Category Archives: New Products

C.Crane’s new CC Skywave SSB 2

If, like me, you received your latest C.Crane catalog, you’ve no doubt noticed the new C.Crane CC Skywave SSB 2 on page 3.

The CC Skywave SSB is one of my favorite all-time travel portables. I love it for its versatility, frequency coverage, and overall performance. Click here to read my review.

Version 2 of the Skywave SSB includes the following upgrades per C.Crane:

The new The Skywave SSB 2 has several improvements: The new Shortwave antenna jack can significantly improve SW reception when used with an external antenna. The new micro-USB connector now works well from any USB port along with improved in-circuit battery charging for optional “AA” NiMH rechargeable batteries. Other upgrades include a higher quality speaker along with slightly more audio amplification. Longer feet on the bottom of the radio for better stability.

All of these are welcome iterative upgrades. I especially love any improvement to the built-in speaker–travel portables are small, so any speaker improvements are most welcome.

Here’s the full copy from their catalog:

We will plan to review the Skywave SSB 2, of course! Stay tuned!

Click here to check out the CC Skywave SSB 2 on C.Crane’s website.

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Alex shares details about the latest Belka portable and upgrades

After posting information about the new Belka upgrades yesterday, Belka designer, Aleksandr Buevskiy, reached out to me and shared the following details and clarification about the latest design: 

I would like to share some more details/photos about Belka so that there is clear understanding of what features the new version has.

First, regarding its name. Now there’s no “DX”, “DSP” or something else. Belka is just named “Belka”. As simple as that 🙂

Second, frequency range was extended with the same parameters and performance. It’s now 0,1-31 MHz.

In previous versions there were 32 memory cells, we’ve now added a few more – 36 is exact number now to be precise.

One more thing about memory cells is that now there is a possibility to listen to memory cells before loading. See attached how it looks like (I’ve added video illustrating memory cells listening just because there were questions).

I also attach several photos of new version and add block diagram. You’ll find attached also PCB photo of new version:

Cheers,
Alex
EU1ME

Thank you for sharing all of this detail, Alex. I believe your new Belka will be a hit! I’m sure readers reach out with their reviews and we will share them here on the SWLing Post!

Click here to check out the new Belka.

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Video: Nick’s initial review of the Eton Elite Satellit

Many thanks to SWLing Post contributor, Nick Booras, who writes:

I bought [an Eton Elite Satellit] on Amazon and received it today. Here is a link to my YouTube review.

I have made several radio videos on YouTube recently and your audience may enjoy them.

Click here to view on YouTube.

Many thanks for sharing your initial review, Nick! I look forward to seeing any comparison videos you might produce as well!

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Radio Waves: AM/FM Receiver Sales Stabilize, Asheville Radio Museum Adds Model HS2, Legacy remains of WSY, and Farewell to WCFW

Radio Waves:  Stories Making Waves in the World of Radio

Welcome to the SWLing Post’s Radio Waves, a collection of links to interesting stories making waves in the world of radio. Enjoy!


AM/FM Receiver Sales Have ‘Stabilized’ Even As Audio Turns Up On More Devices. (Inside Radio)

Anyone who has tried to find an AM/FM receiver in a big box retailer knows they are not as easy to find as they once were. It is little surprise then that the Consumer Technology Association expects fewer to sell this year. But at roughly five million units now sold each year, CTA expects that number to hold steady in the years to come, in part due to the role radio plays during emergencies.

“That category has stabilized,” said Rick Kowalski, Director of Industry Analysis and Business Intelligence at CTA. “It’s a low number relative to other categories, but there’s a steady demand, just in terms of people having an AM/FM radio for those situations where you might need a battery-powered radio as a backup.”

CTA forecasts 4.7 million traditional radio receivers will be sold this year in the U.S. That is six percent lower than the five million units sold in 2021. “Looking out in the next five years. It’s not going to get much lower than that,” Kowalski said in an interview.

CTA projects 24.5 million smart speakers will sell this year, or roughly five-times as many as traditional radio receivers. But in what may be a surprise to many, that estimate is actually two percent lower than the 25 million smart speakers that CTA says were sold last year. [Continue reading…]

“Bringing it home” Asheville Radio Museum adds local piece of history to its collection (WLOS)

ASHEVILLE, N.C. (WLOS) — The Asheville Radio Museum has added a new piece of history to its’ collection!

