes such as PACTOR III. Only one signal at a time
is permitted on any channel.
C arrier Frequency
( kHz)
C e nter F requency
( kHz)
5330.5
5332.0
5346.5
5348.0
5357.0
5358.5
5371.5
5373.0
5403.5
5405.0
104
A mateur Radio Emergency Frequencies
Automatic Link Establishment (ALE)hflink.com/channels/
Emergency/Disaster Relief Interoperation Voice Channels (kHz, USB*):
Netcall: HFL
1996.0
10131.0
3996.0
14346.0
5357.0
18117.5
5371.5
21432.5
7296.0
28312.5
Text Message Channels (kHz, USB*):
Netcall: HFN
1843.0
18106.0
3596.0
21096.0
7102.0
24926.0
10145.5
28146.0
14109.0
* Carrier reference frequency (center of ALE signal is offset +1625 Hz)
Maritime Mobile Service Net (and others): 14300 kHz USB mmsn.org
Hurricane Watch Net: 14325 kHz USB hwn.org
National Hurricane Center, during hurricanes (kHz):
14325 USB - primary
7268 LSB - alternate
3815 LSB -
Caribbean
3950 LSB - North
Florida
3940 LSB - South
Florida
IRLP Node: 9219, Alternate Node: 9508 or 9123
EchoLink Conference: "WX-TALK" Node 7203
EchoLink Alternate Conference: "VKEMCOMM"
w4ehw.fiu.edu/wx4nhc-contact.html
105
A mateur Radio Calling Frequencies
Band
Frequency (MHz)
Mode
80 Meters
3.885
AM
40 Meters
7.290
AM
20 Meters
14.286
AM
6 Meters
50.125
SSB
6 Meters
52.525
FM Simplex
6 Meters
52.540
FM Simplex
6 Meters
50.620
Digital (packet)
2 Meters
144.200
SSB
2 Meters
146.520
FM Simplex
1.25 Meters
222.100
CW/SSB
70 Centimeters
432.100
CW/SSB
70 Centimeters
446.000
FM Simplex
33 Centimeters
902.100
CW/SSB
33 Centimeters
903.100
CW/SSB
33 Centimeters
927.500
FM Simplex
23 Centimeters
1294.500
FM Simplex
23 Centimeters
1296.100
CW/SSB
These frequencies are not available for licensing to Public Safety
agencies. A valid Amateur Radio Operator License of the appropriate class
is required in order to transmit on these frequencies.
FM amateur calling frequencies use carrier squelch. A mixture of digital
modes or mixed modes could be found locally (P25, NDXN, DMR, etc.)
A mateur Radio Repeater Coordinators
arrl.org/files/file/Coordinators/Participating%20Coordinators.pdf
106
A mateur Radio Bands (US)
Amateurs wishing to operate on either 2,200 or 630 meters must first
register with the Utilities Technology Council online at
https://utc.org/plc-database-amateur-notification-process/
You need only register once for each band.
107
Amateur Radio Bands (US) - continued
General, Advanced, and Amateur Extra licensees may operate on
these five channels on a secondary basis with a maximum effective
radiated power (ERP) of 100 W PEP relative to a half-wave dipole.
Permitted operating modes include upper sideband voice (USB),
CW, RTTY, PSK31 and other digital modes such as PACTOR III.
Only one signal at a time is permitted on any channel.
108
Amateur Radio Bands (US) continued
See Sections 97.305(c), 97.307(f)(11) and 97.301(e). These
exemptions do not apply to stations in the continental US.
109
Amateur Radio Bands (US) continued
110
Amateur Radio Bands (US) continued
111
Amateur Radio Bands (US) continued
Automatically Controlled Digital Stations.
A station may be automatically controlled while transmitting a RTTY
or data emission on the 6 m or shorter wavelength bands, and on
the 28.120-28.189 MHz, 24.925-24.930 MHz, 21.090-21.100 MHz,
18.105-18.110 MHz, 14.0950-14.0995 MHz, 14.1005-14.112 MHz,
10.140-10.150 MHz, 7.100-7.105 MHz, or 3.585-3.600 MHz
segments provided that:
(1) The station is responding to interrogation by a station under local
or remote control; and
(2) No transmission from the automatically controlled station
occupies a bandwidth of more than 500 Hz.
This rule section does not apply to an auxiliary station, a beacon
station, a repeater station, an earth station, a space station, or a
space telecommand station.
(FCC rule 97.221)
Automatically controlled digital stations may operate on all
authorized frequencies above 50.1 MHz when the control operator is
present at the control point, in which case the 500 Hz bandwidth
limitation does not apply.
112
Amateur Radio Bands (US) continued
All licensees except Novice are authorized all modes
on the following frequencies:
2300-2310 MHz
47.0-47.2 GHz
2390-2450 MHz
76.0-81.0 GHz
3300-3500 MHz
122.25-123.0 GHz
5650-5925 MHz
134-141 GHz
10.0-10.5 GHz
241-250 GHz
24.0-24.25 GHz
All above 275 GHz
A mateur Radio Power Limits (US)
FCC Rule 47 CFR §97.313
(a) An amateur station must use the minimum transmitter power
necessary to carry out the desired communications.
(b) No station may transmit with a transmitter power exceeding 1.5
kW PEP.
[60 meters: 100W PEP ERP; 30 meters: 200W PEP; additional
restrictions apply under certain conditions, and to Novice and
Technician licensees.]
113
Personal Radio Services
Multi-Use Radio Service (MURS) Channels
License Not Required for Operations
Strictly Prohibited for use by the NMAC on Wildfire Incidents
CH
Frequency (MHz)
CH
Frequency (MHz)
CH
Frequency (MHz)
1
151.8200
2
151.8800
3
151.9400
4*
154.5700
5*
154.6000
2 Watts Ma x
- MURS equipment must be certified per FCC Rules, 47 CFR Parts 2 and 95 Subpart J (47 CFR §95.2761)
- MURS frequencies are not authorized to transmit in Part 90 certified equipment.
- Authorized emission types: A1D, A2B, A2D, A3E, F2B, F1D, F2D, F3E, G3E
- Authorized bandwidth: 11.25 kHz (151.8200, 151.8800, & 151.9400) 20 kHz (154.5700 & 154.6000)
- External gain antennas may be used (must be no more than 60 feet above ground, or 20 feet above the
structure on which it is mounted.
-Voice or data, except:
No store-and-forward packet operation
No continuous carrier operation
No interconnection with the public switched network
No use aboard aircraft in flight
* Frequencies are shared with itinerant Industrial-Business operations.
114
Citizens Band (CB) Channels & Frequencies
License Not Required for Operations
CH
Frequency
CH
Frequency
CH
Frequency
CH
Frequency
1
26.9650
11
27.0850
21
27.2150
31
27.3150
2
26.9750
12
27.1050
22
27.2250
32
27.3250
3
26.9850
13
27.1150
23*
27.2550
33
27.3350
4
27.0050
14
27.1250
24
27.2350
34
27.3450
5
27.0150
15
27.1350
25
27.2450
35
27.3550
6
27.0250
16
27.1550
26
27.2650
36
27.3650
7
27.0350
17
27.1650
27
27.2750
37
27.3750
8
27.0550
18
27.1750
28
27.2850
38
27.3850
9
27.0650
19
27.1850
29
27.2950
39
27.3950
10
27.0750
20
27.2050
30
27.3050
40
27.4050
- CB equipment must be certified per FCC Rules, 47 CFR Parts 2 and 95, Subpart D (47 CFR §95.961)
- Amplitude Modulated (AM) voice signals, the mean carrier power must not exceed 4 Watts. (47 CFR
§95.967)
- Single Sideband (SSB) voice signals; peak envelope power must not exceed 12 Watts
- Authorized emission types: A3E, J3E, R3E, and H3E (47 CFR §95.971)
*Shared with the Remote Control Radio Service (RCRS), 47 CFR Part 95, Subpart C.
Other RCRS frequencies close to CB include: 26.9950, 27.0450, 27.0950, 27.1450, and 27.1950 MHz
115
Family Radio Service (FRS) Channels
License Not Required for Operations
Strictly Prohibited for use by NMAC on Wildfire Incidents
CH
Frequency
CH
Frequency
CH
Frequency
1
462.5625
8
467.5625
15
462.5500
2
462.5875
9
467.5875
16
462.5750
3
462.6125
10
467.6125
17
462.6000
4
462.6375
11
467.6375
18
462.6250
5
462.6625
12
467.6625
19
462.6500
6
462.6875
13
467.6875
20
462.6750
7
462.7125
14
467.7125
21
462.7000
22
462.7250
2 watts ERP Ma x
0.5 wa tts E RP Max
2 wa tts E RP Max
-
F RS f re q u en cies a re no t a u tho riz ed to tr an sm it in Pa rt 90 ce r tified e qu ipm e nt.
- FRS equipment must be certified per FCC Rules, 47 CFR P art 95, Subparts B and J (47 CFR §95.56 1 )
- FRS shares the same simplex frequencies as GMRS. (47 CFR §95.56 3 )
- A uthorized emission types: F2D, G2D, F3E, G3E (47 CFR §95.57 1 )
- Authorized bandwidth: 12.5 kHz (47 CFR §95.5 73 )
116
General Mobile Radio Service (GMRS) Channels & Frequencies
Personal Use Only - License R e q u ired for Operations
Strictly Prohibited for use by NMAC on Wildfire Incidents
Interstitial Channels
Main Channels
5 w a t ts E RP M a x
0 . 5 w a t t s E RP M a x *
5 0 W a t t s M a x
CH
Frequency
CH
Frequency
CH
Frequency
Repeater Input Frequency
1
462.5625
8
467.5625
15
462.5500
467.5500
2
462.5875
9
467.5875
16
462.5750
467.5750
3
462.6125
10
467.6125
17
462.6000
467.6000
4
462.6375
11
467.6375
18
462.6250
467.6250
5
462.6625
12
467.6625
19
462.6500
467.6500
6
462.6875
13
467.6875
20*
462.6750
467.6750
7
462.7125
14
467.7125
21
462.7000
467.7000
* Handheld Only
22
462.7250
467.7250
- GM RS f r e q u e ncie s a r e n ot a uth orize d t o t ra ns m it i n Pa rt 9 0 c e rti fie d e q uip m en t.
