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User:Ninly/BandPlans

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Because I recognize that a great deal of tedious work went into compiling and tabulating band plan data for several of the amateur radio bands, I'm copying all of that content to this page in case it should be needed for subsequent article revisions. That said, I believe (and have the support of at least one WP:HAM member) that band plans are inappropriate to the wiki because

  1. they are voluntary,
  2. they are regional, and (perhaps most importantly)
  3. Wikipedia is not a guide book.

I hope making these changes won't ruffle too many feathers. If you'd like to discuss them, please do so at the WikiProject talk page.


160 m

[edit]

US Band Plan

[edit]

By "Gentlemen's agreement", US amateurs voluntarily limit their 160 meter emissions according to the following suggested bandplan:

1.800 MHz–1.830 MHz CW, RTTY and other narrowband modes
1.830 MHz–1.840 MHz CW, RTTY and other narrowband modes, Intercontinental QSOs only
1.840 MHz–1.850 MHz CW, SSB, SSTV, other wideband modes, Intercontinental QSOs only
1.850 MHz–2.000 MHz CW, phone, SSTV and other wideband modes

IARU Region Band Plans

[edit]
160 Meters 1810 1838 1838 1840 1840 1843 1843 2000
IARU Region 1
IARU Region 2 1800 - 1840
IARU Region 3 1800 - 1840
Note: Region 2 QRP/DX window is 1830-1850


80 m

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United States

[edit]
3.560 CW QRP calling frequency
3.579 CW QRP calling frequency (colorburst crystal frequency)
3.590 RTTY/data DX (< 1 kHz Bandwidth)
3.570–3.600 RTTY/data (< 1 kHz Bandwidth)
3.790–3.800 DX window
3.845 SSTV
3.885 AM calling frequency
3.985 SSB QRP calling frequency



40 m

[edit]

United States

[edit]
7.030 CW QRP calling frequency Accepted GB & Euro QRP calling.(QRP-L)
7.040 RTTY DX & CW QRP calling frequency
7.080-7.100 RTTY
7.110 CW QRP calling frequency (Novice)
7.112 CW QRP calling frequency (NorCal crystals)
7.171 SSTV
7.285 SSB QRP calling frequency
7.290 AM calling frequency


15 m

[edit]

United States

[edit]
21.000-21.080 CW (< 1 kHz bandwidth)
21.080-21.100 RTTY, data (< 1 kHz bandwidth) and CW
21.100-21.120 RTTY, data (< 1 kHz bandwidth) and CW
21.120-21.150 CW (< 1 kHz bandwidth)
21.120-21.150 CW (< 1 kHz bandwidth)
21.200-21.450 Radiotelephone (< 3 kHz bandwidth) and CW
21.340 SSTV


70 cm

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Below is the ARRL US band plan for the 70 cm band, although many local variations exist:

420.00 - 426.00 MHz Amateur TV repeater or simplex, and experimental
426.00 - 432.00 MHz Amateur TV simplex
432.00 - 432.07 MHz CW EME (Moonbounce)
432.07 - 432.10 MHz Weak-signal CW
432.10 MHz 70-cm calling frequency
432.10 - 432.30 MHz

Mixed-mode and weak-signal

432.30 - 432.40 MHz Propagation beacons
432.40 - 433.00 MHz Mixed-mode and weak-signal
433.00 - 435.00 MHz Auxiliary/repeater links
435.00 - 438.00 MHz Satellite only (internationally)
438.00 - 444.00 MHz ATV repeater input and repeater links
442.00 - 445.00 MHz Repeater inputs and outputs (local option)
445.00 - 447.00 MHz Shared by auxiliary and control links, repeaters and simplex (local option)
446.00 MHz National simplex frequency
447.00 - 450.00 MHz Repeater inputs and outputs (local option)

It is common to find repeater inputs and outputs from 438 to 450 MHz, as sanctioned by ARRL-approved frequency coordinating groups such as Northern Amateur Relay Council of California. The local band plan takes precedence over the ARRL band plan.


33 cm

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While the national band plan as well as many State band plans call for a -12 MHz split for FM repeaters, an increasing number of States are changing their band plans to reflect the growing number of FM repeaters using -25 MHz splits. Many amateurs feel that eventually the -25 MHz split will become commonplace and all State and national band plans will adopt it.

