Dan revisits the venerable XHDATA D-808 portable radio

Many thanks to SWLing Post contributor, Dan Robinson, who shares the following guest post:

Revisiting the XHDATA: What Sangean Should Have Learned from the D-808

by Dan Robinson

Recent additions to the shortwave portable receiver market have been quite impressive, especially considering the continuing decline in the use of shortwave as a transmission method by broadcasters.

In what could be the final models from Tecsun, we saw the PL-330, PL-990x and H-501x all of which bring impressive features and capabilities to the game. Sangean finally introduced its upgraded ATS-909×2 including an early firmware upgrade that was supposed to correct some issues with this receiver.

As I have observed in some recent reviews, the very fact that the listening community still sees any new receivers is reason for gratitude, though we also have opportunities to acquire numerous classic receivers and can still do an excellent job in today’s listening environment.

One receiver that emerged a few years ago and which took the listening hobby by storm was the XHDATA D-808. Numerous reviews are online, including ones here on the SWLing Post, and excellent reviews by Gilles Letourneau here and here.

The 808 was and still is compared to the CCrane Skywave SSB, a much smaller and compact receiver. Unfortunately, in my experience both suffer from soft muting.

I obtained a D-808 shortly after it appeared based on early positive reviews. I used it once, at the beach in Florida where reception conditions were superior – comparing it to some older portables in my collection such as the SONY ICF-SW07, ICF-SW55, and the Panasonic RF-B65.

I was impressed with the sensitivity of the 808, large speaker, and inclusion of AIR band, though I noticed some digital artifacts and agree with negatives such as slight soft muting and chuffing, and slowness of the processor.

I boxed the D-808 up and stored it away where it sat until recently when I took it back out after my experience using Sangean’s ATS-909×2 – thus the title of this brief commentary.

Sangean made some basic decisions with the 909×2. Many of them are quite positive over the old 909x. For many users the 909×2 has more than enough features to justify the higher price of the receiver.

I came to a different conclusion after returning my ATS-909×2, and I started thinking about how the D-808 could have informed engineers at Sangean as they considered which features to put in the 909×2. To what extent Sangean designers looked at various other portables, including the D-808, we will probably never know.

D-808 DEMONSTRATES IMPORTANCE AND IMPACT OF BANDWIDTH FILTER CAPABILITY IN SSB

AM bandwidth control on the ATS-909×2 is quite nice. However, what leaps out is the absence of multi-bandwidth capability in SSB mode. It’s baffling that Sangean seems not to have recognized this as a must-have feature.

Tecsun started providing this on small receivers years ago, and in the PL-880, the excellent though flawed portable that also took the listening world by storm, and in the recent 330, 990x and 501x.

Using the D-808 again after a few years reminded me that this little China-made receiver offers no less than SEVEN bandwidths, in AM mode. Let me say that again: SEVEN (7) bandwidths.

You don’t find that kind of selectivity capability even in a Drake R8B. After that, you’re getting into continuously variable bandwidth control found in premium DSP receivers.

So, in AM mode you have: 6 kHz, 4 kHz, 3 kHz, 2.5 kHz, 2.0 kHz, 1.8 kHz, and 1.00 kHz

The D-808 also has fine tuning capability. This is not the same as the Tecsuns which actually enable you to re-calibrate, and with adjustment that remains set for both USB and LSB. On the D-808 you fine tune to zero beat, but have to repeat the correction for LSB and USB on the frequency you’re on – it’s a bit more twiddly, but on my 808 the fine tuning is nonetheless very smooth.

Nevertheless, combined with SIX bandwidth options when in SSB, the fine tuning option on the 808 is a superb feature, not to mention that on my particular D-808 there is little to no “warbling” when carrying out the fine tune operation.

So, in SSB on on the D-808 you have: 4.0 kHz, 3.0 kHz, 2.2 kHz, 1.2 kHz, 1.0 kHz, and an amazing .5 kHz ! Imagine that: .5 kHz

I usually remember stuff like this, but when I first tried the D-808 in Florida back in 2018 I was more focused on assessing sensitivity, audio, and issues such as its pretty slow DSP response when changing modes.

Video Demonstration of D-808 bandwidth capability in AM and SSB modes:

So, now you have to pick me up off the floor as I re-visit the D-808 and realize what an amazingly capable little radio it really is – again, see the excellent reviews by Gilles in which he pays a lot of attention to this fact.