- GMRS equipment must be certified per FCC Rules, 47 CFR P art 95, Subpart E (47 CFR §95.1 7 61 )
- GMRS shares the simplex frequencies for labeled as FRS, channels 1-22.
- Authorized bandwidth: 20 kHz for 462 MHz interstitial and 462/4 6 7 MHz Main Channels (47 CFR §95.17 7 3 )
- North of Line A / East of Line C: 462.65 0 0, 467.65 0 0, 462.7 0 0 0, 467.7 0 00 may not be used; small control
stations limited to 5 Watts. *Nationw ide Travel’s assistance ; if CTCSS is required try 141.3 Hz.
117
I n terference Management
Radio Frequency (RF) Interference
Normal day-to-day operations, special events, and even in emergency and
disaster situations, could all be subject to RF Interference at some point.
Timely, proper identification and mitigation of any potential interference issues is
critical to minimize any interruption of mission-critical communications.
Several symptoms of RF interference may include disruption or failure of
wireless communications or equipment for unknown reasons such as:
Cannot communicate in areas where they typically have radio or
cell coverage;
Cannot communicate with normally reliable base radios or
repeaters;
Cannot communicate on multiple communications devices using
multiple bands;
Notice a significant loss of functionality or general failure of GPS
systems;
Realize communications improve significantly when moving a short distance
away from a specific fixed area, or “dead zone.
There are three main categories of RF interference that can affect mission -
critical public safety communications:
Internal or Self Interference
External Interference
Intentional Interference (also known as Electronic Jamming)
Internal or Self Interference
Internal or self-interference is a type of unintentional RF interference which
occurs when an organization’s own devices may be operating in a manner that
interferes with their internal communications. These could be cause by:
Equipment Problems
Incorrect Setup
Receiver Intermodulation
Front-End Overload
118
External Interference
External interference is a type of unintentional RF interference that can result
from sources like those associated with internal RF interference but exist
outside of an organization’s jurisdiction or control. Four types of External RF
Interference are:
Co-Channel
Adjacent Channel
Spurious Emissions
Natural Occurrences
Intentional Interference(Jamming)
Intentional interference or jamming is performed by an actor with a willful
intent to disrupt, disconnect, or degrade communications. Malicious jamming
and nuisance jamming are the two types of intentional interference. Malicious
jamming is conducted by individuals with willful and criminal intent. The criminal
intent may be to prevent public safety personnel from completing their mission,
or conceal an ongoing criminal activity, among other possible motivations.
119
RF Interference Mitigation
The RF interference mitigation cycle includes five steps: Recognize, Respond,
Report, Resolve, and Resilience. Employ these steps continuously in order to
robustly defend against RF interference.
Initial steps can be taken to mitigate, as well as identify potential RF Interference
such as:
Figure 3: RF Interference Mitigation Lifecycle
Alert the communications team, commander, and dispatch
Attempt rotating the radio antenna element 90°, so the antenna is
horizontal to the terrain
Switch to tactical channels
Switch to a different means of communication, preferably on a
different band (e.g., switching from cellular to UHF or VHF bands or
Satellite Communications [SATCOM] could be a potential course of
action)
Shield the mobile radio behind a wall or large vehicle
Find higher ground.
If possible, turn on the automatic gain control on your radio.
Report the incident to the Incident Communications Center and the
COML
Report and coordinate interference incidents with your Statewide
Interoperability Coordinator (SWIC)
Consider sharing the information with neighboring jurisdictions
120
RF Interference Mitigation - continued
After performing local mitigations, it is important for officials to report RF
interference to the appropriate national-level authorities. Those reporting should
be prepared to provide as many details as possible on the incident, including:
Start a dedicated log to document information, including time the
interference start and stops, etc.
Complaining party’s name, contact information, agency, date, time,
duration, location, and affected mission or operations;
Nature of the disruption (e.g., single occurrence, recurring, intermittent, or
loss of signal indication), the affected equipment (e.g., type, model,
application) and any devices that continue to function properly;
“What does it sounds like?”
Recordings, spectrum analyzer screenshots, and incident logs with
location tagging;
Environmental conditions (e.g., weather, topography, terrain, time of
day);
Steps taken to improve or regain ability to use equipment; and
Possible cause of the disruption, information on the suspected
interfering/jamming device, and details on the suspected operator of the
illegal equipment (e.g., name, date of birth, vehicle tag).
Authority
Contact Information
FCC 24/7 Operations
Center
fcc.gov/general/public-safety-support-center
Complaint Form:
fccprod.servicenowservices.com/psix-
esix?id=psix_form
(202) 418-1122
FCCOPS@fcc.gov
Non-Aviation GPS
Outages: USCG
navcen.uscg.gov/?pageName=gpsUserInput
Aviation GPS
Outages: FAA
faa.gov/air_traffic/nas/gps_reports/
Military GPS Outages
worldwide: GPSOC
gps.afspc.af.mil/ (may not open for non-military
users)
121
USEFUL REFERENCES
Op erations Center Telephone Numbers
DHS
Main Number
202-282-8000
NOC Senior Watch Officer
202-282-8101
CISA
NCC Watch
703-235-5080
SHARES HF Radio
703-235-5329
SHARES Email: shares@cisa.dhs.gov
CISA Central Email: central@cisa.dhs.gov
FCC
FCC Operations Center (FCCOC)
202-418-1122, - 2813 FAX
FCC Email FCCOPS@fcc.gov / FCCOPcenter@fcc.gov
General Info (1-888-CALL-FCC)
1-888-225-5 322, 1-866-418-0232 FAX
FEMA
National Watch Center
202-646-2828
National Response Coordination Center (NRCC)
202-212-2424
NRCC Email FEMA-NRCC@fema.dhs.gov
FPS
Federal Protective Service, National Emergency Number
1-877-4FPS-411 (437-741 1)
ARC
American National Red Cross
24-hr Disaster Operations Center
800-526-3571, 202-303-5555
ARRL
American Radio Relay League Email emergency@arrl.org
Main Number
860-594-0200, - 0259 FAX
Emergency Preparedness Manager
860-594-0222
Radio Station W1AW
860-594-0268
122
National Council of Statewide Interoperability Coordinators (NCSWIC) Membership: cisa.gov/safecom/ncswic-membership
SAFECOM: cisa.gov/safecom
CISA Emergency Communications (CISA): cisa.gov/emergency-communications
Electronic Code of Federal Regulations Title 47
Telecommunication: ecfr.gov
FCC Universal Licensing System (ULS): fcc.gov/uls
National Public Safety Telecommunications Council (NPSTC): npstc.org
National Regional Planning Council (NRPC):
nrpc.us
NTIA Red Book: ntia.doc.gov/page/2011/manual-regulations-and-procedures-federal-radio-frequency-management-redbook
123
CISA/FEMA Regions - States and Territories
Figure 4: CISA/FEMA Regions- States and Territories
124
  
  
  
CISA Region Contacts
CISA Central | central@cisa.dhs.gov | 888-282-0870
CISA Regions
Email
Region 1: CT, MA, ME, NH, RI, VT CISARegion1@hq.dhs.gov
Region 2: NJ, NY, Puerto Rico (PR) and United States Virgin Islands (USVI) CISARegion2@hq.dhs.gov
Region 3:
DC, DE, MD, PA, VA, WV CISARegion3@hq.dhs.gov
Region 4: AL, FL, GA, KY, MS, NC, SC, TN CISARegion4@hq.dhs.gov
Region 5: IL, IN, MI, MN, OH, WI CISARegion5@hq.dhs.gov
Region 6: AR, LA, NM, OK, TX
CISARegion6@hq.dhs.gov
Region 7: IA, KS, MO, NE
CISARegion7@hq.dhs.gov
Region 8: CO, MT, ND, SD, UT, WY CISARegion8@hq.dhs.gov
Region 9: AZ, CA, Guam (GU), HI, NV, Commonwealth of the Northern Mariana Islands
(CNMI), Republic of the Marshall Islands (RMI), Federated States of Micronesia (FSM),
American Samoa (AS)
CISARegion9@hq.dhs.gov
Region 10: AK, ID, OR, WA CISARegion10@hq.dhs.gov
125
FEMA Region Contacts
FEMA Regions | FEMA.gov FEMA HQ, Washington DC: 1-202-646-2500 FEMA Disaster Assistance: 1-800-621-FEMA (3362)
FEMA Regions
FEMA Contact Number
Region 1: CT, MA, ME, NH, RI, VT
1-617-956-7506 or
1-877-336-2734
Region 2: NJ, NY, Puerto Rico (PR) and United States Virgin Islands (USVI)
NJ and NY: 1-212-680-3600
PR and USVI: 1-787-296-3500
Region 3: DC, DE, MD, PA, VA, WV
1-215-931-5500
Region 4: AL, FL, GA, KY, MS, NC, SC, TN 1-770-220-5200
Region 5: IL, IN, MI, MN, OH, WI 1-312-408-5500
Region 6: AR, LA, NM, OK, TX 1-940-898-5399
Region 7:
IA, KS, MO, NE 1-816-283-7061
Region 8: CO, MT, ND, SD, UT, WY 1-303-235-4800
Region 9: AZ, CA, Guam (GU), HI, NV, Commonwealth of the Northern Mariana Islands
(CNMI), Republic of the Marshall Islands (RMI), Federated States of Micronesia (FSM),
American Samoa (AS)
1-510-627-7100
Region 10: AK, ID, OR, WA 1-425-487-4600
126
Emergency Support Functions (ESF)
ESF #1
Transportation
ESF #2
Communications
ESF #3
Public Works and Engineering
ESF #4
Firefighting
ESF #5
Information and Planning
ESF #6
Mass Care, Emergency Assistance, Temporary
Housing, and Human Services
ESF #7
Logistics
ESF #8
Public Health and Medical Services
ESF #9
Search and Rescue
ESF #10
Oil and Hazardous Materials Response
ESF #11
Agriculture and Natural Resources Annex
ESF #12
Energy
ESF #13
Public Safety and Security
ESF #14
Cross-Sector Business and Infrastructure
ESF #15
External Affairs
127
Pr iority Telecommunications Services Programs
For assistance and information on all CISA Priority Telecommunications
Services programs, contact the Priority Telecommunications Service Center at
1-866-627-2255, 703-676-2255, or support@priority-info.com
GETS Govt. Emergency Telecommunications Service
cisa.gov/gets
(see next page for GETS access info)
WPS Wireless Priority Service
cisa.gov/wps
(see next page for WPS access info)
GETS and WPS provide priority on voice networks.
