Shortwave Radio World Listening
Guide
   
Shortwave Bands
& Frequencies
|
Shortwave Band
Given in meter/metre |
Frequency |
|
120m |
2300-2495 kHz |
|
90m |
3200-3400 kHz |
|
75m |
3900-4000 kHz |
|
60m |
4750-5060 kHz |
|
49m |
5900-6200 kHz |
|
41m |
7100-7350 kHz |
|
31m |
9400-9990 kHz |
|
25m |
11600-12100 kHz |
|
21m |
13500-13870 kHz |
|
19m |
15100-15800 kHz |
|
16m |
17480-17900 kHz |
|
15m |
18900-19020 kHz |
|
13m |
21450-21750 kHz |
|
11m |
25600-26100 kHz |
Who
Are Some Of The Shortwave Broadcasters?
Shortwave Listed Established Broadcasters by Country
BBC World Service:
5965, 5975, 6175, 6195, 9515, 9590, 15220, 17840 kHz
CHU Canada Time Signals:
7315 kHz
Iran World Service:
6015, 6135, 9580 kHz
Kol Israel:
6280, 9435, 11605, 13720, 15640, 17545, 17600 kHz
Radio
Australia:
Radio Canada International:
5960, 9535, 9640, 9755, 11715, 11855, 11895, 13650,
13670, 15305 kHz
Radio France International:
Radio Havana Cuba:
North America: 6000, 9550, 9820
Europe: 9830 USB, 11705 USB, 13660 USB, 13750 kHz
Radio Korea International:
9560, 9650, 15575 kHz
Radio Netherlands:
5965, 6165, 9590, 9845, 15220 kHz
Radio New Zealand International:
6095, 11675, 15340, 15265, 17675 kHz
Swiss Radio International:
9885 kHz
WWCR-World Wide Christian Radio:
Transmitter 1: 3210, 9475, 15825 kHz
Transmitter 2: 5935, 13845 kHz
Transmitter 3: 5070, 12160 kHz
Transmitter 4: 7465, 7560, 9475 kHz
World Harvest Radio:
Angel 1: 7315, 9495, 15105 kHz
Angel 2: 5745, 9840, 13760 kHz
WWV United States Time Signals:
5000, 10000, 15000, & 20000 kHz
Shortwave Broadcasters, Listeners,
Please Email Us Your Broadcast Frequency
When Is A
Good Time For Reception?
In
general, lower frequencies, below 9000 kHz, are
better received at night and for a few hours
surrounding dawn and dusk. Higher frequencies,
13000kHz and up, are better received during the
day.
The
frequencies in between are transitional, with
reception being possible at most times. In
practice, these guidelines are not absolute,
with reception on high frequencies being
possible at night, and lower frequencies can
provide decent medium-distance reception during
the day. Additionally, these numbers can
change slightly with the changing of the sunspot
cycle, which affects the ionization of the upper
atmosphere, and hence the propagation of
shortwave signals. In times of lower
sunspot activity, as is the case in 1995-96,
higher frequencies are generally less useful
than lower frequencies, and the range of
frequencies used at any given time of day is
generally shifted slightly downward.
This information subject
to change without notice.
The WWW
Shortwave Listening Guide |