Many thanks to SWLing Post contributor, Alan Roe, who shares his annual Holiday Programmes on Shortwave schedule. This guide is chock-full of numerous shortwave holiday programs Alan has curated for us all to enjoy on the air!
Thank you so much for sharing, Alan!
By Jock Elliott, KB2GOM
Call me a retro-crank, an old-schooler, but part of the joy of listening to shortwave is that the signals sound like they have come from far away. There is nothing like hearing the music, the news, the commentary “filtered through the shortwaves” . . . as Edward R. Murrow once put it.
At the same time, I am a content DXer (thanks David Goren for that phrase; it fits perfectly what I do). Merely hearing some scratchy, barely audible signal won’t scratch the itch; I want to hear what is being broadcast clearly enough to make sense of it.
And when something particularly catches my ear, there are times when I would like to minimize the noise.
That’s where the Xiegu GNR1 Digital Audio Noise Filter comes in. According to the Radioddity website (they loaned me the unit for testing) — https://www.radioddity.com – “The Xiegu GNR1 digital audio noise filter is an audio processing device integrating digital noise reduction and digital filtering. It can be widely used in the external audio processing sector of all types of wireless receiving equipment such as radio transceiver, receiver, radio, to effectively reduce the background noise, improve the signal-to-noise ratio, and improve the signal identifiable degree.”
What I found is a mixed bag. I had some difficulty getting the unit to work at first when I plugged my headphones into the headphones jack on the front panel. Once I plugged the phones into the SP #2 jack on the rear panel, I found the GNR1 will, indeed, reduce the noise on a relatively “fat” shortwave broadcast signal, rolling off the static with no digital artifacts and making the signal more pleasant for long-term listening. And you can use the high cut filter and low cut filter to tailor the sound to suit your ears, and they work quite well for that purpose.
On weaker signals, however, the GNR1 did not provide as much help in reducing noise or sometimes could not hear the signal at all.
For example, at my location east of Troy, NY, I can hear the Canadian time station CHU on 3330 nearly all the time. Today I could hear the time “pips” but down in the noise. I plugged in the BHI Compact In-Line Noise Eliminating Module (which I reviewed elsewhere), and I could hear the time station better, along the with the trickling water sound that is an artifact of the BHI noise reduction algorithm. But with the GNR1, it was as if the CHU time station had disappeared, no matter what adjustments I made to the device.
Bottom line, I can provisionally recommend the GNR1for reducing noise with no artifacts and tailoring audio on strong shortwave broadcast signals, but not for weak signals.
Last month, C.Crane sent me (and the infamous Jock Elliott–read his review here) a pre-production CC Skywave SSB 2 portable shortwave radio.
In full disclosure and to be clear: these pre-production units were sent to us free of charge by C.Crane who is a long-time sponsor of the SWLing Post.
Back in October, I was very pleased to see that C.Crane had updated the CC Skywave SSB to version 2 in their latest product catalog.
If you’ve read the SWLing Post for long, you’ll know that the CC Skywave SSB is my choice travel and EDC radio. I prefer it over any other portable I own (and I do have quite a lot) because it’s so insanely useful, efficient, lightweight, compact, and durable.
I’ve taken the CC Skywave SSB and the original CC Skywave on more travels that I could possibly remember.
I’m a one-bag traveler.
Me, at Charlotte-Douglas International waiting for a flight to the Winter SWL Fest in 2019.
When I fly, I take only one carry on bag that’s so compact it can fit under the seat in front of me in any type of commercial aircraft.
I firmly believe there is no freedom like one-bag travel. While others are stressing over where to stow luggage, how to carry it all, or why their checked-in luggage didn’t arrive at the destination, I’m cruising through the airport and to my destination unhindered.
The key to successful one-bag travel is only carrying what you need, and focusing on items that are multi-function.
Me? I need a good multi-band radio.
The CC Skywave SSB is the most comprehensive compact portable I own. It’s truly a “Swiss Army Knife” of a receiver. Here are the bands/features I appreciate:
All of this and it’s also one of the best-performing compact radios on the market. It’s a capable radio for portable DXing right out of the box (or you can hot-rod it like Gary DeBock does!).
Side note: the CC Skywave’s weather radio reception is better that any other radio I’ve tested including dedicated weather radios. Continue reading
Welcome to the SWLing Post’s Radio Waves, a collection of links to interesting stories making waves in the world of radio. Enjoy!
Shortwave retains a role in serving particularly difficult-to-reach audiences
Russia’s horrific invasion of Ukraine and its simultaneous blocking of Western media outlets has renewed public interest in shortwave radio broadcasters like the federally funded Voice of America.
Now managed by the U.S. Agency for Global Media or USAGM, VOA’s roots go back to 1941, when the U.S. government leased a dozen commercial broadcaster owned/operated shortwave radio transmitters for the VOA’s predecessor, the U.S. Foreign Information Service. (These shortwave transmitters were previously used by U.S. broadcasters to share content between their AM radio stations.)
The VOA came into being in 1942. It played a major role in broadcasting U.S. news and views to the world during World War Two and the Cold War. After the fall of the Berlin Wall, shifting government priorities, the emergence of platforms competing with shortwave, and budget cuts led to VOA’s language services, broadcasts and programming being reduced.
Today, “USAGM operates transmitting stations around the world, including in the U.S., Africa, Europe and Asia,” Laurie Moy, USAGM’s director of public affairs said in an email earlier this year.
“All of these stations are equipped with multiple shortwave transmitters, and four of these stations have a medium-wave (AM) transmitter each. In total, USAGM’s network consists of about 75 shortwave (ranging from 100 to 250 kW) and medium-wave (ranging from 100 to 1000 kW) transmitters.”