TSP Telecommunications Service Priority
cisa.gov/tsp
For restoration priority on circuits that have been enrolled in the TSP program,
place a trouble ticket with the service provider; reminding of the TSP designation
and providing the TSP authorization codes for the affected circuits. TSP
restoration priority is available only for circuits that have been enrolled in the
TSP program before the outage occurred.
For TSP provisioning priority (installation of a new circuit), contact the CISA
Priority Telecommunications Service Center at 1-866-627-2255, 703-676-2255,
or support@priority-info.com.
PTS Dialer
The “PTS Dialer” app provides a streamlined way of making priority calls. To
download the PTS Dialer App, visit gets-wps.csgov.com/apps.
128
Government Emergency Telecommunications Service Card
Figure 5: Government Emergency Telecommunications Service Card
129
EMERGENCY WIRELESS CARRIER SERVICES
Not every incident requires deploying full a site on wheels. A trailer, tethered
drone, or network optimization may address your requirements. If you believe
your incident or planned event will require additional coverage or capacity, reach
out to the wireless carrier.
In a large incident, you may request the State EOC ESF-2 desk to assist with
your request for coverage enhancements or deployment of additional
handsets/hotspot devices.
For planned events or demonstration equipment, you should submit your
request well in advance, typically 30 days or more.
Typical Information Required for Requesting Deployable Cellular Infrastructure:
What are the communications needs?
What issues or problems are you facing?
Where is the coverage needed? Number of users and/or devices?
What will the devices be doing?
What are the incident conditions, including environmental concerns and
size of incident?
What is terrain and access?
Is the roadway accessible?
Height/weight restrictions, turning radius adequate?
Will there be an escort required?
Where is the desired site setup?
Site secure?
Level clear area with 100’ x 100’ minimum space with southern view?
130
Typical Customer Support Request Information
Short Summary of situation:
Incident Name:
Requesting Agency Name:
Support Location Address or Lat/Long:
Start Date:
End Date:
Location POC Name:
Location POC Phone:
Location POC email (If available):
Do you need Data:
Connection Type
o Wired:
o WiFi:
o Indoor Coverage:
Approx. Sq ft.:
o Outdoor Coverage:
Approximate Square ft.:
Approximately how many end users need support:
o Quantity Indoor
o Quantity Outdoor
Power availability: Commercial or Generator
Do you need cellular coverage?
Do you need devices:
Quantity and Type:
131
FirstNet Response Operations Group (ROG)
24/7/365 FirstNet Help Desk: 800-574-7000
firstnet.com
Foundation Account Number (FAN) will be needed for support.
The FirstNet mission is to deploy, operate, maintain, and improve the only high-
speed, nationwide wireless broadband network dedicated to public safety.
FirstNet is a constantly expanding and evolving network with investments
focused on meeting current and future mission-critical requirements of public
safety.
Background - The First Responder Network Authority has entered a 25-year
public-private partnership with AT&T. AT&T brings a proven track record and
strong commitment to public safety, as well as the commercial expertise and
nationwide resources to deploy, maintain and operate the network.
Services Offered:
Agencies subscribing to FirstNet services can request deployable support
24/7 for disasters, critical incidents, and planned events.
Provided at no cost to FirstNet subscriber agencies, including associated
support costs (fuel, personnel, satellite airtime).
More than 100 assets dedicated to FirstNet users, built with 4G LTE
solutions, which are strategic distributed throughout the United States:
o Satellite-connected Cells on
o FirstNet One (aerostat)
Light Trucks (SatCOLTs)
o Compact Rapid Deployables
o Satellite Cells on Wheels
(CRDs)
(SatCOWs)
o Mobile Deployment Kits
o Emergency Communications
o Cel-Fi Go Red Kits (FirstNet
Vehicles
Cellular Signal Booster)
132
How do FirstNet Deployables work?
Can provide several miles of coverage (dependent upon site conditions and
terrain)
Typically, radiates Band 14 for best public safety experience
Locked to the FirstNet Black SIM card
SatCOLTs and SatCOWs establish backhaul via satellite
Provide voice (including Voice over IP, VoLTE), data, location, and
messaging
14-hour window for arrival and operational status for emergent incident
responses
30-day notice required for planned events
Deployables are intended to support FirstNet users with FirstNet capable
devices - not consumer cellular traffic
How do you request a FirstNet deployable?
Call the 24/7/365 FirstNet Help Desk: 800-574-7000
Be prepared to provide your FAN (Foundation Account Number)
Initial call information will be referred to the FirstNet Response Operations
Group at AT&T who will process the request on behalf of AT&T
133
FirstNet Central: Uplift Portal and Incident Management
firstnetcentral.firstnet.com
FirstNet Central is a web portal for FirstNet’s public safety users and offers a
collection of administrative tools, training resources, and operational tools on a
single platform. FirstNet Central is designed to help public safety and
emergency management entities with increased situational awareness, identify
potential impact to operations, and guide decisions on use of resources.
The Network Status Map, including an Advanced Network View, provides
FirstNet public safety users the ability to view the status of the network, and
offers additional information and features that can be customized by the user,
including the ability to view cell site level detail. Users can subscribe to receive
alerts for unplanned network outages via text, e-mail, or push notification to the
FirstNet Assist app.
The Uplift Request Tool can be used by designated Uplift Managers to
temporarily raise the tier of a FirstNet device (any device provisioned with a
FirstNet SIM) to grant all three benefits of Quality of Service, Priority, and
Preemption (QPP). FirstNet Primary users (EMS, Fire, Law Enforcement,
Emergency Communications, Emergency Management) always have the
highest level of QPP or “First Priority®.” Through the Uplift Request Tool,
FirstNet Extended Primary users (e.g., public works, utilities, debris removal,
etc.) can be temporarily elevated when supporting first responders is critical,
granting them the same levels of QPP experienced by Primary users. Uplift
requests can be created and launched immediately, or they can be scheduled
up to one year in advance for a planned event.
FirstNet Assist App
firstnet.com/apps/featured-apps/firstnet-assist.html
FirstNet Assist is a free mobile app for Apple iOS or Android that is used to
access or interact with different elements of FirstNet Central. The FirstNet Assist
app is accessed using the same login as FirstNet Central. Users can check the
app to see if there are any Uplift Incidents tied to the incident or event they are
responding to, and request to have their device uplifted if desired.
134
T-Mobile Emergency Response Team
Dedicated Support Line: 888-639-0020
GETS Users: 254-295-2220
Email: ERTRequests@T-Mobile.com
T-Mobile is prepared and ready to provide data, voice and cellular solutions to
organizations within incident impacted areas and groups responding to the
areas devastated by any incident. T-Mobile stands ready to assist during
response and recovery efforts.
Services Offered:
Mobile infrastructure for cellular service Cells on Wheels (COWs), Cells
on Light Trucks (COLTs), Satellite-connected Cells on Light Trucks
(SatCOLTs), and Small Cell solutions
Satellite-connected deployables - VSAT (Satellite Antenna), Satellite IP
Trailers
Mobile Command Trailers
Satellite performance up to 45 Mbps downlink x 10 Mbps Wireline
Connection (Ethernet)
Wireline Connection (Ethernet)
Commercial WiFi
Basic Phones, Smartphones, and Hotspots
CradlePoint Routers
Mutualink Interoperability solution
135
V erizon Response Team
Nationwide 24/7/365 Support Line: 800-981-9885
verizon.com/business/solutions/public-sector/public-safety/programs/verizon-
response-team/
Verizon Response Team is a national, rapid deploy, professionally trained team
who solve routine and complex communication challenges in all environments.
Services Offered:
Mobile communications equipment Cells on Wheels (COWs), Cells on
Light Trucks (COLTs), and Satellite Picocell on Trailers
Satellite-connected deployables - VSAT (Satellite Antenna), Satellite IP
Trailers
Rugged deployables Purpose-built, weatherproof, military grade with a
built in 4G LTE solution that combines high-power charging mAh battery.
Drones UAS 107 Licensed Drone Program across the U.S. that provides
situational awareness during an event.
