Monthly Archives: July 2019

More than mere nostalgia: why vintage technology still has appeal

Many thanks to SWLing Post contributor, Kim Elliott, who shares a link to this CNN Business article that briefly explores why consumers still invest in vintage electronics:

New York (CNN Business) – That beaten up Walkman buried in your basement might be someone’s hot new accessory. The retro tech market is alive and kicking.

In May, Apple refreshed the iPod touch for the first time in four years. Vinyl record sales clocked in at 400 million on average over the past four years, according to data from data tracker Statista.

[…]Other gadgets that have stayed the course: camcorders, radios, clock radios, desk phones, and DVRs. Millions of these are still in use in US households in 2017, according to Statista.
What drives people to continue purchasing vinyl records, instant film cameras, and iPods, long after new products have made those objects irrelevant?

Older gadgets have a lot of staying power because they allow people to unplug from the constant ping of smartphones and tablets.[…]

This short article and accompanying video are worth reviewing. I for one, can certainly relate.

When I was a kid in the 70s and 80s, shortwave radio was simply wireless magic. Even though the medium had been around for many decades, when my friends learned about what I could receive at home with my Zenith Transoceanic (which by then was a good 15 years old) they couldn’t wrap their minds around it.

Today, of course, international communications are effortless and nearly free via computers, tablets and smart phones.

And, I don’t know about you, but the shock value of what new technologies can do has worn off. A phone app that can control the lighting an appliances in your house? Sounds useful. A voice-activated wireless home camera system that allows you to talk to and feed your dog while you’re at work? My neighbor has one of those. A car that can drive itself? Sure. Why not?

Major technological leaps are happening at such a rapid pace that innovation is hardly appreciated…it’s expected. Ask any Apple stockholder.

And digital technologies are often incredibly affordable–but I would argue there’s a directly relationship between affordability and a loss of privacy.

As the article points out, vintage electronics have appeal because they effectively do their job without monopolizing your attention or personal space.  “Vintage” tech can be with you for the long run and doesn’t necessarily rely upon an app developer or company that may or may not exist tomorrow.

Maybe this article struck a nerve…

Like TV, digital devices tend to monopolize your attention. Almost all new apps, for example, default to “push” notifications that beep, buzz and effectively turn one into Pavlov’s dog. Human beings are wired to respond to this stuff!

It’s sad to have lunch with a friend that is constantly checking their phone because it’s pinging them with notifications. It’s like having an attention-deprived two year old in the room while you’re trying to carry on a meaningful conversation.  I have a rule: the only time I’ll answer a text or call when I’m with someone is if I’m expecting something urgent. Even then, I usually mention the possibility in advance and apologize when it happens. It’s an intrusion and I treat it as such.

Besides the nostalgic factor, I turn to “vintage” technologies because they lack the insidious nature of internet-connected digital devices.

When I turn on a radio, it’s on. When I turn it off, it’s off. It’s not listening to me, not reporting my shopping habits and not sending me notifications. It’s a companion.

Photo by Steve Harvey on UnsplashListening to a vinyl record is a proper experience too–one that’s high-fidelity, has unique character and won’t stop what it’s doing to tell you that you lost an eBay auction or that a friend took a photo of their Tiramisu.

Am I shunning internet-connected digital devices? No. [In fact, I’m sure I’ll get called a big fat hypocrite when I review the Google Nest Hub soon!] But I do advocate taming these devices and educating yourself about what they can do while they’re in your home.

Consider turning off their notifications, their microphones, their cameras, and even creating a single-use throw-away user account to tie to devices. Do what I do and unplug them when not in use.

I’m sorry for the Friday soap box and what seems to be an issue of Thomas’ Pet Peeves, but I’m willing to bet other radio enthusiasts feel as I do. Do you still use vintage tech in your daily routine? Do you attempt to tame digital devices? Or do you embrace notifications, automaton, and all things connected?

How do you strike a balance?  Please comment!


Do you enjoy the SWLing Post?

Please consider supporting us via Patreon or our Coffee Fund!

Your support makes articles like this one possible. Thank you!

Spread the radio love

A very “exciting” radio!