The agency also has access to shortwave and medium-wave transmitters via leases and exchange agreements with other broadcasters.
At present, USAGM produces content in 63 languages, 35 of which are aired on shortwave and medium-wave. VOA itself produces content in 48 languages, 18 of which are aired on shortwave and medium-wave.
“In terms of the agency’s shortwave network, shortwave continues to reach particularly difficult-to-reach audiences, such as in North Korea, western China, Afghanistan and elsewhere,” Moy told Radio World. [Continue reading…]
If a tornado or flash flood is imminent, most Americans find out about it through a smartphone or a television.
But as the National Weather Service was reminded in the wake of the deadly Dec. 10, 2021 Kentucky tornado, one segment of the population uses neither of those things: the Amish, who shun technology.
As meteorologists studied damage in the days that followed that storm, which killed 80 people and damaged hundreds of homes, they encountered an Amish community in Ohio County, Kentucky, and asked: How do you get severe weather information?
“They basically said they listen for the weather sirens from town,” said Derrick Snyder, a meteorologist with the National Weather Service. But as loud as storm sirens are, not everyone is close enough to hear.
A solution may be on the way, as the agency teams with a national radio maker as part of the Weather Awareness for a Rural Nation initiative. Snyder and other meteorologists are part of a project developing weather radios that will be both effective in relaying information immediately, but also acceptable for the Amish lifestyle.
It will be a stripped-down, hand-crank model with absolutely no modern amenities. Continue reading
By Jock Elliott, KB2GOM
A while back, Thomas, SWLing’s Maximum Leader, told me the scope of the SWLing Post is “shortwave listening first, then all things radio.”
As a fan of “all things radio,” when conditions on the shortwave and HF ham bands are awful, frequently I will turn on a scanner (or two) to monitor local VHF and UHF communications.
So why scan? Here are a few of my reasons.
First, scanning increases my enjoyment of communications monitoring in general. Communications monitoring is about hearing stuff, and the more I hear, the better it is. Depending upon current events and/or changes in location, I alter the types of communications services that I scan. For example, when I visited Sodus, NY, I monitored maritime frequencies to hear the activity on Lake Ontario. At another location, I might monitor the local air traffic controllers. When an ice storm passed through the area, I monitored first responders.
Second, “content DXing.” The content that can be heard on scanners is, on occasion, astonishing. Without doubt, I hear things on a scanner that I can hear nowhere else. To name just a few:
When confronted with all the different kinds of difficulty in which people can find themselves (particularly on the first responder frequencies), I find myself giving thanks for how nicely undramatic my life usually is.
Third, monitoring public service communications – fire, police, and emergency first responders – increases my awareness of what’s going locally and that, in turn, can be useful in avoiding trouble spots or traffic problems.
Forth, scanner listening can be opportunity to pray for folks who are in trouble. About a month ago, I was monitoring fire and EMS frequencies when I heard a transmission from an ambulance to a local hospital: “We are inbound with a 14-month-old male found unresponsive in his bed, performing CPR, attempting to establish airway.” Heartbreaking.
If you think you might be interested in a scanner (and I have no commercial interest with any scanner company or retailer), the type of scanner that you will need depends on the sophistication of the communication systems in your area and the kinds of communications that you want to hear.
If you are in the United States, I recommend consulting the Radio Reference database click on the NEAR ME button and follow the prompts. The database will show you what communications are available in your area and what communications systems are involved. If, for example, the database indicates the local Sheriff frequencies are “Project 25 Phase 1,” you will need a scanner capable of receiving P25 Phase 1 communications. If, however, the local Fire and EMS frequencies are labeled FM or FMN, the most basic level of scanner will be capable of hearing those communications. If the Radio Reference database indicates that some of your local communications services are encrypted, you won’t be able to hear encrypted communications with any scanner.
If you find this all a bit confusing, there are retailers who specialize in scanners, and they can help you figure out what you need, and, if necessary, pre-program a scanner for you. (Again, I have no commercial affiliation.)
Finally, there is a fifth reason why I scan: public service. I use four scanners routinely as part of the Commuter Assistance Network. One scanner monitors the local VHF NY State Police frequencies; another is locked onto the UHF frequencies used by the NY State Police on the New York State Thruway; a third scanner sweeps through three national emergency frequencies and a couple of regional interoperability frequencies, and the fourth scanner monitors first responder frequencies for Rensselaer County here in New York State.
In the end, perhaps scanning can open the door to increased enjoyment of your communications monitoring and “all things radio.”
Many thanks to SWLing Post contributor and KSKO Program Director, Paul Walker, who shares the following announcement:
Tune in for two hours of nothing but Christmas tunes December 23rd and it’s extra special because it’ll be a live worldwide broadcast of KSKO on Shortwave!!
From 2200-2400UTC 2300-0100UTC (2pm Alaska, 3pm Pacific, 6pm Eastern) we’ll be live across Europe on the 250,000 watts of Spaceline Bulgaria’s 5900 kHz transmitter along with the 100KW WRMI 7570 kHz covering North America and the 100KW WRMI 9955 [Updated to 5085] kHz covering Latin America.
I’m footing the costs out of this out of my own pocket just for the heck of it!
I’m so glad you’re doing this again, Paul! We look forward to tuning in!
Hi SWLing post community from Fastradioburst23. Just when you thought it was safe to put that canvas toolbag away, the Imaginary Stations team have a DIY related broadcast on Sunday 11th December 2022 via WRMI on 9395 kHz at 2300 hrs UTC.
There will be toolshed related tunes, advice on repairing stuff around the home “without the direct aid of professionals or certified experts” and tips and tricks from various handymen and women from around the globe. So plug in that homebrew radio, tune it in and enjoy!