Loaner phones and data devices
Enterprise-grade 4G LTE routers with directional antenna solutions
Emergency communication and charging centers
Pre-event planning and site assessments
Verizon Security Assistance Team support missing persons/search and
rescue
136
Telephone Keypad Letters
1: (QZ)
2: ABC
3: DEF
4: GHI
5: JKL
6: M NO
7: P (Q) RS
8: TUV
9: W XY (Z)
*
0
#
N11 Numbers
N11 Code
Description
2-1-1
Community information and referral services
3-1-1
Non-emergency police and other government services
4-1-1 Directory assistance
5-1-1
Traffic and transportation information
6-1-1
Repair service
7-1-1
Telecommunications relay services
8-1-1
Utility excavation notification - Call Before You Dig”
9-1-1
Emergency services
nationalnanpa.com/number_resource_info/n11_codes.html
DSN Area Codes
Defense Switched Network - Global Operator 1-719-567-1110
(DSN 312-560-1110)
disa.mil/Network-Services/Voice/SBU-Voice/Using-DSN/DSN-Tutorial/Area-
Codes
312 CONUS 313 Caribbean
314 Europe 315 Pacific
317 Alaska 318 Southwest Asia
319 Canada
DSN Directory- Global
disa.mil/network-services/voice/sbu-voice/directory
137
Text Messaging
“number” is the 10-digit mobile telephone number, unless 11-
digit-number is specified
Selected US & Canadian Cellular Text Messaging Carriers
Alltel
SMS: number@sms.alltelwireless.com
MMS: nu[email protected]lltelwireless.com
AT&T
SMS: number@txt.att.net
MMS: number@mms.att.net
Bell Canada SMS & MMS: number@txt.bell.ca
Boost Mobile
SMS: [email protected]obile.com
MMS: number@myboostmobile.com
C Spire Wireless SMS & MMS: number@cspire.com
Cricket Wireless
SMS: number@sms.mycricket.com
SMS: number@sms.cricketwireless.net
MMS: number@mms.mycricket.com
MMS: [email protected]ketwireless.net
FirstNet
SMS: number@sms.firstnet-mail.com
MMS: number@txt.firstnet-mail.com
Metro PCS
SMS & MMS: number@mymetropcs.com or
number@metropcs.sms.us
Qwest SMS & MMS: number@qwestmp.com
SouthernLinc
Wireless
SMS: number@page.southernlinc.com
MMS: number@mms.southernlinc.com
Sprint
SMS & MMS:
number@messaging.sprintpcs.com
or number@pm.sprint.com
T-Mobile SMS & MMS: 10-digit-number@tmomail.net
(continued on next page)
138
T ext Messaging
Telus Mobility
SMS & MMS:
number@msg.telus.com
MMS:
number@mms.telusmobility.com
TracFone
SMS & MMS:
number@mmst5.tracfone.com
U.S. Cellular
SMS: number@email.uscc.net
MMS: number@mms.uscc.net
Verizon
SMS: number@vtext.com
MMS: number@vzwpix.com
Virgin Mobile
SMS: number@vmobl.com
MMS: number@vmpix.com
Alaska
Alaska
Communications
SMS: number@txt.acsalaska.net
MMS: 11-digit-number@mms.ak.net
General
Communications Inc.
(GCI)
SMS: number@mobile.gci.net
MMS: number@mms.gci.net
Puerto Rico
Centennial Wireless SMS: number@cwemail.com
Claro SMS: number@vtexto.com
TracFone
SMS: number@mmst5.tracfone.com
U.S. Virgin Islands
Centennial Wireless SMS: number@cwemail.com
TracFone MMS: number@mmst5.tracfone.com
Worldwide
Iridium SMS: number@msg.iridium.com
139
SATELLITE SERVICES
M-SAT S atellite Mutual Aid Radio Talkgroups (SMART
TM
)
The Satellite Mutual Aid Radio Talkgroup program, is a satellite- based Push-to-
Talk (PTT) service operating over the Ligado MSAT Network connecting federal,
state, local and tribal public safety users of the MSAT Network via seven
national discipline-specific Talkgroups and nine regional Talkgroups. The
primary use of these Talkgroups is for interoperable communications among
agencies during both pre-planned and emergency events.
Figure 6 - Ligado Networks SMART Talkgroups Coverage Map
Operational Support Information
Ligado Networks
24/7 Operations Center
Toll Free: 1-800-216-6728
Toll: 1-703-390-2755
support@ligado.com
Network Innovations
24/7 Technical Support
Toll Free: 1-888-664-6727
Toll: 1-954-973-3100 - Opt. 3)
support@networkinv.com
ligado.com/solutions/msat-satellite-services/smart-prog ram/
140
Nationwide SMART Talkgroups
Talkgroup
Discipline
J-SMART
Public Safety
L-SMART
Law Enforcement
F-SMART
Fire Service
E-SMART
EMS
U-SMART
Urban Search & Rescue
I-SMART
Critical Infrastructure
NPHST-2
Public Health
Regional SMART Talkgroups
Talkgroup
States/Territories
NESMART
CT, DE, MA, ME, NH, NY, NJ, PA, RI, and VT
M-SMART
DC, DE, MD, PA, VA, and WV
SESMART
AL, AR, FL, GA, KY, LA, MS, NC, SC, TN, VA, and WV
G-SMART
AL, FL, LA, MS, TX, PR, and VI
MWSMART
IA, IL, IN, KS, KY, MI, MN, MO, OH, ND, NE, SD, WI, and
WV
SWSMART
AZ, CA, CO, NV, NM, OK, TX, and UT
W-SMART
AK, AZ, CA, CO, HI, ID, MT, NM, NV, OR, UT, WA, and
WY
NWSMART
AK, CA, ID, MT, OR, WA, and WY
CUSEC-1
AL, AR, IL, IN, KY, MS, MO, and TN
141
Satellite Phone Dialing Instructions
IRIDIUM
Iridium PIN (default) is 1111
(enter when powering-on the Iridium Subscriber Unit)
From a US Landline
Two-Stage Dialing: 1-480-768-2500, at prompt 12-digit Iridium number
To an Iridium phone directly as an International Call
011 + 8816xxxxxxx (Iridium Phone Number)
To an Iridium phone via toll call to Chandler AZ (“two-stage dialing”):
1-480-768-2500, follow prompts to enter Iridium phone number
From a Iridium provisioned commercially
To a US Phone number
00 + 1 + xxx.xxx.xxxx (US phone number)
To an Iridium phone directly
00 + 8816xxxxxxx (Iridium Phone Number)
Test call - no airtime charge: 00 + 1 + 480.752.5105
From a Iridium provisioned by DOD
ISU (Iridium Subscriber Unit) to DSN
00 + 696 + (DSN Area Code) + (DSN 7-digit number)
ISU to U.S. Domestic
00 + 697 + (U.S. Area Code) + (7-digit US number)
ISU to International Long Distance (ILD)
00 + 698 + (Country Code) + (“National Destination Code” or
“City Code”) + (Subscriber Number)
ISU to INMARSAT
00 + 698 + 870 + (INMARSAT subscriber number)
ISU to Local Hawaii
00 + 699 + (7-digit local commercial number)
1-800 toll-free 00 + 699 + 1+ 800 + (7-digits)
ISU to ISU, handset-to-handset
00 + (12-digit ISU subscriber number, e.g., 8816 763-xxxxx)
142
BGAN
From a BGAN: [Note - Cannot call Toll-Free numbers]
To a US Phone number:
00 + 1 + (10-digit US phone number) + #
To an Iridium phone directly
00 + 8816xxxxxxx (Iridium Phone Number) + #
MSAT
From a Ligado MSAT:
To a US Phone number:
(10-digit US phone number) + SEND
To an International number
011 + (Country Code) + (Exchange) + (Number) + SEND
Using GETS Dialing
1-272-627-4387 + SEND, Pin number at tone, follow prompt then enter
(10-digit US Number or International Number)
INMARSAT
INMARSAT Country Code
All INMARSAT satellite telephones now use country code 870.
The Ocean Region Codes were discontinued January 1, 2009:
871 Atlantic Ocean Region East [AOR-East]
872 Pacific Ocean Region [POR]
873 Indian Ocean Region [IOR]
874 Atlantic Ocean Region West [AOR-West]
Inmarsat Customer Care Helpline - international direct dialing from USA to
London, United Kingdom: 011 44 20 7728 1030
143
INMARSAT-M Service Codes
00
Automatic Calls
11
International Operator
12
International Information
13
National Operator
14
National Information
17
Telephone Call Booking
20
Access to a Maritime PAD
23
Abbreviated Dialing
24
Post FAX
31
Maritime Enquiries
32 Medical Advice
33
Technical Assistance
34
Person-to-Person Call
35
Collect Call
36
Credit Card Call
37
Time and Duration
38 Medical Assistance
39
Maritime Assistance
41
Meteorological Reports
42
Navigational Hazards and Warnings
43
Ship Position Reports
57 Retrieval of Mailbox Messages
6x
Administration, Specialized Use
70
Databases
91
Automatic Line Test
911
Emergency Calls
92
Commissioning Tests
144
INFORMATION TECHNOLOGY
Network Troubleshooting*
Network
Fault Domain
Potential Causes
Wireless
LAN
End User
Perception, lack of knowledge
User Device
Drivers, Overloaded CPU/RAM, Resource
contention, corporate security policies, installed
tools
RF Medium
RSSI/SNR, Spectral Interference,
Incorrect/Missing Antenna, DFS conflict
resolution
Association
Incorrect configuration, de-authentication/dis-
associate, incorrect roaming, incompatible
hardware
Authentication
Incorrect configuration, incompatible hardware,
no connection to RADIUS
Access Point
SSID, minimum basic rate, band steering, client
isolation, roaming, incorrect mounting, PoE, VLAN
trunk
Wired
LAN
Physical Layer
Electrical interference, incorrect termination,
568A/B mismatch, rounding, line break
Switching
VLANs, QoS, Duplex mismatch, spanning tree,
resource contention
Transport
TCP window size, round trip time, packet loss,
retransmission times, MTU size, congestion, IP
conflict
VLANs
Native vs tagged port, VLAN assignments, DHCP,
QoS mismatch
DHCP
Lease duration, pool size, broadcast storms,
rogue DHCP server
DNS
Resource contention, forwarding and recursion,
missing entry
Firewall
Rule-base, cache size, traffic shaping, Deep
Packet Inspection, IDS/IPS, asynchronous route
Routing
Subnet conflict, route cost, firewall rule, routing
table size
Internet
Connection
Bandwidth throttling, link latency, packet loss,
priority and preemption service outage
Availability
Weather, service outage, account status
*This table should be used from top to bottom
145
I n formation Technology Disaster Resource Center
The Information Technology Disaster Resource Center (ITDRC) is a nationwide,
volunteer driven 501(c)3 organization that leverages volunteers from across the
technology sector to deploy solutions immediately following a natural disaster.