Additional years ago, I used receivers such as SONY SW-55s and Panasonic RF-B65s in ocean side DXing. These are fine receivers, but the 55 is limited to two bandwidths, NARROW and WIDE – similar to the SONY 2010 and SW-77, both of which also had effective synchronous detection.

One of my best DX catches at that time was Radio Rwanda on 6,055 kHz just before it’s sign off in the late afternoon eastern timed. Using a Panasonic RF-B65 which had NO bandwidth options, I was able to hear and record a full sign off and ID.

However, had a D-808 existed at that time this would have been much easier because of the multiple bandwidths in both AM and SSB. I imagine a SONY ICF-SW7600GR would have done a good job as well, but it too does not have the multiple bandwidth options that a D-808 has.

These days, with the number of stations on the air reduced even further, examples like this may be fewer and farther between. But one has to observe that for AMATEUR radio listening, the amazing bandwidth capability of a D-808 really sets it apart from the pack.

Am I glad I re-discovered the D-808? You bet. It was on my list of TO SELL receivers. Now, it has a reprieve and is firmly back on my keeper list.

I have to think that it is highly unlikely that there will be a new version of the D-808, unless someone out there has heard something in the receiver rumor mill that I have not. Perhaps the folks at XHDATA/RadioWOW will take this hint.

If XHDATA were to re-design the 808, the most improvements one would hope for are obvious: a newer and faster DSP chip to speed up mode changes, a jack for external recording. A real long shot would be to hope for the same sort of calibration adjustment seen in the Tecsun receivers.

When I really get to dreaming, I think of XHDATA or some other maker designing a portable like the 808 – why not call it the 1000 Super DSP – that actually has continuously adjustable bandwidth control. This will never happen.

It’s doubtful that XHDATA or some other manufacturer will consider competing directly with Tecsun and Sangean. But the D-808 carved out a place for itself in the small portable category, at an extremely competitive price point.

As this was not an exhaustive retro review of the D-808, I have not gone into the various negatives that every D-808 owner knows to exist.

Lack of a RECORD OUT jack is one. A D-808x might implement Bluetooth capability as Tecsun has, and MicroSD recording capability (though that gets into issues that appear to have prevented Tecsun from doing the same). And surely, get rid of the soft muting.

In conclusion, I go back to a question that occurred to me as I used the Sangean ATS-909×2: what Sangean could or should have learned from the D-808.

Here was a small, well-designed DSP radio that burst upon the scene with outstanding capabilities and which even today is prized among those who own it. Need I repeat? SEVEN bandwidths in AM mode, and MW, and SIX in SSB and LW.

Every company that’s still manufacturing receivers makes its own decisions. It’s as important that we voice our gratitude to Sangean for its latest (possibly last) effort to revise the 909xxxx series as it is to Tecsun for offering no fewer than THREE superb world band receivers.

Sangean has received feedback from me and other reviewers about the x2. All of that is aimed at helping the company possibly correct shortcomings in the new receiver. I hope that this commentary is another step in that direction.

MTC: Your chance to buy and own a Ham Radio retail store

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Many thanks to SWLing Post contributor, Dan (K2IE), who notes that the owners of MTC (Main Trading Company) in Paris, Texas, are considering the sale of their retail store. Dan shared the following announcement posted in the MTC online store:

Buy a Ham Store!

Hi Friends! Christine and I have recently spoken to a realtor about our store. She thinks our commercial property along with the other rental property we own around our location is worth selling. She wants to list it and actually thinks she might have a buyer. We are thinking about it. We could always try and find a building to rent and just keep going. If we do, of course we would be looking for something bigger.

We have also thought of selling our business. We actually have several businesses all rolled into one. Our gross sales have been several million dollars per year even in 2020. Before we go any further with the realtor we thought we would put the business out there and see if there was any interest.

You may be thinking, “Why do we want to sell”? Well mainly we are just trying to plan for the future. I have a full time job outside our store. With this job I have insurance and a little retirement. I am just taking a look at all of my options. Selling the store and or the retail spot and letting someone younger come in with fresh ideas might just be what needs to happen for MTC and for my family.

