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Halloween is typically the most active day of the year for shortwave pirates. Spend some time on the HF bands tonight and you’ll easily tune in to numerous stations. Expect pirates to emerge like The Great Pumpkin!
Here are two things you’ll want to do this Halloween weekend:
HF Underground
Follow real-time pirate radio spots and loggings on the HF Underground discussion forum. If you’ve never tuned to a pirate in the past, these real-time loggings will help you find pirates while they’re on the air and also help you ID them!
Listen!
Listen for pirate radio stations tonight! Turn on your radio anytime today, but especially around twilight and tune between 6,920 – 6,980 kHz. Pirates broadcast on both AM and SSB; you’re bound to hear a few. If you’re brand new to pirate radio listening, you might read my pirate radio primer by clicking here.
The U.S. Coast Guard also is concerned about petition from the Shortwave Modernization Coalition
Numerous commenters have told the FCC that a proposal to “modernize” the shortwave band is a threat to amateur radio operators in the United States and possibly the end of ham radio as we know it. And hams are just one source of opposition to the idea.
The FCC inquiry was prompted by a request from the Shortwave Modernization Coalition for a rulemaking to amend the Part 90 rules.
SMC believes there is underutilized spectrum in the high-frequency bands. The coalition wants to use 20 kW transmitters for the transmission of time-sensitive data from fixed stations. It wants the FCC to allow these fixed, long-distance, non-voice communications in multiple bands between 2 MHz and 25 MHz.
Ham opponents worry about interference. One also characterized the coalition as being “packed with special interest groups that harbor little interest in shortwave modernization beyond their own needs to getting faster financial market information.”
The commission’s Office of the Managing Director sought comments on its proposal this summer. The petition, RM-11953, drew more than 800 comments. [Continue reading…]
Many of us hold fond memories of listening to AM radio in the car. But these days, drivers are just as likely to listen to satellite radio, Spotify, audiobooks or podcasts. Good ole FM radio is still around too. That’s led many people to question if AM, America’s oldest broadcast medium, still has a future?
Not many people noticed when Tesla removed AM from new vehicles a few years ago. Ostensibly, they did so because the frequency interferes with electric vehicles. Never mind that older Teslas previously had functioning AM/FM radios. Or that the Federal Communications Commission has rules to limit electrical interference. Seemingly no one questioned Tesla’s decision.
In the past couple of years, other manufacturers including Ford, Audi, Volvo, BMW and Porche began removing AM receivers from new models or announced plans to do so. This elicited a more passionate response from AM listeners, particularly those in rural areas. For them, the frequency is more than just entertainment. They say it’s a lifeline for those in remote areas who otherwise wouldn’t have access to emergency information. It’s also one of the last places where they can get hyper-local news and entertainment. [Continue reading…]
It has been with great interest that I’ve read about carmakers dropping AM reception capability in new cars, particularly EVs, and about the introduction of the “AM for Every Vehicle” Act.
The reason most often cited by makers of electric vehicles is interference from on-board systems to AM band reception. The truth is we have ourselves to blame.
The assault on AM band purity predates the popularity of electric vehicles by decades. The onslaught of cheap switching power supplies in consumer electronics, RF noise-producing computers and personal devices, and the absolute lack of any care given to protecting the spectrum are incompatible with AM quality.
For far too long, consumers, manufacturers, the NAB and even the FCC did not fight to protect the band. It seemed nobody cared whether new fluorescent lights (remember those?) caused so much noise that they even affected reception in neighbors’ homes. Nobody took up the fight to keep the band clean and make noise-free AM reception even somewhat possible in high-density housing areas. Nobody seemed appalled at this complete disregard for the usefulness of the band in the future. [Continue reading…]
ARRL The National Association for Amateur Radio® is asking that all radio amateurs urge the Federal Communications Commission (FCC) to continue the existing use of the 60-meter band. A public comment period is open until October 30, 2023. ARRL encourages expressions of support to the FCC for the current 100 W ERP power limit (instead of reducing the power limit to 15 W EIRP) and continuing secondary access to the current channels.
When submitting your comments, be sure the correct proceeding’s docket number, 23-120, is included on the form.Your name and comments will be entered into the official public record of the proceedings and will be viewable by anyone who visits the docket web page.
While radio amateurs are encouraged to include any comments they would like in their submissions, they’re especially encouraged to draw upon their personal experiences using the 60-meter band for public service purposes and for its location between the amateur 80- and 40-meter bands, which is critical to ensuring signal propagation to certain geographic areas during variations in time and the solar cycle.