Below is an example of a more modern 33 centimeter band plan that allocates a -25 MHz repeater split while also grandfathering existing repeaters with a -12 MHz split. This band plan is roughly based on the one developed by the New England Spectrum Management Council.

Sample Band Plan

[edit]
902.0000 - 902.3000 MHz CW and SSB
  • CW calling frequency is 902.100 MHz.
  • SSB calling frequency is 902.250 MHz.
902.3000 - 902.4000 MHz Beacons
902.4125 - 902.9875 MHz FM repeater inputs (25 MHz splits)
  • FM repeater inputs are spaced 12.5 kHz apart (902.4125, 902.4250, 902.4375, etc.)
  • FM repeater inputs are coupled with outputs from 927.4125 - 927.9875 MHz
  • 902.5 is reserved for FM simplex
903.0000 - 904.0000 MHz CW and SSB
  • CW calling frequency is 903.100 MHz.
  • SSB calling frequency is 903.250 MHz.
904.0000 - 907.0000 MHz Digital communications
907.0000 - 909.0000 MHz FM repeater inputs (12 MHz splits)
  • FM repeater inputs are spaced 25 kHz apart (907.0000, 907.0250, 907.0500, etc.)
  • FM repeater inputs are coupled with outputs from 919.0000 - 921.0000 MHz
909.0000 - 915.0000 MHz ATV
915.0000 - 919.0000 MHz Digital communications and Experimental
919.0000 - 921.0000 MHz FM repeater outputs (12 MHz splits)
  • FM repeater outputs are spaced 25 kHz apart (919.0000, 919.0250, 919.0500, etc.)
  • FM repeater outputs are coupled with inputs from 907.0000 - 909.0000 MHz
921.0000 - 927.0000 MHz ATV
927.0125 - 927.3875 MHz FM Simplex
  • 12.5 kHz channels
927.4125 - 927.9875 MHz FM repeater outputs (25 MHz splits)
  • FM repeater outputs are spaced 12.5 kHz apart (927.4125, 927.4250, 927.4375, etc.)
  • FM repeater outputs are coupled with inputs from 902.4125 - 902.9875 MHz
  • 927.5000 is reserved as the national FM simplex calling frequency

23 cm

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Below is the ARRL US band plan for the 23cm band:

1240-1246 MHz Amateur television channel 1
1246-1248 MHz Narrow-bandwidth FM point-to-point links and digital, duplex with 1258-1260 MHz
1248-1258 MHz Digital Communications
1252-1258 MHz Amateur television channel 2
1258-1260 MHz Narrow-bandwidth FM point-to-point links and digital, duplexed with 1246-1248 MHz
1260-1270 MHz Satellite uplinks
1260-1270 MHz Wide-bandwidth experimental, simplex A.T.V., F.M. A.T.V.
1270-1276 MHz Repeater inputs, FM and linear, paired with 1282-1288, 239 pairs every 25 kHz, e.g. 1270.025, .050, etc.
1271-1283 MHz Non-coordinated test pair
1276-1282 MHz Amateur television channel 3
1282-1288 MHz Repeater outputs, paired with 1270-1276
1288-1294 MHz Wide-bandwidth experimental, simplex ATV
1294-1295 MHz Narrow-bandwidth FM simplex services, 25-kHz channels
1295-1297 MHz Narrow bandwidth weak-signal communications (no FM)
1295.0-1295.8 MHz SSTV, FAX, ACSSB, experimental
1295.8-1296.0 MHz Reserved for EME, CW expansion
1296.00-1296.05 MHz EME-exclusive
1296.07-1296.08 MHz CW beacons
1296.4-1296.6 MHz Crossband linear translator input
1296.6-1296.8 MHz Crossband linear translator output
1296.8-1297.0 MHz Experimental beacons (exclusive)
1297-1300 MHz Digital Communications

6 m

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IARU Region 1 50 MHz Band Plan

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(with the UKSMG's recommended change to the adoption of the term
"inter-regional" rather than "inter-continental")