Owning a ham radio store is not for the faint of heart. Money will not just come pouring in. It is hard work. Our twelve year old business has made enough to support our family and take care of multiple employees for twelve years now. We have not gotten rich by any means but we have provided for our family and have been greatly blessed.

It is very hard to put a price on it because certain things could or could not be included. Inventory fluctuates from $300K to $1Mil constantly. This could all be sold down prior to sale or could go with it. Domain names, website, real estate and certain parts of the business could or could not be included. We have a contracted US Post Office in the store that just about covers the payment on the building every month. If the business was sold and moved to another town this would have no value but if it was left here in Paris it would have value.

Vehicles, trailers and hamfest equipment could or could not be included. Right now, hamfests are not necessary and actually are not very profitable anyway but they are fun.

We also have our little Greenwood Louisiana location to consider.

If you are a go-getter, the sales and marketing type, and not afraid of hard work this may be your opportunity. You would have access to all of the lines that we carry if you pass any credit/capital requirements. I would pass along all contacts with all manufacturers and distributors we deal with.

We are Asking $350,000 without inventory, real estate , vehicles or some of the equipment. Of course I would consider trades.We might also be Flexible on Payment Terms

Think about it, Pray about it and we will do the same.-Richard

I love how open and honest he is in his description and announcement. Thank you for the tip, Dan!

Guest Post: Jerome’s experiences as an SWL in Saudi Arabia from 1990-91

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Many thanks to SWLing Post contributor, Jerome van der Linden, for the following guest post:

Experiences as an SWL in Saudi Arabia 1990 /91

by Jerome van der Linden

From about 1986 I worked for the Broadcasting Division of Telecom Australia (now “Telstra”), in Adelaide, South Australia. This Division of Telecom Australia had responsibility for installation, maintenance and operation of Australian Government funded broadcasting services (radio & TV) such as ABC (including Radio Australia) and SBS. In later years responsibility for this was taken away from Telecom Australia and handed to BAI.

I already had a life long interest in Broadcasting and short wave radio in particular, and I was recruited into a new non technical managerial position in the then new Broadcasting Division of Telecom Australia: it was the perfect job to my mind. In this period of the late 1980s, the organisation was heavily involved in the capital works to get Radio Australia Cox Peninsula (Darwin) back into operation, after it was largely destroyed by cyclone Tracy in 1975, as well as building the three Northern Territory vertical incidence (“shower”) services at Katherine, Tennant Creek, and Alice Springs (VL8K, VL8T, and VL8A respectively). (The NT is probably about the size of a major US state like Texas). Apart from doing my non technical work, I took every opportunity to learn more and get involved in the technical side of things. On one occasion, when I knew that the technical staff would be testing the new transmission facilities on a range of frequencies, I was able to confirm with the onsite technician a booming signal into Adelaide from the Alice Springs transmitter he was briefly testing on 11715kHz in the daytime.

Alice Springs (VL8A) transmitter site in the last year is was operating (Photo by Jerome van der Linden).

As the opportunity arose, and as I was also part of the Southern Cross DX Club, I regularly participated in the Radio Australia DX program (I cannot even remember its name, 30 years later) that was produced by Mike Bird. I also contacted many rural cattle stations (equivalent to “ranches” in the US) that were spread throughout the Northern Territory to get them to report on how they were receiving the new NT HF service broadcasting stations when they came on the air. I saw it as a way of promoting the shortwave radio services throughout the Northern Territory.

My work gave me the opportunity to visit not just each of the new NT HF transmitter stations, but also included several visits to the Radio Australia (RA) facility at Cox Peninsula. While I also saw the old RA Receiving station on Cox Peninsula (dating from the period when signals were received from RA Shepparton and then re-transmitted from Darwin, in the period pre cyclone Tracy), this was at a time when that facility had already been largely dismantled.

In early 1990, I sought and was awarded a contract position with Telecom Australia’s Saudi project, and I was seconded to that from my job in the Broadcasting Division. From my own research, I knew that radio and TV in Saudi Arabia was quite unlike what I was used to, and I made it a point to take with me, on loan, a Sony ICF 2001D receiver. So it was in March 1990 that I arrived in Riyadh on a single person’s contract. I was allocated a 2 storey 3 bedroom villa for my own use among a large number of other identical villas occupied by other Telecom Australia staff, that were all located within a walled compound close to the Saudi Telecom offices.