A two-channel atomic radio receiver. A mixture of cesium and rubidium is excited to Ryberg states and probed for changes in optical transparency at two different frequencies with lasers of different wavelengths. Source: C.L. Holloway, M.T. Simons, A.H. Haddab, C.J. Williams, and M.W. Holloway, AIP Advances 9, 065110 (2019). https://doi.org/10.1063/1.5099036

Many thanks to SWLing Post contributor, Paul W4/VP9KFPaul W4/VP9KF, who writes:

A very exciting radio! One that depends on excited atoms, of a sort…

(Source: Hackaday)

The basic technology of radio hasn’t changed much since an Italian marquis first blasted telegraph messages across the Atlantic using a souped-up spark plug and a couple of coils of wire. Then as now, receiving radio waves relies on antennas of just the right shape and size to use the energy in the radio waves to induce a current that can be amplified, filtered, and demodulated, and changed into an audio waveform.

That basic equation may be set to change soon, though, as direct receivers made from an exotic phase of matter are developed and commercialized. Atomic radio, which does not rely on the trappings of traditional radio receivers, is poised to open a new window on the RF spectrum, one that is less subject to interference, takes up less space, and has much broader bandwidth than current receiver technologies. And surprisingly, it relies on just a small cloud of gas and a couple of lasers to work.

Tuning into Atomic Radio: Quantum Technique Unlocks Laser-Based Radio Reception

Click here to read the full article at Hackaday.

Spread the radio love

Mike’s expanding collection of SDRplay tutorial videos

Besides making great receivers, one of the things I love about SDRplay is their focus on providing user documentation and tutorials. We’ve mentioned before that SDRplay’s Mike Ladd (KD2KOG) actively creates tutorial videos exploring a number of SDRplay topics. To date, he’s produced over 20 videos–!

If you own an SDRplay product, I’d strongly recommend checking out Mike’s video list even if you feel you’re already a pro user. The videos are easy to follow and are chock-full of SDRuno tips and tricks.

I’ve pasted the latest links to the Mike’s videos below but I would encourage you to check the SDRplay YouTube channel (link below) and this page for the latest episodes as they are regularly updated.

From the SDRplay Ham Guides page:

As SDRplay RSPs get used for more and more receiver applications, we felt we didn’t want to lose sight of the large number of people who love short wave listening and HF ham radio, so we have created “Ham Guides” as a place where we focus on providing tuition and help for all aspects of receiving radio signals at 30MHz and below. This includes set up and use of SDRuno, and tips and techniques on key related topics such as decoding, propagation and antennas.

The SDRplay Ham Guides YouTube channel can be found here, at  www.youtube.com/c/SDRplayHamGuides 

SDRplay Ham Guides complements the main SDRplay YouTube channel and all the documentation available via https://www.sdrplay.com/downloads/and the searchable resources in our Applications and Support Catalogue: https://www.sdrplay.com/apps-catalogue/

If you have ideas for what you’d like to see more of, then add your comments to the videos or email me at [email protected]

  1. This is the first video of many to follow. Showing basic operation of SDRuno using a RSP1a SDR.https://youtu.be/ngv60EWiJ3U
  2. Minimum requirements for running SDRuno.https://youtu.be/Rn3tuiIOvmM
  3. Virtual audio cable basics in SDRuno.https://youtu.be/ZF86cK5vukY
  4. Shaping the sound of shortwave broadcast stations using SDRuno.https://youtu.be/smvfCGx6zO8
  5. Using SDRuno’s built in software notch filters.https://youtu.be/5K92dG2sedw
  6. SDRuno basics, MultiPSKhttps://youtu.be/tnqfJhsvGFA
  7. SDRuno basics, Import the free EiBi HF databasehttps://youtu.be/ZJlfxaudaNI
  8. SDRuno basics, The EX CONTROL panel part 1.https://youtu.be/1XdBqXcyuzw
  9. SDRuno basics, The EX CONTROL panel part 2.https://youtu.be/H0RJVy4u5Ro
  10. SDRuno basics, My HF frequency lists part 1.https://youtu.be/KiNjsvKHVeU
  11. SDRuno basics, My HF frequency lists part 2.https://youtu.be/Rx3B-6h_CIw
  12. SDRuno basic, Decoding WEFAX using Black Cat HF Weather Fax decoder.https://youtu.be/juTdBpTDVp0
  13. SDRuno basics, Removing wide band noise.https://youtu.be/_GtozskwFAY
  14. SDRuno basics, CSV user list browser.https://youtu.be/1vu5fAjdRHw
  15. SDRuno basics, RSPduo, dual tuner mode, listening and decoding signalshttps://youtu.be/1vu5fAjdRHw
  16. SDRuno basic, VRX-Virtual receivershttps://youtu.be/ndUPm6Nccb8
  17. Why I chose a loop.https://youtu.be/XesvzZG-Mi8
  18. SDRuno basics, decoding CTCSS/DCS toneshttps://youtu.be/PM3WOMF7_eM
  19. SDRplay user support options and resourceshttps://youtu.be/nXnrBaoKKjs
  20. RSRduo with dual W6LVP loops Part 1https://youtu.be/w5SrDtUxhQU
  21. RSRduo with dual W6LVP loops Part 2https://youtu.be/ikUymHFkCcY
Spread the radio love