Founded in 2008, ITDRC provides immediate technical assistance to
communities impacted by disasters free of charge.
Each year, ITDRC volunteers contribute tens of thousands of hours providing
temporary resources and technical assistance to communities impacted by fires,
floods, tornadoes, and hurricanes; and we continue to support them through
long term recovery. The team maintains 5 equipment caches across the US
and Puerto Rico. ITDRC has satisfied over 3000 technology-based solution
requests helping over 1200 communities nationwide.
ITDRC is a National VOAD member, a charter FEMA Tech Sector Collaboration
Partner, and trusted resource to Emergency Management agencies and national
NGOs across the country.
For more information, please visit itdrc.org or email support@itdrc.org
24/7 Activation Hotline: 866.217.5777
Services Offered:
Internet/Wifi Support
IMT Deployment Support to Communications Unit(s)
Mobile Command Centers
Temporary EOC infrastructure
Laptop cache
Cyber Incident Response Support
Internet cafes for responder rehab, shelter residents
Phones for Incident Command, Volunteer Reception Center, or
Long-Term Recovery Center
146
Cisco Crisis Response (formerly Tactical Operations)
Cisco Crisis Response provides temporary, mission-critical voice, data and
video service to first responder, state, local, and Federal agencies, critical
infrastructure and humanitarian aid organizations. Services may be provided for
pre-planned and disaster incidents, subject to availability. This is a best-effort,
pro-bono service.
For additional information see cisco.com/go/tacops or email
tacops-info@cisco.com
Emergency Contact Information
Email: emergencyresponse@cisco.com 24x7 Hotline: 1-919-392-4646
Be prepared to provide:
Requesting individual’s name, agency, title, phone, email
Exact location(s) of incident
Business need (e.g., telephone, internet, radio interoperability)
Approximate number of users
Expected duration
Current ground situation re: logistics, security, personnel support
etc.
147
Op en Source Interconnection (OSI) Seven Layer Model
L ay er Name
E n c apsulation
P urpose
C om mon Devices
S t andard s/Protocols
Application
Interface to the user
User Applications
HTTP, SMTP, DHCP, BGP, TFTP, SSH
Presentation
Data
Character code translation,
compression, encryption
JPG, ASCII
Radius, Kerberos, TACACS
Session
Session Establishment,
Management, and
Termination
RPC, NFS, NetBIOS
Naming
PPTP, L2TP, L2F
Transport
Segments or
Datagrams
Stateful and Stateless
Delivery, Flow Control
TCP, UDP, NetBIOS
Network Packets
Logical Addressing, Routing
Router, Firewall,
Layer 3 Switch
IPv4, IPv6, IPX, ICMP, IGMP
Data Link Frames
Physical Addressing,
Sequencing, Error Checking,
Media Access Control
Switch, Bridge,
Wireless AP
802.11a/b/g/n, Frame Relay,
IEEE802.3 CSMA/CD, MPLS, ARP,
ATM
Physical Bits
Data encoding across the
physical medium
OM2 Fiber, CAT6
Copper, 2.4 GHZ
IEEE802.3, IEEE802.11, SONET,
PAM, BPSK, QPSK, 64QAM
148
Ph ysical Media for Data Networks
Category
Media
Shielding
Max
Distance
Max
Speed
Connector
Interference
Cost
Typical Use
Coax
RG-8
Dual
500 m
10 Mbps
F-Type
Low
Medium
Legacy Network
RG-58
Single
185 m
10 Mbps
F-Type
Low
Medium
Legacy Network
Twisted
Copper
Pair
CAT3
No
100 m
10 Mbps
RJ-11
High
Very Low
Telephone
CAT5
No
100 m
100 Mbps
RJ-45
Medium
Low
Legacy Network
CAT5e
No
100 m
1 Gbps
RJ-45
Medium
Low
Voice and Data Network
CAT6
Optional
100 m
1 Gbps
RJ-45
Low-Medium
Medium
Voice and Data Network
CAT6a
Yes
100 m
10 Gbps
RJ-45
Low-Medium
Medium
Data Center / Campus Wiring
CAT7
Yes
100 m
10 Gbps
RJ-45
Low
Medium
Data Center / Campus Wiring
CAT8
Yes
100 m
40 Gbps
RJ-45
Low
Medium
Data Center / Campus Wiring
Multi-
Mode
Fiber
Optic
OM1
Yes
550 m
10 Gbps
SC, LC, ST
Low
Medium
Data Center Networks
OM2
Yes
550 m
10 Gbps
SC, LC, ST
Low
Medium
Data Center / Storage Networks
OM3
Yes
800 m
100 Gbps
SC, LC, ST
Low
Medium
Campus / Metropolitan WAN
OM4
Yes
800 m
100 Gbps
SC, LC, ST
Low
High
Campus / Metropolitan WAN
OM5
Yes
400 m
100 Gbps
SC, LC, ST
Low
High
Campus / Metropolitan WAN
Single
Mode
Fiber
Optic
OS1 Yes 10 km 10 Gbps SC, LC, ST Very Low Very High ISP / Telephone Infrastructure
OS2 Yes 40 km 100 Gbps SC, LC, ST Very Low Very High ISP / Telephone Infrastructure
RF
2.4 GHz
N/A
90m
54 Mbps
N/A
High
NA
Wireless Data Networking
5 G Hz
N/A
30m
866 Mbps
N/A
High
NA
Wireless Data Networking
149
Public DNS Servers IPv4 & IPv6
Domain Name System (DNS) is a decentralized service that translates human
understandable hostnames and Universal Resource Locators (URL) into IP
addresses usable by lower level network protocols.
DNS is facilitated through the use of four different types of server roles. These
servers operate in a hierarchical structure to coordinate query responses. The
four roles include:
Recursive Resolvers this role is used to receive resolution requests from
clients. It attempts to respond from its cache of previous responses before
searching for an authoritative response
Root Name Servers there are 13 root name servers to direct requests from
recursive resolvers to the appropriate TLD server (e.g. .com, .net, etc.) for the
domain being requested
TLD Name Server these servers direct the recursive resolver to an
authoritative name server for the domain being requested
Authoritative Name Server this server is designated by the owner of a
domain to host the original zone files for all records associated with the specified
domain and provide definitive answers to all queries
Several different types of DNS records are used to correctly identify the IP
address associated with the service being requested. The most common DNS
record types include:
A
This record holds the IPv4 address of a domain or host
AAAA
This record resolves the IPv6 address (similar to A records)
CNAME
The entry is an alias for a different record
MX
Directs mail to the domain email servers
SRV
Identifies both the IP address and network port for a service
PTR
Enables “reverse look-upsfor names associated with IPs
150
The TLD name servers are managed by the Internet Corporation for Assigned
Names and Numbers (ICANN). They are located around the world. All
recursive resolver servers should use the following servers:
Hostname
IPv4 Address
IPv6 Address
a.root-servers.net
198.41.0.4
2001:503:ba3e::2:30
b.root-servers.net
199.9.14.201
2001:500:200::b
c.root-servers.net
192.33.4.12
2001:500:2::c
d.root-servers.net
199.7.91.13
2001:500:2d::d
e.root-servers.net
192.203.230.10
2001:500:a8::e
f.root-servers.net
192.5.5.241
2001:500:2f::f
g.root-servers.net
192.112.36.4
2001:500:12::d0d
h.root-servers.net
198.97.190.53
2001:500:1::53
i.root-servers.net
192.36.148.17
2001:7fe::53
j.root-servers.net
192.58.128.30
2001:503:c27::2:30
k.root-servers.net
193.0.14.129
193.0.14.129
l.root-servers.net
199.7.83.42
2001:500:9f::42
m.root-servers.net
202.12.27.33
2001:dc3::35
Many reputable providers offer DNS services to the public. The following list
provides several commonly used providers. It should not be construed as an
endorsement.