Some of the main points to comment on for this NPRM are:
Urging the FCC to keep the four existing channels allocated to amateur radio on a secondary basis.
Urging the FCC to keep the 100 W power limit for the four existing channels and the new 15 kHz subband.
ARRL Public Relations and Outreach Manager Sierra Harrop, W5DX, underscored the importance of commenting, urging members to speak up. “ARRL members make up the strongest voice in matters of amateur radio spectrum defense,” said Harrop. “Your membership and participation in the rulemaking process both ensure ARRL continues to make the difference when our band privileges are threatened. Please join us in effort to protect our 60-meter band privileges.”
A big hi to all the SWLing Post Community, FastRadioBurst 23 here bringing you news of this week’s Imaginary Stations transmissions. We have two different shows of KBIN, the first on Sunday 29th October 2023 at 2100 hrs UTC on 3975 & 6160 kHz.
A few hours later via the transmitters of WRMI on Monday 30th October we have the second programme. The broadcast is at 0200 UTC on 9395 kHz and then repeated at 0300 UTC on 9455 kHz. We’ve got more recycled radio for you including mixes from some of our Imaginary Stations favourite shows so tune in and catch yourself another great value for money transmission this weekend!
For more information on the shows please email [email protected] and check out our old shows here.
Many thanks to SWLing Post contributor, Dennis Dura, who shares a link to the movie “The Earth Dies Screaming“–a sci-fi/horror film from 1964. Dennis notes that a Zenith Transoceanic Saves The Day:
First Prop: This Shortwave radio is from the movie The Killing Fields (1984) It appears at (about) 1:04:30 in the movie.
I saw this movie on “The Big Screen” when it came out.. And I had a better view of it at that time. While it was indeed thirty nine years ago(!) I THINK that I recall that on the red label, it said: “ITT” as the brand. And you see the “IC” badge as well. Shortwave radio is integral to this scene, and this is the FIRST Shortwave radio shown.
There is a SECOND shortwave radio prop, also integral to a scene, this one at 1:58:30 in the movie. I have no idea what the radio is.
Of Course, neither radio has to actually BE a shortwave radio at all, since they are props! But they are SOME kind of radio…
And NO, I’m not giving away the plot: This is a HIGHLY RECOMMENDED movie for any “newer” SWL/HAM who hasn’t viewed it… After all, almost a couple of generations have gone by!
Many thanks to SWLing Post contributor, Carlos Latuff, who writes:
Hello Thomas,
I’m sad to know that the New Zealand meteorological agency MetService, has retired radiofax in July 1st, and is focusing on “modern solutions” of sending synoptic charts to vessels. In 2021 I received several radiofax charts from MetService in Porto Alegre.
Many thanks to SWLing Post contributor, Bill Hemphill (WD9EQD), who shares the following guest post:
A Most Unusual Sony Radio
By Bill Hemphill WD9EQD
Over the years, I have owned many of the various Sony shortwave radios. From analog to digital, I would buy the latest and sell my current radio. For the past few years, I have been using mainly Tecsun radios and didn’t own any Sony radios anymore. This changed last year. I got the urge to acquire a few of the Sony’s that I remember so fondly. Over several months I bought off eBay four ICF-2010 (one of which works), two ICF-SW100 (one of which works), four ICF-SW1 (none of which works). After spending way too much money just to acquire two working Sony radios, I started realizing that any Sony radio was probably going to need re-capping – a chore which I am not skilled at. I could have saved money by just paying the high price for a radio that had already been completely re-capped and working.
During the many hours spent watching eBay, I would occasionally come across a Sony radio that I was not familiar with – the Sony ICF-SW800. This is a very unusual radio in that it has only two bands – FM and SW. And the SW band only covers 3.7 to 17.9 MHz It also has these small credit card size pre-programmed memory cards. I ended up buying a couple of the radios just to learn what was going on with the memory cards.
The radio is very plain and simple. Dull black plastic, telescoping antenna, nice flip out tilt stand on the back, very small LCD display that shows time when off or in stand-by and band (FM or SW), frequency and card Preset memory number when card is inserted. Following are photos of front of radio, without and with card inserted:
Removing the battery cover reveals a storage area for the cards when not in use:
The cards are slid into the slot on the right of the radio. There is a plastic cover over the keyboard. This cover is touch sensitive. The plastic has imbedded in it small dots which can detect which part of the screen is being touched. Without a card inserted, you can select the band (SW EXEC or FM EXEC) and directly enter a frequency using the 0-9 keypad. Or you can use the manual +/- tune keys.