50.000 - 50.100    CW only    50.020 - 50.080     Beacons
        50.090     CW calling frequency
50.100 - 50.500    SSB and CW only    50.100 - 50.130     DX window
        50.110     Inter-Region calling frequency
        50.150     SSB centre of activity
        50.185     Cross-band activity centre
        50.200     MS reference frequency (CW and SSB)
50.500 - 51.000    All modes    50.500 - 50.700     Digital communications
        50.510     SSTV
        50.550     Fax
        50.600     RTTY
        50.710 - 50.910     FM repeater outputs (UK)
51.000 - 51.410    All modes    51.210     Emergency communications priority
        51.210 - 51.410     FM repeater inputs (UK)
51.410 - 51.830    All modes    51.430 - 51.590     FM, 20 kHz channel spacing
        51.510     FM calling
51.830 - 52.000    All modes    51.940 - 52.000     Emergency communications priority

(Source: VOLUNTARY OPERATING CODE OF PRACTICE for 6m operators UKSMG 16 February 2003)

US/North American 6m Band Plan

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50.0-50.1 CW, beacons
50.060-50.080 beacon subband (US only)
50.1-50.3 SSB, CW
50.1-50.125 DX window; 50.125 calling freq
50.125 US continental SSB calling
50.3-50.6 All modes (50.29 PSK31)
50.4 AM calling
50.6-50.8 various modes communications
50.8-50.98 Radio remote control (Ten 20 kHz channels)
51.0-51.1 Pacific DX window
51.1-54.0 Repeaters/various plans (-1 MHz and -1.7 MHz most popular)
52.525 Primary FM simplex
53.1-53.8/100 kHz spaced Old radio remote control, NO LONGER accepted

by the AMA, due to increasing use by amateur radio repeater stations.

(Source: Academy of Model Aeronautics, Western Washington Amateur Radio Association, ARRL ARRL Band Plans)

IARU Region 3 Band Plan

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The Band Plan for IARU Region 3 may be found in their Band Plan Document


4 m

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70.000 - 70.050 Beacons only 70.030 Personal Beacons
70.050 - 70.250 Narrow Band modes 70.085 PSK31 centre of activity
70.185 Cross-band activity centre
70.200 SSB/CW calling
70.250 - 70.300 All modes 70.260 AM/FM calling frequency
70.300 - 70.500 All modes channelised operation with 12.5 kHz spacing 70.300 RTTY/fax calling/working
70.3125 Digital modes
70.325 Digital modes
70.3375 Digital modes
70.350 Digital modes
70.3625 Digital modes
70.375 FM Simplex
70.3785 Internet voice gateway
70.400 FM Simplex
70.4125 Internet voice gateway
70.425 FM Simplex
70.4375 Digital modes
70.450 FM Calling frequency
70.4625 Digital modes
70.475 FM simplex
70.4875 Digital modes

(Source: The Four Metres Website)

2 m

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Below is a common band plan for 2 meters. Note that in some areas (generally whole states) the channel spacing is 20 kHz. Some areas use 15kHz spacing.

Please note, this is the band plan for the USA.

In the UK, the band extends from 144 MHz to 146 MHz.

To summarize:

  • 144.000 to 144.400 narrowband modes.
  • 144.500 to 145.000 is an "all mode" section.
  • 145.000 to 145.200 are VHF repeater inputs.
  • 145.200 to 145.600 are Simplex channels (12.5kHz spacing).
  • 145.600 to 145.800 are the repeater outputs.

Space communications are above 145.800 to the band edge.