Provider
IP Version
Primary
Secondary
Cloudflare
IPv4
1.1.1.1
1.0.0.1
IPv6
2606:4700:4700::1111
2606:4700:4700::1001
Comodo
IPv4
8.26.56.26
8.20.247.20
FreeDNS
IPv4
37.235.1.174
37.235.1.177
Google
IPv4 8.8.8.8 8.8.4.4
IPv6 2001:4860:4860::8888 2001:4860:4860::8844
Level 3 IPv4 4.2.2.1 4.2.2.2
OpenDNS
(Umbrella)
IPv4 208.67.222.222 208.67.220.220
IPv6 2620:0:ccc::2 2620:0:ccd::2
OpenNIC
IPv4
185.121.177.177
169.239.202.202
IPv6
2a05:dfc7:5::53
2a05:dfc7:5353::53
Quad9
IPv4 9.9.9.9 149.112.112.112
IPv6 2620:fe::fe 2620:fe::9
151
R eserved Address Spaces
RFC1122 This Host: 0.0.0.0/8
This address space is reserved self-identification when request an IP address
using the Dynamic Host Control Protocol (DHCP) and to indicate “all IP
addresses on this host” in kernel routing and service listeners.
Loopback: 127.0.0.1
This address space is reserved to direct a datagram created by any higher-level
protocol with a destination address in this block to the local machine itself.
RFC1918 Private Use: 10.0.0.0/8
172.16.0.0/12
192.168.0.0/16
These blocks are reserved for routable assignments on any private networks
with no intention of directly connecting to other networks over the Internet.
RFC3927 Link-Local: 169.254.0.0/16
The addresses in this block are available to allow a host to automatically assign
itself an IP address for use in connecting with other devices on the same logical
network when it fails to obtain an IP address from a source using the Dynamic
Host Control Protocol (DHCP)
RFC3171 Multicast:224.0.0.0/4
This block of addresses is reserved to facilitate the delivery of one-to-many and
many-to-many transmissions across the network.
152
Su bnetting / CIDR Notation
Classful networks were introduced in 1981 as a part of RFC-791 defining the
specification for the Internet Protocol. The address space was divided into 3
address formats with a 4th to be defined later known as address classes. This
approach did not provide efficient use of the address space. RFC-971 was
introduced in 1984 to provide the concept of a subnet mask to subdivide classes
into a network identifier and a host identifier. Address classes are only useful to
know from a historical perspective. They were obsoleted in 1993 with the
introduction of RFC-1518 (later updated in 2006 by RFC-4632) for Classless
Inter-Domain Routing (CIDR).
CIDR provides a method for representing IP address space using a bitwise,
prefix-based standard to define which portion of an IPv4 address identifies a
network and which identifies individual hosts. For example, a subnet mask of
255.255.252.0 indicates the first 22 bits of the IP address will identify the
network and the remainder will identify hosts. CIDR notation is a short-hand
representation of the network address and the subnet mask e.g.,
aaa.bbb.ccc.0/24.
CIDR
Block
Mask
Usable
Addresses
Typical Use
/32
255.255.255 .255
1
Host Only
/31
255.255.255 .254
2
RFC3021
/30
255.255.255 .252
2
Point-to-Point
/29
255.255.255 .248
6
Smallest multi-host LAN
/28
255.255.255 .240
14
Small LAN
/27
255.255.255 .224
30
/26
255.255.255 .192
62
/25
255.255.255 .128
126
Large LAN
/24
255.255.255 .0
254
/23
255.255.254 .0
510
Small Business
/22
255.255.252 .0
1022
Medium Business
/21
255.255.248 .0
2046
Small ISP
/20
255.255.240 .0
4094
Large Business
/19
255.255.224 .0
8190
/18
255.255.192 .0
16382
Medium ISP
/17
255.255.128 .0
65534
/16
255.255.0.0
131070
Large ISP
153
Pu blic Network Time Protocol (NTP) Servers
Others are available, no endorsement implied.
D o main Name
IP Address
0.pool.ntp.org (randomly assigned)
1.pool.ntp.org (randomly assigned)
2.pool.ntp.org (randomly assigned)
3.pool.ntp.org (randomly assigned)
tick.usno.navy.mil 192.5.41.40
tock.usno.navy.mil
192.5.41.41
bigben.cac.washington.edu 140.142.16.34
ntp-nasa.arc.nasa.gov
198.123.30.132
154
*
**
Examples of Troubleshooting with Packet Captures
Task
Wireshark Filter
TCPDump
Filter for a specific host
ip.addr == [IP address]
tcpdump host [IP address]
Filter for a specific subnet
ip.addr == [Network in CIDR
notation]
tcpdump net [Network in CIDR notation]
Filter for a specific TCP port
tcp.port == [port number]
tcpdump tcp port [port number]
Filter for a specific UDP port
udp.port == [port number]
tcpdump udp port [port number]
Filter packets less than length
frame.len < [byte length]
tcpdump less [byte length]
Filter packets greater than length
frame.len > [byte length]
tcpdump greater [byte length]
Filter for specific URL
http.host == [URL]
tcpdump tcp port 80 and host [URL]
Find specific text in the datagram
frame contains [text to match]
tcpdump -vvls0 | grep -i [text to match]
Filter on Wifi SSID
wlan_mgt.ssid == [SSID]
tcpdump -vveI subtype beacon| grep [SSID]
Logical Operators
Equal
command == [expression]
And
command && [expression]
Not Equal
command != [expression]
Or
command || [expression]
Greater Than
command > [expression]
Less Than
command < [expression]
Greater Than Equal To
command >= [expression]
Less Than Equal To
command <= [expression]
I m p ortant Note: The collection of network traffic may violate local and federal laws and/or corporate and
departmental regulations and policies. Permission should be obtained from an authorized representative for a
network owner prior to performing any collections.
*
may require elevated or administrator privileges
**
may require root or pseudo access
155
- -
Comparison of Common VPN Protocols
Point to Point
Tunneling Protocol
(PPTP)
Internet Key
Exchange v2
(IKEv2)
Layer 2 Tunneling
Protocol (L2TP)
Secure Socket
Tunneling Protocol
(SSTP)
OpenVPN
Encryption RC4 (40/128 bit) 3DES and AES-256 AES-256 AES-256 AES-256
Transport PPP over GRE IPSec IPSec HTTPS Proprietary
TCP/UDP Port TCP 1723
IP 50/51 and
UDP 500/4500
UDP 1701 TCP 443
TCP 443 or UDP
1194
Security
Has several well-
known vulnerabilities
Implements IPSec
and is very secure
Implements IPSec;
weakened by poor
configuration
Implements TLS and
is very secure
Considered the most
secure, no known
vulnerabilities
Stability
TCP-based VPNs are
prone to frequent
disconnection
Highly stable once a
connection is
established
Very stable
Very stable,
especially on
Windows
Very stable when
using UDP
Speed Fast Fast Fast Medium Slow
Compatibility
Client built into most
operating systems
Generally available
on most platforms
Generally available
on most platforms
Windows and Mac
OS
Client and server
software available
for most platforms
Proxy Support
No
No
No
Yes
Yes
Firewall
Bypass
Requires open ports Requires open ports Requires open ports Easily bypassed Easily bypassed
Common Uses Easy of deployment
Site-to-Site
Connections
More secure remote
client access
Easy of bypassing
firewalls
Strong security
156
l
WA N Technologies / Common Data Rates
WAN
Technology
Typical
Bandwidth
Latency
(ms)
Cost
Reliability
Security
Suitability
Corporate
Public Wifi
DSL
Cable
200+ Mbps 15-20 Medium High High
Modem
Cellular
40-50 Mbps
30-40
Med-High
Medium
High
Ok
Good
Good
Good
VSat
7/2 Mbps
500-700
Medium
Medium
Med-High
Poor
Ok
Poor
Good
BGAN
756 Kbps
80-100
Very High
Medium
Med-High
Poor
Poor
Poor
Good
LoRaWAN
200 Kbps
300-400
Low
Medium
Medium
Poor
Poor
Poor
Ok
Video
Voice
GIS
Web
100+ Mbps
10-20
Low
Medium
Very Low
Good
Good
Good
Good
40-50 Mbps
25-30
Low
Medium
Very Low
Good
Good
Good
Good
50-100
Mbps
20-30 Medium High High Good Good Good Good
Good Good Good Good
Understanding WAN Performance
Bandwidth the capacity of a link measured by the volume of data that be transferred perunit of time
Latency the speed of a link measured by the time it takes for data to travelfrom point A to point B
Packet Loss the percentage of data that failed to successfully arrive at the destination
Throughput the actual volume of data transferred per unit of time after latency and packet loss
Jitter the average durationin milliseconds causedby packet arriving at the destination out of sequence
Path Asymmetry the net throughput caused by variations in performance betweenthe up and downlink
WAN Considerations
How many people wil use thenetwork? Plan for 1.5 Mbps per user
What applications willbe used over the network?Certain applications are more sensitive to WANperformance
What are the security considerations? VPN protocols canbe sensitive to WAN performance.
157
North America WIFI Channel Plan and Best Practices
Figure 7: North America WIFI Channel Plan and Best Practices
158
WI FI Configuration Best Practices
2.4 GHz
5.8 GHz
Protocol
802.11 g/n only
802.11 a/n/ac
SSID Hidden
No
Client Isolation
Enabled for guest networks
WMM
Disabled unless media streaming is
important
Security Mode
WPA2 / WPA3
Encryption Method AES Only
Channel Selection
Fixed Install: See Figures 1 & 2
Mobile: Auto Channel Selection
RTS Threshold
534 bytes
Fragmentation Threshold
784 bytes
DTIM
1
Beacon
100ms
Management Frame
Protection
Enabled
Airtime Fairness
Disabled
Channel Width
20 MHz
40 MHz
Fast Roaming
Enabled
Figure 8: 2.4 GHz Channel Adjacency
for High Density Deployments
Figure 9: 5 GHz Channel Adjacency
for High Density Deployments
159
RJ-45 Pinout
lCopyright © 2021 ShowMeCables. A l rights reserved.