Almost immediately, it was obvious that I would have to rely on the BBC World Service for my English news, as the KSABS radio services were nearly all in Arabic, and its TV service was even less appealing to me. I managed to string up some long wire antennas on the roof, and it was not long before I was also able to pick up services from Radio Australia. I got in touch with Nigel Holmes, then RA’s Frequency Manager in Melbourne, and was able to let him know how signals were being received in the Middle East, even though South Asia was about the limit of RA’s intended reach at that time. As my office was in the city of Riyadh some distance away, I was allocated a car for my own use, and – having found these were quite common – soon fitted it with a Short Wave capable car radio. In fact it was the one I reviewed in the 1991 WRTH.

The compound housing the many Australians and their families had its own CCTV system, and the Aussies were entertained by a regular supply of Australian VHS TV tapes. The same CCTV network was also used by Australians from the project making out as wannabee disk jockeys with their own programs before 7am and into the evenings.

As many people will recall, in mid 1990, Sadam Hussein, the then leader of Iraq, invaded Kuwait, and there was some concern he might continue and invade Saudi Arabia. As a direct consequence, radio with World news became even more important for the Australians, and the many other expats working in the Kingdom of Saudi Arabia (KSA).

An unexpected benefit to the expats living in Riyadh was the arrival of thousands of US ground forces, who brought with them their very own AFN broadcasting services which operated on FM with their own high pitched professional female DJs who played the latest pop music. This was at a time when this type of music was not heard at all on local Saudi radio, and the only source we had of modern music was the many bootlegged copies of cassette music which were for sale everywhere (in addition to pirated copies of software).

When Sadam Hussein decided to stop international residents from leaving Iraq to travel home, their roles as ‘hostages’ caused international broadcasters to improve their services into the Middle East.

That included Radio Australia, and at least one of its Cox Peninsula transmitters was used to improve the signal to the Middle East in the hours up to its daily shutdown at midnight Darwin time (1430UTC). The strongest signal in those days was a 21MHz frequency, and it mostly boomed in. I recall one evening when the transmitter’s audio sounded very suspect to me. I made a quick international phone call direct to Cox Peninsula; spoke to the duty shift supervisor who I knew personally; described the signal to him; he picked the problem; switched the transmitter off and placed another transmitter online on the same frequency which gave clean audio, that I was able to confirm to him.

A Patriot missiles being fired to intercept a scud missile on 24 Feb, 1991 (Photo by Jerome van der Linden)

It was about this time that I realised my Sony ICF2001D had a feature I could use to the benefit of all my fellow Australians in the compound. In the first instance, I was able to arrange for an audio feed from the 2001D in my villa into the compound’s CCTV system, so that – provided someone plugged the audio in correctly – the signal from my Sony radio’s line out was relayed to every other villa that cared to listen. As I was absent during most of the working day, I used the Sony’s programming feature that allowed for up to 4 separate listening sessions to be set up. Each program required a SW frequency and start/stop times to be programmed. I think each session had a time limit of perhaps 4 hours. This enabled me to set the radio up to relay BBC World Service for most of the day switching automatically to certain frequencies as appropriate, and also provided the people with some brief Radio Australia segments with news from home.

In the period prior to January 1991’s, when George Bush had promised to retake Kuwait if Sadam Hussein did not withdraw, it was also interesting to pick up Iraqi broadcasts intended for (and to try to demoralise) American servicemen. Very strong signals from Baghdad were regularly audible, I seem to recall 11825kHz being one such frequency.

In the event, about January 16, 1991 the allies invaded Kuwait from Saudi Arabia, and made devastating air based attacks on Iraqi facilities. Radio Baghdad’s shortwave service did not seem to last very long after that.

We Australians were told in no uncertain fashion that Iraqi “Scud” missiles were ballistic (hence not accurately targeted), and would definitely not have the range to reach Riyadh in Saudi Arabia. The experts were wrong however, and a couple of scuds did reach Riyadh. As our compound was in the “flight path” from Iraq to the Riyadh airbase the Americans were using, it turned out we were not in the best location! The American forces had “Patriot Missiles” set up to intercept any Scuds that got through, but nobody told us that the Patriots break the sound barrier seconds after being fired, and that they’re only capable of intercepting Scud missiles just before they hit the ground. You can imagine the sonic booms that went off the first night Scud missiles arrived: I have photo in my home that some daredevil took outside, that proves all this.