Adid spots a Racal receiver in an episode of “White Gold”

Many thanks to SWLing Post contributor, Adid, who writes:

I just watched first episode of Netflix’s “White Gold” when out of the blue I saw that rack.

The rack has no significance in that scene (that dates to the 1980’s) may be because it was cut much shorter than in the original script.

The Radio set in the rack looks off, I think it’s a Racal RA17.

Yes, indeed, I believe that’s a Racal RA17 in the rack! Thanks for sharing, Adi!

Spread the radio love

The Sangean PR-D17: An AM/FM stereo radio designed for those who are visually impaired

Many thanks to SWLing Post contributor, Doug Hunsinger, who notes that Universal Radio is now shipping the Sangean PR-D17.

The PR-D17 has a unique design to make operation easier for those who are visually impaired. Per Universal Radio:

It has high-contrast, large yellow rotary tuning and volume control knobs, preset buttons with raised symbols to aid in identification and thoughtful voice prompts of all controls that announce all functions in English or Spanish.

It has a large and easy-to-read backlit LCD display that highlights RDS information, frequency, signal strength, battery status and alarm symbols. It has a 200 mm ferrite AM antenna for the best possible AM reception. The controls are very easy to use and you get 5 presets for AM and 5 for FM. And you can auto scan stations. The RDS technology can display station name, call sign, song title or other transmitted information, plus it can set the clock automatically. There is a stereo mono switch. There is a built in clock timer with sleep function and humane wake up system to buzzer or radio. The left side of the radio has an auxiliary input and a stereo earphone jack. The perfect solution for the radio enthusiast who is visually impaired.

Click here to check out the Sangean PR-D17 at Universal Radio.

Doug notes that he may purchase the PR-D17 and share a review here on the SWLing Post. He is especially interested in how it might compare with similar voice prompt radio models.

Post readers: If you’re visually impaired, what radio models do you prefer? PLease share your thoughts and comments by clicking here.

Spread the radio love

Alan Turing: “New face of the Bank of England’s £50 note”

(Source: Bank of England)

Many thanks to a number of SWLing Post readers who sent a link to this piece from the BBC News:

Computer pioneer and codebreaker Alan Turing will feature on the new design of the Bank of England’s £50 note.

He is celebrated for his code-cracking work that proved vital to the Allies in World War Two.

The £50 note will be the last of the Bank of England collection to switch from paper to polymer when it enters circulation by the end of 2021.

[…]”Alan Turing was an outstanding mathematician whose work has had an enormous impact on how we live today,” said Bank of England governor Mark Carney.

“As the father of computer science and artificial intelligence, as well as a war hero, Alan Turing’s contributions were far-ranging and path breaking. Turing is a giant on whose shoulders so many now stand.”[…]

Click here for the full article at BBC News.

Spread the radio love

Electricity Battle Movie Finally Coming to Cinemas in 2019

Nikola Tesla and Thomas Edison

The movie, The Current War, is a film based on true life events of the feud between Thomas Edison and Nikola Tesla. This film is about the race between them to power New York, and ultimately the world, with electricity.

From The Vintage News

“The film, which is a dramatization of real-life events, will follow the tumultuous journey of Thomas Edison, played by Benedict Cumberbatch, as he attempts to use his DC technology to introduce light to Manhattan,” said Variety. “However, his initial efforts are obstructed when businessman George Westinghouse (Michael Shannon)  and his partner Nikola Tesla (Nicholas Hoult) rival the inventor with Tesla’s own AC electrical current.”

(read the full article here: Edison Tesla Film )

I suspect the film will be quite interesting, and likely entertaining for those of us interested in both history and radio. One of the actors is a favorite of mine from one of the recent British adaptations of Sherlock Holmes stories, Benedict Cumberbatch.

Cheers! Robert

Robert Gulley, K4PKM (formerly AK3Q), is the author of this post and a regular contributor to the SWLing Post.       Robert also blogs at All Things Radio.

Spread the radio love