Sample band plan

[edit]
144.000–144.100 MHz CW only, as restricted by FCC Part 97
144.100–144.275 MHz CW and SSB
144.275–144.300 MHz CW propagation beacons
144.300–144.500 MHz Satellite
144.510–144.890 MHz FM repeater inputs (600 kHz splits)
  • FM repeater inputs are spaced 20 kHz apart (144.510, 144.530, 144.550, etc.)
  • FM repeater inputs are coupled with outputs from 145.110 to 145.490
144.910–145.090 MHz Packet and FM simplex
  • Packet channels are spaced 20 kHz apart on the odd frequencies (144.910, 144.930, 144.950, etc.)
  • FM simplex channels are spaced 20 kHz apart on the even frequencies (144.920, 144.940, 144.960, etc.)
145.110–145.490 MHz FM repeater outputs (600 kHz splits)
  • FM repeater outputs are spaced 20 kHz apart (145.110, 145.130, 145.150, etc.)
  • FM repeater outputs are coupled with inputs from 144.510 to 144.890
145.510–145.790 MHz FM simplex, digital and satellite
  • Channels are spaced 20 kHz apart (145.510, 145.530, 145.550, etc.)
145.800–146.000 MHz Satellite
146.010–146.385 MHz FM repeater inputs (600 kHz splits)
  • FM repeater inputs are spaced 15 kHz apart (146.010, 146.025, 146.040, etc.)
  • FM repeater inputs are coupled with outputs from 146.610 to 146.985
146.400–146.595 MHz FM simplex
  • FM simplex channels are spaced 15 kHz apart (146.400, 146.415, 146.430, etc.)
146.610–146.985 MHz FM repeater outputs (600 kHz splits)
  • FM repeater outputs are spaced 15 kHz apart (146.610, 146.625, 146.640, etc.)
  • FM repeater outputs are coupled with inputs from 146.010 to 146.385
147.000–147.390 MHz FM repeater outputs (600 kHz splits)
  • FM repeater outputs are spaced 15 kHz apart (147.000, 147.015, 147.030, etc.)
  • FM repeater outputs are coupled with inputs from 147.600 to 147.990
  • In some areas, 147.000 MHz is coupled with 146.400 MHz as an input instead of 147.600 MHz.
147.405–147.585 MHz FM simplex
  • FM simplex channels are spaced 15 kHz apart (147.405, 147.420, 147.435, etc.)
147.600–147.990 MHz FM repeater inputs (600 kHz splits)
  • FM repeater inputs are spaced 15 kHz apart (147.600, 147.615, 147.630, etc.)
  • FM repeater inputs are coupled with outputs from 147.000 to 147.390


1.25 m

[edit]

Below is an example of a band plan for the 1.25 meter band.

Sample Band Plan

[edit]
219.000–220.000 MHz Data backbones (see 47CFR97.303 for further details)
222.000–222.025 MHz EME (Earth-Moon-Earth)
222.050–222.060 MHz CW propagation beacons
222.100–222.150 MHz CW and SSB
222.160–223.380 MHz FM repeater inputs (1.6 MHz splits)
  • FM repeater inputs are spaced 20 kHz apart (222.160, 222.180, 222.200, etc.)
  • FM repeater inputs are coupled with outputs from 223.760 to 224.980
223.400–223.520 MHz FM simplex communication
  • FM simplex channels are spaced 20 kHz apart (223.400, 223.420, 223.440, etc.)
223.540–223.640 MHz Packet
223.660–223.740 MHz FM control links and remote bases
223.760–224.980 MHz FM repeater outputs (1.6 MHz splits)
  • FM repeater outputs are spaced 20 kHz apart (223.760, 223.780, 223.800, etc.)
  • FM repeater outputs are coupled with inputs from 222.160 to 223.380

Frequencies of Note

[edit]
  • CW and SSB calling frequency is 222.100 MHz.
  • FM simplex calling frequency is 223.500 MHz.

Band Plan (Canada)

[edit]

Industry Canada has officially abolished the use of 220–222 MHz for amateur use, effective January 2006. This leaves 3 MHz of usable spectrum in the 222–225 MHz range.

222.000–222.025 MHz EME (Earth-Moon-Earth)
222.050–222.060 MHz CW propagation beacons
222.100–222.150 MHz CW and SSB
222.160–223.380 MHz FM repeater inputs (1.6 MHz splits)
  • FM repeater inputs are spaced 20 kHz apart (222.160, 222.180, 222.200, etc.)
  • FM repeater inputs are coupled with outputs from 223.760 to 224.980
223.400–223.520 MHz FM simplex communication
  • FM simplex channels are spaced 20 kHz apart (223.400, 223.420, 223.440, etc.)
223.520–223.640 MHz Packet
223.640–223.700 MHz FM control links and remote bases
223.760–224.980 MHz FM repeater outputs (1.6 MHz splits)
  • FM repeater outputs are spaced 20 kHz apart (223.760, 223.780, 223.800, etc.)
  • FM repeater outputs are coupled with inputs from 222.160 to 223.380