We had been told to tape up the glass on our villas in case it should shatter, and that we should leave our TV sets tuned to our CCTV channel turned on at all times, with the volume up so that if there was an air raid the staff and their families could be alerted by means of a piercing alarm sound that someone had fiendishly created. And so it was that one Thursday, when Jonathan Marks had scheduled a telephone interview with me for Radio Netherland’s Media Network, we were discussing media events in Saudi Arabia when the air raid alarm went off, and we had to postpone the rest of the interview. I seem to recall that he did call me again later the same night and we finished things off. I never did get to hear the program, or I would have recorded it! As far as I know, it’s not one of the programs that Jonathan has been able to find to include in his on line media vault. If anyone else has a copy of this early 1991 edition, I’d love to hear it again.

As the experts had been wrong in their assessment, it was decided that most of the Australians would be removed from Riyadh, and I was sent to do my work from Jeddah, for about 6 weeks. Again it was a slightly different media environment, and while interesting, I missed the ICF2001D, and bought a cheap multi band analogue portable to be able to keep up to date with BBC World Service News broadcasts.

By early March 1991, most of the fighting was over, and it was safe for me to return to Riyadh, where I worked for another two or three months, before returning to my normal job and family in Australia.

Off-Air Audio Recordings

Radio Baghdad to US Troops (1990):

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BBC World Service News of the start of Desert Storm (January 16, 1991):

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Radio Australia announcement by the acting Foreign Affairs Minister (January 16, 1991):

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AFN Riyadh (Brief clip of Army Sergeant Patty Cunningham signing off her shift):

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Radio Waves: DIY Internet Radio With Real Buttons, Armed Forces Day Cross-Band Test, Tokyo Rose, Shortwave Collective, and RAC Portable Operations Challenge

Radio Waves: Stories Making Waves in the World of Radio

Because I keep my ear to the waves, as well as receive many tips from others who do the same, I find myself privy to radio-related stories that might interest SWLing Post readers. To that end: Welcome to the SWLing Post’s Radio Waves, a collection of links to interesting stories making waves in the world of radio. Enjoy!

Many thanks to SWLing Post contributors Paul, Dennis Dura, and David Goren for the following tips:

Internet radio with real buttons using Stream Deck (Bjørn Erling Fløtten)

How I used a Stream Deck Mini from Elgato in order to give my mother-in-law a super easy Internet radio experience.

By Bjørn Erling Fløtten, Trondheim, Norway. April 2021.

Background

My mother-in-law is from Poland. When she stays in Norway in order to help us with babysitting she misses Polish radio. In principle this is easily accessible through the Internet now from all kind of devices.

BUT, my mother-in-law is not PC-literate, nor does she use a so called ‘smart’-phone. With my long experience in teaching people far younger than her simple mouse and keyboard techniques, I knew that operating Windows and finding Internet radio stations on her own would just be too cumbersome. I therefore had to create a super simple setup for her, and my hacker mind started to think.

(I did of course consider special purpose Internet radios. They should in theory be quite simple to operate, but they all have som kind of quirks that I did not like. And besides, constructing something of your own is of course always more satisfying.)

I want Real Buttons!

What I really wanted was big buttons with tactile feedback. I had earlier experienced with some Behringer products (sound mixing board) in order to demonstrate mathematical functions. The idea then was to use turning knobs and sliders in order to see how changing parameters changed the outcome of the function, especially graphs in 2D and 3D.

I thought this would be useful also for an Internet radio, but then I remembered having read about the Optimus Maximus keyboard (keyboard with programmable led icons on each key), and I thought such a product would be even better. This search led to Elgato and their Stream Deck Mini. This has 6 buttons, just enough for a radio. I might have preferred the bigger version with 15 buttons but their products are ridiculously expensive, so I had to be content with just 6 buttons.

In addition to the Stream Deck Mini my son donated his old school laptop with Windows 10 installed. It was a cheap ThinkPad L-series which, although 3 years old and somewhat battered from daily use to and from school, was quite capable of streaming some audio from the Internet. My son created a guest account in Windows 10 with auto login. He set ‘Fn lock’ as default, meaning that keys F1, F2 and F3 was volume off, down, up without having to press Fn. We also found a pair of speakers lying around in the house.