Figure 10: RJ-45 Pinout
160
RJ-45 Wiring
Pin
T568A
Pair
T568A
Color
T568A
Signal
T568
B Pair
T568B
Color
T568B
Signal
1 3 White /
Green
RX
Data +
(RD+)
2 White /
Orange
TX
Data +
(TD+)
2 3
Green
RX
Data
(RX)
2
Orange
TX
Data
(TD–)
3 2 White /
Orange
TX
Data +
(TD+)
3 White /
Green
RX
Data +
(RD+)
4 1
Blue
1
Blue
5 1 White /
Blue
1 White /
Blue
6 2
Orange
TX
Data
(TD–)
3
Green
RX
Data
(RX)
7 4 White /
Brown
4 White /
Brown
8 4
Brown
4
Brown
- T568B is more commonly used than
T568A
- Odd pin numbers are always with the
white-with-strip” color
- A straight cable has both ends the same:
Both T568A (Older Standard)
Both T568B (N ewer Standard)
- A crossover cable has one end wired as
T568A and the other as T568B
161
Telephone Connectors
Pin numbers are from left to right, holding the plug with the contacts
up and looking at the side that does not have the spring clip. Tand
“R”
indicate “Tip” andRing.”
Pin
RJ11 RJ14 RJ25
U.S. Bell
System Colors
25-pair
Color Code
6P2C
6P4C
6P6C
1 T3
White White/Green
2 T2 T2
Black
White/Orange
3 R1 R1 R1
Red Blue/White
4 T1 T1 T1
Green
White/Blue
5 R2 R2
Yellow Orange/White
6 R3
Blue Green/White
Figure 11: RJ-11, RJ-14, and RJ-25 Connector Wiring
162
1
3
5
7
9
11
13
15
17
19
21
23
25
1
3
5
7
9
11
13
15
17
19
21
23
25
26
28
30
32
34
36
38
40
42
44
46
48
50
27
2
2
29
4
4
31
6
6
33
8
8
35
10
10
37
12
12
39
14
14
41
16
16
43
18
18
45
20
20
47
22
22
49
24
24
25-Pair Telephone Block Wiring Color Code
Color
Tip
Pair
Ring
Color
White/Blue
Blue/White
White/Orange
Orange/White
White/Green
Green/White
White/Brown
Brown/White
White/Slate
Slate/White
Red/Blue
Blue/Red
Red/Orange
Orange/Red
Red/Green
Green/Red
Red/Brown
Brown/Red
Red/Slate
Slate/Red
Black/Blue
Blue/Black
Black/Orange
Orange/Black
Black/Green
Green/Black
Black/Brown
Brown/Black
Black/Slate
Slate/Black
Yellow/Blue
Blue/Yellow
Yellow/Orange
Orange/Yellow
Yellow/Green
Green/Yellow
Yellow/Brown
Brown/Yellow
Yellow/Slate
Slate/Yellow
Violet/Blue
Blue/Violet
Violet/Orange
Orange/Violet
Violet/Green
Green/Violet
Violet/Brown
Brown/Violet
Violet/Slate
Slate/Violet
163
Notes on Fiber Optic Cable and Connectors
ANSI/TIA/EIA-598-B
Standard Colors
Fiber #
Color
1
Blue
2
Orange
3
Green
4
Brown
5
Slate
6
White
7
Rose
8
Black
9
Yellow
10
Violet
11
Rose
12
Aqua
13 and higher:
The color code is repeated,
Black stripe or dash is added,
according to the ANSI/TIA/EIA-
598-B specs.
All fiber optic cable is not the same. There are two major types in
typical field use: Single-Mode and Multi-Mode
Single-Mode is common for long haul fiber runs
Multi-Mode is more common to short runs, i.e., LAN
There are numerous connectors in use; the most common are LC,
SC and ST
Know the fiber type requirement of the terminal equipment
Know the connectors of terminal equipment
Plan for the physical protection of a tactical fiber deployment
164
RS-232 Connectors (DE9 and DB25)
“Front” refers to the ends with the pins; “rear” refers to the end with the cable.
The following is a view of the pins, looking at the front of the female connector
(rear of male):
same for DB25, except top pins 13 - 1, bottom 25 - 14 (right to left)
DE9 DB25 Signal
1 8 Carrier Detect
2
3
Receive Data
3 2 Transmit Data*
4 20 Data Terminal Ready*
5
1,7
Ground **
6 6 Data Set Ready
7 4 Request to Send*
8 5 Clear to Send
9 22 Ring Indicator
* An output from the computer to the outside world.
** On the DB25, 1 is the protective ground, 7 is the signal ground.
165
U n iform Color Code of Underground Utility Markings
166
Figure 12: Uniform Color Code of Underground Utility Markings
167
CYBERSECURITY
T op Cybersecurity Tactics
User Education
Have the users been briefed on cyber hygiene?
Are the users aware how to identify potential phishing emails?
Do the users know how to escalate potential problems?
Identity Management
Do all accounts require passwords that are difficult to guess?
Do accounts make use of multi-factor authentication (MFA)?
Are separate accounts used for privileged access to systems?
Are privileged actions logged and audited?
Mobile Devices
Do laptops use whole disk encryption?
Is the OS patched regularly?
Do devices have policies to manage the increased risks?
Is the use of removable media restricted?
Do all devices have malware protection enabled?
Secure Configuration
Are the servers patched regularly?
Do all servers have malware protection enabled?
Is all remote access software secured properly?
Are all access attempts logged and audited?
Are backups made regularly and tested frequently?
Network Security
Are firewalls blocking traffic in BOTH directions?
Are high risk ports explicitly blocked and logged?
Does remote access (e.g., VPN) require MFA?
168
Cyber Incident Response
More detailed information can be found in NIST SP 800-61 and NIST SP 800-18 4
Figure 13: Cyber Incident Response Cycle
Preparation
This phase of the response lifecycle is focused on understanding the managed
environment, identifying risks and their associated threat and vulnerabilities, and
developing response plans which include:
Incident Thresholds Initial Action Plan
Notification Plan Staffing and Resource Plan
Detection and Analysis
This phase of the lifecycle describes the actions that occur when a security
incident has been identified according to the criteria set forth in the preparation
phase. Here it is important to document:
Key indicators of compromise Where was it located?
Who reported the incident? What is the current impact?
When was it first detected? How far has the attack propagated?
At this point, it is important to initiate the notification plan and request assistance
according to the staffing and resource plan.
Containment, Eradication, and Recovery
The response to the incident will include containing the spread of the malware,
removing the malware, closing vulnerabilities, and recovering to a “new normal.
Post-Incident Activities
Once the response is complete, the team will need to review all the
documentation created and identify lessons learned. These lessons should be
incorporated in the next Preparation phase.
169
Fed eral Cybersecurity Resources
Cybersecurity and Infrastructure Security Agency (CISA)
CISA is available to receive reports of any security incident as defined by NIST
SP 800-61 including: unauthorized access to systems or data, unwanted
disruptions or denials of service, or abuse and misuse of systems or data in
violation of policy
Operations Desk: (888) 282-0870 central@cisa.dhs.gov
Federal Bureau of Investigations (FBI)
The FBI is available to receive reports of Internet crime including computer
intrusions, intellectual theft, identity theft, criminal hacking, etc. and suspected
terrorism, threats of violence, sabotage, or foreign intelligence activity
Local Field Offices: fbi.gov/contact-us/field
Internet Crime Complaint Center (IC3): ic3.gov
National Cyber Investigative Joint Task Force: (855) 282-3937
Federal Communications Commission (FCC)
FCC is available to receive reports of Distributed Denial of Service (DDoS) or
Telecommunications Denial of Service (TDoS) attacks that negatively impact
communications. Communications Common Carriers regulated by the FCC are
required to report communications outages in the Network Outage Reporting
System.