It’s a 1922 radio receiver built by an Asheville-based business.

The model HS2 radio the museum procured is only one of two known to exist.

Collector and restorer Robert Lozier found that it was the first name brand radio built in North Carolina.

News 13 spoke to the director of media communications Peter Abzug about why this radio is so significant.

“Having this radio here, in Asheville, where it was built is really significant,” he said. “It’s bringing it home. Although the company itself didn’t last for years and years, it did employ people and it was a significant part of Asheville’s history, and something we can be very proud of.”

Click here to watch the video at WLOS.

Legacy remains of WSY, Alabama’s first radio station (Alabama News Center)

Innovation is at the historic heart of Alabama Power, beginning with its founding in 1906 and Capt. William Patrick Lay’s vision of electrifying the state by harnessing the power of Alabama’s rivers.

But the company’s embrace of another cutting-edge technology, just 16 years after Alabama Power’s incorporation, is also historic.

One hundred years ago this year, on April 24, 1922, Alabama Power hit the airwaves with the state’s first operating radio station. WSY (an acronym for “We Serve You”) began broadcasting from rented space in a building on Powell Avenue in Birmingham.

The 500-watt AM station was initially designed as a company tool, to provide better communications among employees – especially those in the field and at remote generating plants. In fact, radio technology was so new – regularly scheduled radio programming in the United States started only in 1920 – Alabama Power engineers had to design and build most of WSY’s transmitting equipment.

“We began assembling the set … with intentions of using it for purposes of operation of the system exclusively,” wrote George Miller, the employee in charge of the station, in the July 1922 issue of the company’s Powergrams. “The broadcast feature came up, though, and materially changed our plans.”

Indeed, a month before the station went on the air, The Birmingham News published a do-it-yourself piece about “how to make your own radiophone receiving set” so local residents could pick up WSY when it began broadcasting.

Interest in the station was so strong that within weeks it began offering entertainment programs, according to “Developed for the Service of Alabama,” the centennial history of Alabama Power, written by noted historian Leah Rawls Atkins.

Dee Haynes, with the Alabama Historical Radio Society, recalled one story that underscores WSY’s popular embrace. Soon after WSY went on the air, earpieces began disappearing from the handsets of payphones all over Birmingham, apparently because people were swiping them to use in home-built receiving sets. [Continue reading…]

FAREWELL TO FM: A Grandson’s Recollections of His Family’s Legacy Radio Station, WCFW (Volume One)

For 54 years, WCFW has been a beloved independently owned radio station on 105.7FM. But for lifelong Eau Claire resident Parker Reed, it has been more than that: it’s his family’s life, love, and legacy.

A catchy jingle – featuring the melody “WCFW, where FM means fine music” – came across a young radio station owner’s desk in 1969.

It was short, simple, and it worked. The owner paid $25 for it, and more than 50 years later that same jingle – which has aired thousands of times on 105.7FM radio – exemplifies the values of WCFW in Chippewa Falls and the couple who have owned it for over half a century: simplicity and consistency.

My grandparents, Roland and Patricia Bushland, have owned and operated WCFW since its inaugural broadcast on the airwaves on Oct. 20, 1968. Earlier this summer, they decided to end their 54-year stint in radio, selling the legacy station to Magnum Media – a Wisconsin-based media organization owned by Dave Magnum who now owns 25 radio stations across the state and will take over operations of the quaint, easy-listening station later this fall.

It’s a bittersweet moment – for the community, yes, but especially for our family, for whom the station has been an integral part of our lives for decades.

“It’s hard to not have mixed feelings about it, because it was our life for so long,” said my grandmother, Patricia Bushland. “When you start something, and you’re the only people who ran it all those years, you get attached to it. But after so many years, I’m thrilled to death that someone new is coming in, and we can finally take a break.”