I had originally thought that the memory cards must be storing the memories in circuitry within the cards. When I got the first radio and looked at the cards I was really surprised to see that they were just cardboard cards – no circuity. So how was the radio knowing which card was inserted and what was stored in the memory.
The radio comes with four double side cards. Three of the cards are for the memories while the fourth is a card used to set the clock. Following are photos of the “L” series cards:
As you can see some cards are pre-programmed for Radio Stations and some are Free Memories for you to program your own station. But since the memories are NOT stored on the cards, how does the radio know which card is inserted and which memory on the card is selected?
Each card has one or two white tabs on the left of the card. There are three possible tab locations. A review of the service manual and the wiring diagram shows that the locations of these tabs make up a binary code for 1 to 7. (only 7 is needed since the clock card is single sided while the other three cards are double sided) The clock card has all three white tabs and is thus seven (Tab 1 = 1, Tab 2 = 2 and tab 3 =4 for 1+2+4 = 7). Then each of the other cards are 1 thru 6 depending on the tab locations. The radio has infrared leds along with sensors. By shining a LED light onto the card, the radio can sense which card is inserted and then reference the correct ten memory locations in the storage..
The memories are stored in an EEPROM chip soldered into the radio. Depending on where the radio was purchased, a different set of memories would be pre-programmed into the chip in the radio. An associated set of memory cards would be provided with the radio. There were at least the following different set of memories manufactured with associated card sets as follows:
Area 5/AE7 Austria:
(Card Series “I”)
Card 1: Austrian Radio 1/Austrian Radio 2
Card 2: Omnibus 1/Omnibus 2
Card 3: Free Memories 1/Free Memories 2
Area 3/AE7 Swiss:
Card 1: Omnibus 1/Omnibus 2
Card 2: Omnibus 3/Free Memories 1
Card 3: Free Memories 2/Free Memories 3
Area AE6 Germany:
(Card Series “A”)
Card 1: Deutsche Welle/Omnibus 1
Card 2: Omnibus 2/Free Memories 1
Card 3: Free Memories 2/Free Memories 3
Area 2/AE7: Scandinavia:
Card 1: Danmarks Radio/Norsk Rikskringkasting
Card 2: Sveriges Radio/ Yleis Radio
Card 3: BBC/Free Memories
Area 6/AE7 Portugal:
Area 7/AE7 Europe:
(Card Series “N”)
Card 1: BBC/VOA
Card 2: Free Memories 1/Free Memories 2
Card 3: Free Memories 3/Free Memories 4
Area 7/AE7 International Sales Division in Europe:
Card 1: BBC/Omnibus FM
Card 2: Free Memories
Card 3: BBC/Omnibus SW
Area US United States:
(Card Series “L”)
Card 1: Deutsche Welle/Radio Moscow
Card 2: Voice of America 1/Voice of America 2
Card 3: BBC/Free Memories
Area UK United Knigdom:
(Card Series “B”)
Card 1: BBC (FM)/Omnibus (FM)
Card 2: BBC World Service/Omnibus (SW)
Card 3: Free Memories 1/Free Memories 2
It should be noted that even though a memory is preprogrammed (in the chip), you could re-program the memory using the “WRITE” feature on the card. Most of the cards just show memory location 0-9 with no indication of the frequency. Some cards do indicate the radio station but not the frequency. For example, Card Series “A”, Deutsche Welle has DW 0 thru DW 9 on the card:
In the packing material that came with my US version, there is a small fold out piece of paper that lists the Memory Presets for each card along with the preset frequency, broadcast time and coverage area:
There is no way to know from the outside of the radio which memory chip was pre-programmed at the factory. The model number does not differentiate between the regions. If the back cover of the radio is removed, then there is a printed sticker on the circuit board denoting which region the radio is for.
For example, one of my radios has a sticker with “E” on it to denote that it for the Europe market:
At this point, Sony was trying to market to people who just wanted to listen to their favorite station, be it FM or SW. Thus a simple to use. pre-programed radio. Never mind the fact that radio stations may change frequencies, or even disappear entirely. At least the ICF-SW800 allowed the user to re-program all the memories.
Sony also made two other radios that used the cards for memory.
The first was the ICR-SW700. This was a two band receiver covering MW and SW.
The second radio was the ICF-M500 which was made for the Japanese market. This radio was FM/AM two band radio:
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