FCC Operations Center (FCCOC): 202-418-1122, FCCOPS@fcc.gov
FCC Public Safety Support Center (PSSC): fcc.gov/general/public-safety-
support-center
US Secret Service Field Offices / Electronic Crimes Task Forces
(ECTFs)
The ECTFs are a part of the US Secret Service and are available to receive
reports of cyber-crimes against payment card systems and financial information
systems
Local Field Offices: secretservice.gov/contact/field-offices
US Immigration and Customs Enforcement Homeland Security
Investigations (ICE/HSI)
The HSI is takes reports of cyber-enabled crime including theft of intellectual
property, illicit e-commerce, proliferations of arms and strategic technology, and
cyber-related smuggling/ money laundering
Tip Line: 866-347-2423, ice.gov/webform/hsi-tip-form
HSI Cyber Crimes Center: ice.gov/cyber-crimes
170
171
C ommon TCP/UDP Ports
Function
Name
Transport
Session Port
Web
HTTP
TCP
80
HTTP/S
TCP
443
E-Mail
SMTP
TCP
25
SMTP/S
TCP
465 or 587
POP3
TCP
110
POP3/S
TCP
995
IMAP
TCP
143
IMAP/S
TCP
993
Remote Access
SSH
TCP
22
RDP
TCP
3389
VNC
TCP
5500
VoIP
SIP
UDP
5060
SIP/S
UDP
5061
RTP
UDP
5004-5005
S/RTP
UDP
5004-5005
STUN/TURN
UDP
3478
H.323
TCP
1720
Network
Services
DNS
TCP/UDP
53
NTP
UDP
123
SNMP
UDP
161-162
Authentication
LDAP
TCP
389
LDAP/S
TCP
636
RADIUS
TCP
1812
Kerberos
TCP
88
Potential
Security Risks
MyDoom
TCP
1080
Kazaa
TCP
1214
Bagle H
TCP
2745
MyDoom
TCP
3127
Blaster
TCP
4444
eMule
TCP
4672
Napster
TCP
6699
BitTorrent
TCP
6881-6999
Bagle B
TCP
8866
Tor
TCP
9050-9051
Cryptographic Cipher Recommendations
The following recommendations are from NIST 800-131A Rev. 2
Use Algorithm
Bit
Length
Status PQC
*
Alternate
Block Cipher
RC4
40
Disallowed
No
AES
DES
56
Disallowed
No
AES
3DES
168
Disallowed
No
AES
Skipjack
80
Disallowed
No
AES
AES
128
Recommended
No
192
Recommended
No
256
Recommended
Yes
SM4
128
Recommended
No
Authenticated
Encryption
AES-CCM
128
Recommended
Yes
AES-GCM
128
Recommended
Yes
AES-eGCM
128
Recommended
Yes
Hash
MD5
128
Disallowed
No
SHA2-256
SHA-1
160
Disallowed
No
SHA2-256
SHA2
224
Avoid
No
SHA2-256
256
Recommended
No
384
Recommended
Yes
512
Recommended
Yes
SHA-3
256
Recommended
No
384
Recommended
Yes
512
Recommended
Yes
SM3
256
Recommended
No
Key Agreement
ECKA-EG
256
Recommended
No
ECDH
256
Recommended
No
Signature
RSA
512
Disallowed
No
RSA-3072
1024
Disallowed
No
RSA-3072
2048
Avoid
No
RSA-3072
3072
Recommended
No
DSA
256
Recommended
No
ECDSA
256
Recommended
No
Message
Authentication
Codes
HMAC-MD5
128
Disallowed
No
HMAC-SHA2
HMAC-SHA1
160
Avoid
No
HMAC-SHA2
HMAC-SHA2
256
Recommended
No
TLS
TLS 1.0
40
Disallowed
No
TLS1.2
TLS 1.1
128
Avoid
No
TLS1.2
TLS 1.2
256
Recommended
No
TLS 1.3
256
Recommended
No
*
PQC = anticipated Post Quantum Computing use
172
ACKNOWLEDGEMENTS
Cybersecurity and Infrastructure Security Agency (CISA) is grateful to Ross
Merlin, who recently retired from the agency. Ross’ last assignment was as the
Program Manager for the Shared Resources HF Radio Program (SHARES). Prior
to his duties with SHARES, Ross served with the CISA Interoperable
Communications Technical Assistance Program (ICTAP). Ross was the author,
researcher, and staff officer for the original NIFOG, which Department of
Homeland Security (DHS) first published in 2007.
Dan Wills, Editor
Robert Hugi, Asst. Editor
CISA also acknowledges the following contributors:
SAFECOM: Chris Lombard, Red Grasso
NCSWIC: Greg Hauser, John Miller
National Public Safety Telecommunications Council (NPSTC): Don Root
Department of Justice (DOJ): Rob Zanger
Federal Bureau of Investigation (FBI): Lorrie Stoltz
Federal Communications Commission(FCC): Brian Marenco, Justin Cain
Federal Emergency Management Agency (FEMA): Laura Goudreau, Ric Wilhelm
National Interagency Fire Center (NIFC-NIICD): Mike Tuominen
United States Coast Guard (USCG): Sonia Kendall, Matt Skahill
State of Arizona: Dale Brown, Morgan Hoaglin
State of Oregon: Rick Iverson
State of Texas: David Abernathy, Tommy Gonzalez, Karla Jurrens
CISCO Tactical Operations Team: Matt Runyan
San Ramon Valley Fire District, California: Chris Suter
Fairfax County Fire, Virginia: Sean Fensterwald
Fire Department of the City of New York (FDNY): Michael Gomez
Harris County, Texas Public Safety Technology Services: Josh Glover
Illinois Urban Search and Rescue (US&R) Task Force 1: Dave Dato
Lake County, Florida Sheriff’s Office: Jason Matthews
Mason-Oceana 9-1-1, Michigan: Ray Hasil
Oklahoma County, Oklahoma: John Comstock
Tennessee Emergency Management Agency: John Johnson (ret.)
Texas A&M Task Force 1 US&R: Andrew White, Gary Parker
CISA: Shannon Roberts, Jim Jarvis, Tom Lawless, Jim Lundsted, Bruce Richter,
Jim Stromberg, Joe Galvin, Ken Carpenter, Ellie Brasacchio
Naval Information Warfare Center (NIWC): Jason Fox, Rich Mellor, Jeff
Dunmire, Ann Cottingham, Pat Kempker, Jeff C. Lee
173
NO TES
Self-Adhesive 3-1/2" x 4-3/4"label (22827) can be formatted to add additional
content.
174
NO TES
175
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NO TES
176
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177
NO TES
178
NO TES
179
NO TES
180
NO TES
181
TIME ZONES
AST
Atlantic Standard
EST
Eastern Standard
CST
Central Standard
MST
Mountain Standard
PST
Pacific Standard
ALST
Alaska Standard
HST
Hawaii-Aleutian
Standard
SST
Samoa Standard
ChST
Chamorro Standard
WAKT
Wake Island
Figure 14: Time Zones
182
-
-
-
-
-
-
-
-
UTC (ZULU) TIME ZONE CONVERSION CHART
UTC
(Zulu)
EDT/
AST
CDT/
EST
MDT/
CST
PDT/
MST
PST/
ALDT
ALST HST SST ChST WAKT
Offset
4
5
6
7
8
9
10
11
+10
+12
0000*
2000
1900
1800
1700
1600
1500
1400
1300
1000
1200
0100
2100
2000
1900
1800
1700
1600
1500
1400
1100
1300
0200
2200
2100
2000
1900
1800
1700
1600
1500
1200
1400
0300
2300
2200
2100
2000
1900
1800
1700
1600
1300
1500
0400
0000*
2300
2200
2100
2000
1900
1800
1700
1400
1600
0500
0100
0000*
2300
2200
2100
2000
1900
1800
1500
1700
0600
0200
0100
0000*
2300
2200
2100
2000
1900
1600
1800
0700
0300
0200
0100
0000*
2300
2200
2100
2000
1700
1900
0800
0400
0300
0200
0100
0000*
2300
2200
2100
1800
2000
0900
0500
0400
0300
0200
0100
0000*
2300
2200
1900
2100
1000
0600
0500
0400
0300
0200
0100
0000*
2300
2000
2200
1100
0700
0600
0500
0400
0300
0200
0100
0000*
2100
2300
1200
0800
0700
0600
0500
0400
0300
0200
0200
2200
0000*
1300
0900
0800
0700
0600
0500
0400
0300
0300
2300
0100
1400
1000
0900
0800
0700
0600
0500
0400
0400
0000*
0200
1500
1100
1000
0900
0800
0700
0600
0500
0500
0100
0300
1600
1200
1100
1000
0900
0800
0700
0600
0600
0200
0400
1700
1300
1200
1100
1000
0900
0800
0700
0700
0300
0500
1800
1400
1300
1200
1100
1000
0900
0800
0800
0400
0600
1900
1500
1400
1300
1200
1100
1000
0900
0900
0500
0700
2000
1600
1500
1400
1300
1200
1100
1000
1000
0600
0800
2100
1700
1600
1500
1400
1300
1200
1100
1100
0700
0900
2200
1800
1700
1600
1500
1400
1300
1200
1200
0800
1000
2300
1900
1800
1700
1600
1500
1400
1300
1300
0900
1100
183
PHONETIC ALPHABET STANDARDS
Standard International
APCO
A
Alpha
A
Adam
B
Bravo
B
Boy
C
Charlie
C
Charles
D
Delta
D
David
E
Echo
E
Edward
F
Foxtrot
F
Frank
G
Golf
G
George
H
Hotel
H
Henry
I
India
I
Ida
J
Juliet
J
John
K
Kilo
K
King
L
Lima
L
Lincoln
M
Mike
M
Mary
N
November
N
Nora
O Oscar O Ocean
P
Papa
P
Paul
Q
Quebec
Q
Queen
R
Romeo
R
Robert
S
Sierra
S
Sam
T
Tango
T
Tom
U Uniform U Union
V
Victor
V
Victor
W
Whiskey
W
William
X
X-ray
X
X-ray
Y
Yankee
Y
Young
Z
Zulu
Z
Zebra
184
EMERGENCY MEDICAL PROCEDURES
ICS 206 Block 8 “Dutch Creek Protocol”
In the event of a medical emergency, provide the followinginformation
to the Incident Communications Center, if established, or appropriate
dispatch/coordination center.
1. Declare the nature of the emergency.
a. Medical injury / illness?
b. If injury/illness, is it Life Threatening?
2. If Life Threatening, then request that the designated frequency be
cleared for emergency traffic.
3. Identify the on-scene Point of Contact (POC) by Resource and
Last name (i.e. POC is TFLD Smith).
4. Identify nature of incident, number injured, patient assessment(s)
and location (geographic and GPS coordinates).
5. Identify on-scene medical personnel by position and name
(i.e. EMT Jones).
6. Identify preferred method of patient transport.
7. Request any additional resources and/or equipment needed.
8. Document all information received and transmitted on the radio or
phone.
9. Identify any changes in the on-scene Point of Contact or medical
personnel as they occur.
To download or request copies of the NIFOG, please visit
cisa.gov/publication/fog-documents
185
- -
- -
- - - -
186
For sale by the S uperi ntendent of Documents, U.S. Government Printing Office
Internet: bookstore.gpo.gov Phone: toll free (866) 512 1800; DC area (202) 512 1800
Fax: (202) 512 2104 Mail: Stop IDCC, Washington, DC 20402 0001
ISBN 978 1 4028 9462 6
Cybersecurity and Infrastructure Security Agency
U.S. Department of Homeland Security