When my grandfather, Roland, was young, he would draw pictures of radio towers during school – as his life too began with radio, front and center. My great-grandfather Roy Bushland owned and operated multiple Bushland Radio Specialties storefronts in Chippewa Falls and Eau Claire since the early 1930s – a business where my grandfather got his start in 1952 after he graduated Chippewa Falls High School as salutatorian. [Continue reading…]


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Eton Elite Satellite Update (August 20, 2022)

Eton Elite Satellit HD

Eton Elite Satellit Update (August 20, 2022)

As many SWLing Post readers have pointed out, Universal Radio has posted the following update to their product page for the Elite Satellit:

Our initial allocation of radios arrived 08/17/22. Our Q/C testing detected a problem with the radio. We are working closely with Eton to find a solution to the issue. We will begin shipping radios as soon we are satisfied the radio fully meets specifications.

Some early adopters noted that the receiver controls freeze when engaging HD radio stations. We suspect this may be one of the issues.

Universal Radio will no doubt post updates as soon as they’re available. For now, though, they are not shipping the Eton Elite Satellit. We assume this will be the case for other retailers as well.

Internal Photos

Many thanks to SWLing Post contributor, Noel, who shares the following internal photos he took of the Elite Satellit (click images to enlarge):

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Introducing the amazing SULA: An affordable unidirectional DX-grade loop antenna that you can build!

Many thanks to SWLing Post contributor extraordinaire, 13dka, who brings us a three part series about the new SULA homebrew antenna project. This first article describes this affordable antenna and demonstrates its unique reception properties. The second article will focus on construction notes. The third and final article will essentially be a Q&A about the SULA antenna. All articles will eventually link to each other once published.

This wideband unidirectional antenna is an outstanding and innovative development for the portable DXer. I love the fact that it came to fruition via a collaboration between Grayhat and 13dka: two amazing gents and radio ambassadors on our SWLing.net discussion board and here on the SWLing Post. So many thanks to both of them!

Please enjoy and share SULA Part 1:


Introducing the Small Unidirectional Loop Antenna (SULA) 1-30MHz

A small and simple, unidirectional and DX-capable loop “beam” for SWLs!

by 13dka

In early June, Andrew (grayhat), SWLing Post‘s resident antenna wizard suggested a variation of the “cardioid loop” on the SWLing Post message board: The original “cardioid loop” is a small loop receiving antenna deriving its name from a cardioid shaped (unidirectional) radiation footprint. The design is strikingly simple but it has a few downsides: It relies on a custom preamp, it needs a ground rod to work and it is unidirectional only up to 8 MHz.

Andrew’s version had the components all shuffled around and it did not only lose the ground rod, it also promised a nice cardioid pattern over the entire shortwave, from a small, diamond shaped loop. Wait…what? It can be made using parts available on Amazon and your DIY store:

You need some 3m wire and PVC tubes to create a support structure to hold the wire, a 530 Ohm resistor and a 9:1 balun like the popular “NooElec One Nine”. Since it’s a “lossy” design, adding a generic LNA like the NooElec “LANA HF” would help getting most out of it. When you put that all together you have what sounds like an old shortwave listener’s dream: a small, portable, tangible, and completely practical allband shortwave reception beam antenna with some more convenient properties on top, for example, it is a bit afraid of heights.

That sounded both interesting and plain crazy, but the .nec files Andrew posted were clearly saying that this antenna is a thing now. Unfortunately Andrew suffered a little injury that kept him from making one of those right away, I on the other hand had almost all the needed parts in a drawer so I ended up making a prototype and putting it through some of its paces, with Andrew changing the design and me changing the actual antenna accordingly, then mounting it upside down. Let me show you around:

  •  Small, diamond shaped wire loop (with 76cm/29.92″ sides), needing as little space as most other small loops.
  • Unidirectional with a ~160° wide “beam” and one pronounced minimum with a front/back-ratio of typically 20dB over the entire reception range 1-30MHz.
  • Moderate height requirements: It works best up to 3m/10′ above ground, where it gives you…
  • …a main lobe with a convenient flat takeoff angle for DX
  • Antenna is comparatively insensitive to ground quality/conductivity.
  • Wideband design, works best on shortwave and is pretty good up to 70cm.