No programming necessary *

(* But understanding of HTML, URLs and Windows command line arguments is a requisite.)

Initially I thought I would make a Windows application for controlling which radio streams to play. But it turned out that Elgato’s accompanying software was quite capable by itself.

I assigned five of the six available buttons to launch the standard web browser (Google Chrome in this case) with a corresponding streaming URL (radio channel).

Continue reading the full article by clicking here.

Annual Armed Forces Day Cross-Band Test set for May 7 – 8 (Southgate ARC)

The US Department of Defense will host this year’s Armed Forces Day (AFD) Cross-Band Test, Friday and Saturday, May 7 – 8, in recognition of Armed Forces Day on May 15. The event is open to all radio amateurs.

For more than 50 years, military and amateur stations have taken part in this exercise, designed to include amateur radio and government radio operators alike.

The AFD Cross-Band Test is a unique opportunity to test two-way communications between military and amateur radio stations, as authorized under FCC Part 97 rules. These tests provide opportunities and challenges for radio operators to demonstrate individual technical skills in a tightly controlled exercise in which military stations will transmit on selected military frequencies and will announce the specific amateur radio frequencies being monitored.

The schedule of military/government stations taking part in the Armed Forces Day Cross-Band Test and information on the AFD message is available on the MARS website.

Complete the request form to obtain a QSL card. ARRL

“Tokyo Rose” – WW2 Traitor or Victim? (YouTube)

Shortwave Collective – FENCETENNA (YouTube)

RAC Canadian Portable Operations Challenge Award (Southgate ARC)

The RAC Challenge Award: An Overview
Radio Amateurs of Canada is pleased to present a new Canadian Portable Operations Challenge Award for RAC members.

The objective of the new “RAC Challenge Award” is to recognize and encourage portable operations by RAC members from locations throughout Canada.

The new program will begin on Canada Day, July 1, 2021 and we hope it will become an annual event for RAC members.

Note: the following information is tentative as the new Awards program is still being organized so please stay tuned to this webpage for future updates.

Portable Operations
Portable operations are those in which Amateurs take their equipment, antennas and power supply to a location away from their home station to operate. This includes mobile stations, backpackers, DXpeditions and participation in events such as those described below:

Parks On The Air (POTA), a worldwide program of park activations – https://parksontheair.com/
Quebec Parks On The Air (QcPOTA) April 1 to December 31
Field Day: June 26-27
There are several other programs that celebrate portable operations including Summits on the Air (SOTA), Islands on the Air (IOTA) and the International Lighthouses and Lightships Weekend.

Features of the “RAC Challenge”
The new “RAC Challenge” will recognize all portable operations in which RAC members participate and will have similar features as a contest. Amateur Radio contests in VHF, UHF and the Microwave bands all have categories for “Rovers” – who move from grid square to grid square and “Backpackers” – who seek out hilltops from which to operate with highly portable equipment and antennas.

For many satellite operators, making contact with as many grid squares as possible is a mark of success. Some of those operators go on satellite DXpeditions to activate rare grids or operate from the intersections of grids to offer multiple grids with a single contact. In addition to being fun, these activities provide an opportunity for Amateurs to experience what is required to set up and operate under challenging conditions – valuable experience for emergency preparedness.

For more on the RAC Challenge Award, please see:

https://www.rac.ca/rac-canadian-portable-operations-challenge-award/

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Radio Emma Toc World Service: May 2021 Schedule Summary

Updates: Return of the lab599 Discovery TX-500, QRPer.com, and YouTube

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Last year, I was lucky enough to obtain a lab599 Discovery TX-500 QRP transceiver to review for The Spectrum Monitor and the SWLing Post.

I could only keep the TX-500 for a one week evaluation period because it was one of only two or three pre-production units in the US–one was being evaluated for FCC approval.

Often, when a reviewer is sent a loaner unit, if we really like it we can purchase it from the manufacturer for roughly market price. The TX-500 was so rare, though, this simply wasn’t an option. Had it been, I would have purchased it. I liked the radio that much.

This week, I took delivery of a new TX-500 sent directly to me by the manufacturer in Russia. (You’d better believe I’m not sending this one back! I’ve already given it a name!)

If you’re interested in why I like the TX-500, check out my in-depth review here on the Post.