A functional small beam antenna for shortwave reception that’s just as small and possibly even more lightweight (prototype:~250g/9oz) than your regular SML, that can be easily made out of easy to obtain parts and easily carried around for mobile/portable DXing and due to its cardioid shaped directional pattern also for direction finding, a “tactical” antenna that’s also doing DX? Unlike conventional, Yagi-Uda or wire beams it can achieve a low takeoff angle at only 3m/10ft height or less, the front/back ratio is typically better than that of a 3-element Yagi, with a particularly useful horizontal pattern shape. That it’s rather indifferent to soil quality could mean that more people get to reproduce the good results and being a real wideband antenna is making the SULA an interesting companion for multiband radios and SDRs. Really? A miracle antenna? Is it that time of year again? If I had a dollar for every….

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Can the Eton Elite Satellit meet 2022 expectations?

Many thanks to SWLing Post contributor, Dan Robinson, for the following guest commentary:


The Elite Satellit: Can Eton Deliver to Radio Users Who Expect Higher QC and Feature Standards?

by Dan Robinson

It’s been many years since the original E1 took the hobby world by storm. Everyone remembers the issues that plagued the E1, from the rubber coating that degraded over time, to display and encoder issues, and the calibration issues that frustrate some users.

In anticipation of the arrival of the Elite Satellit, I got both of my E1s out of storage — one in the 9xxx serial number range required a de-gooing session, accomplished quite well using Max Pro cleaner and 70% alcohol. It was interesting note, during that process, that the XM module on one side of the radio was more sensitive to color loss than other parts of the cabinet, reducing to an almost silver color when all was finished.

Original Eton E1 XM

Using the original E1s provided a reminder of how good these receivers were and still are, if you have managed to avoid display and encoder issues. The combination of PBT, triple selectivity and highly-effective SYNC was a blockbuster combination. The radio failed only in the area of quality control.

As Universal Radio and other distributors prepare to send out the first tranche of receivers, some thoughts are in order. The first is that one hopes Eton has lessons from the first go around regarding Quality Control. I have a sinking feeling about this based on my experiences in recent years reviewing receivers by Tecsun.

Eton needs to know that those who will buy the Elite Satellit, and that includes old-timers like myself but newcomers to the hobby, now have much higher standards specifically because of the features we have seen Tecsun and some other manufacturers put in portables.

Primarily, the presence of a recalibration capability really poses a challenge where the Elite Satellit is concerned. Discerning buyers no longer have to put up with a radio that has calibration and/or stability problems. This is why I am curious as to whether Eton included an adjustment function through software or an adjustment hole as with the original E1. So far, there has been no confirmation on this question from Eton or anyone else.

Original Eton E1 XM

With an older E1, tweaking of the master oscillator was possible through the small adjustment hold in the rear of the radio cabinet. This was tricky since in many units the hole was inconveniently located directly under one of the plastic ribs on the back.

I solved this problem by gently cutting a small section of one rib with a Dremel or similar tool, providing easier access. Still, adjustment has to be done carefully due to the sensitivity of the pot, and preferably with a non-metallic jewelers flat head screw driver. Even then, movements of the radio would often throw the radio back off.

But again, E1 users were spoiled by the recalibration capability which Tecsun included on receivers from the PL-880 to the 990x and 501s and even the PL-368, all of which provide a software method of zeroing frequency in SSB. Even Malahit SDRs have a fine adjustment setting in software.

If Eton has not taken this into account, and has not made any recalibration possible, I fear that it may face a good number of buyers who will simply return radios that suffer from significant frequency error. In short, a “good enough for government” approach by Eton when it comes to calibration QC is simply not going to be sufficient because for years now, Tecsun has been setting a higher standard.

Physical cosmetic issues too will also be an important indicator as to Eton’s attention to QC. If Eton learned its lesson from the rubberized cabinet fiasco, this should not be a major problem. But I would urge owners of the new Elite Satellit to examine your radio for QC issues, like LCD pixel problems, wobbly knobs and loose encoders, and issues with the telescopic antenna.

All of this becomes even more important because Eton is charging so much for this radio. Even taking inflation into account since the original E1 appeared, $599 for a radio that adds only HD and AIR band as features, but which still might suffer from QC problems is extremely high and I fear Eton may end up with numerous returns if the Elite Satellit fails in any key areas.

So, the clock ticks down to the moment when many of us will receive that box containing the Eton Elite Satellit. The question is will what is inside be able to meet the higher standards we have come to expect from a multi-band portable?

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