I will say this: if you’re a ham radio operator that likes SWLing, the TX-500 is a very capable broadcast receiver. Since I took delivery, I’ve had some pretty long listening sessions with the TX-500 on mediumwave and shortwave. The AM filter width is adjustable and can be quite wide if you want full fidelity. You must use an external speaker or headphones with the TX-500: this portable transceiver is sealed so that it’s weatherproof. The supplied speaker/mic works in a pinch, but I much prefer headphones or one of my amplified speakers.

QRPer.com: the other blog

I realize that many readers here on the SWLing Post aren’t aware that I actually have another blog dedicated to ham radio in the field: QRPer.com.

QRPer and the SWLing Post were actually born around the same time in 2008, but over the years I put much more effort and energy in the SWLing Post as I felt there needed to be better resources, articles, and information out there about radio listening. The SWLing Post has grown to a community of 8,000-9,000 daily readers and I couldn’t be more proud. There are days it really feels like a big, international family of kindred spirits. I’ve learned so much from this community.

QRPer is devoted to low-power amateur radio operation in the field. It has a completely different feel than the SWLing Post as most articles are field reports from my Summits On The Air (SOTA) and Parks On The Air (POTA) activations. I post at least one field report each week and typically test a different pairing of a transceiver and antenna. Many of my activations these days are using CW (Morse Code). After completing my first CW activation last year, I truly fell in love with this earliest of radio modes.

Click here to read my latest SOTA/POTA field report on QRPer.com.

I get that there are many here at the Post that don’t really care for ham radio or QRP operation and that’s perfectly fine. I mention QRPer because I’ve been getting notes from readers who are just realizing that there’s a common connection between the SWLing Post and QRPer: me!

I’m horrible at cross-promoting my work, so there you go.

Not a YouTuber, but I have a YouTube channel

While I’m at it: last year, I also started making real-time, real-life, unedited YouTube videos of many of my QRP field activations. I made some of the first ones at the request of readers who wanted to know what it was like to actually perform field activations.

I’m a fellow who has very little free time and the thought of editing videos, frankly, makes me break out in a cold sweat. I simply don’t have the time. Plus, I don’t really have the personality of a successful YouTuber. I am what I am.

I posted my first unedited videos expecting negative comments. The total opposite happened.

While I never expect my YouTube channel to appeal to anyone beyond a very niche audience, I have gotten some very encouraging comments from subscribers who appreciate (virtually) sitting with me on the park bench or on a 3,000 meter summit and copying the CW and SSB contacts that roll in. I see these videos as supplements to my field reports on QRPer.com. In fact, if you want to see the Discovery TX-500 (mentioned above) in action, you’ll want to read my field reports on QRPer.com and watch the activation videos.

If you’re looking for a proper cure for insomnia, here’s a link to my YouTube channel. Consider subscribing if I haven’t scared you away already. Indeed, as I publish this post, I see that I’m almost at the 3,000 subscriber mark. What?

Oh, speaking of YouTube and the TX-500, I made a video shortly after receiving it via DHL. I call it an “unboxing” video but really it’s an excuse to talk about why I’ve missed the TX-500.

By the way: I don’t monetize my YouTube channel, so there are a total of ZERO ads. I’m able to support my radio and blogging life via the backing of my amazing readers and sponsors. Thank you so very much!

Click here to check out the YouTube channel.

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Radio Lavalamp and KSOL broadcasts in May 2021

They say you better listen to the voice of reason

[…]Radio Lavalamp will be taking to the shortwaves very soon, as in this Sunday 2nd May 2021 at 2300 UTC (Midnight UK time) on 9395 kHz via WRMI. The show features some chilled tunes and also a mix from One Deck Pete called “The Purple Nucleus of Creation 004” with tracks from Floating Points, London Symphony Orchestra and Pharoah Sanders, Betelgeize ft. Ilya Chistyakov, Tranquility Bass and Hrair. Turn on and tune in.

And on the weekend after (and the one after that) KSOL is back in orbit in a “Satellite of Love” mode. It’ll be broadcast out of Germany via Channel 292 at 2200 UTC (11pm UK time) on 3955 kHz on Saturday the 8th and 15th May 2021.

And in keeping with the radio theme here’s a song about CW (Morse Code) by the great Ivor Cutler that was heard on BBC Radio 4’s Great Lives programme this afternoon.