Sony FX-300 Jackal: A technological marvel of the late 70s (2021)
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[0] https://en.wikipedia.org/wiki/Sinclair_C5 [1] https://en.wikipedia.org/wiki/TV80 [2] https://en.wikipedia.org/wiki/MTV-1
When my now grown kids were younger, I pulled the back off a cassette tape player. The belts and gears and cams and the like were completely alien to them...they'd grown up on slabs of glass.
The miniaturization to get analog stuff to drag tape across a tape head was legendary.
(Or at least I haven't seen that yet)
In a sense I guess it could be done, but I'm then struggling to find a way I could trust the switch to be removed correctly..
Is this just the analogue digital debate?
Touch-sensitive inputs, like those on the google pixel buds pro 2, are even worse. Any touch can have weird results as it might be detected as a swipe or a long-touch.
Kudos to the Jabra earbuds I was gifted recently, they can remap the single/double/triple clicks, so a single click for me is now next track.
And as I age, I get dry skin which sometimes doesn't even register as a touch.
I'd love to see a range of accessible hardware that has actual buttons that clearly state what they do, and have visual+haptic+audio feedback which can be configured.
I disagree with this as a blanket statement. This often comes up in the context of cars, which, sure, I agree. It's imperative to have physical feedback and have the controls in a familiar place.
I also think device makers are investing less in interface design. Just like you have have an intuitive interface with physical buttons or not, you can also have an intuitive interface with a touch screen.
In this context, where the stakes are lower than driving a car and you don't need to identify each control by touch to use the thing safely, if you can get more screen real estate by eschewing some physical controls for touch screen controls, I think that would make the device more usable as a TV viewing device.
In digital, the physical reality is sampled and an accurate measurement is calculated, then this measurement is presented to the user in any suitable form. The problem is, this divorces the user from the physical reality and it's up to the designer to create something that would give back the feeling of being close to the metal.
With analog systems, the default is being close to the physical phenomenon. If the battery has strong enough potential difference it moves the needle. The fidelity is very high, although you loose on accuracy. For example, if you look at the analog voltmeter when you play music, you can observe how the voltage drops with the music frequency or volume which is something you can miss with the digital if the designers have chosen lower sampling rate or smooth out the variations to provide more accurate info on the battery charge. When this happens, you no longer build intuitive understanding of the physics.
Since my son's 1996 Buick only has a cassette tape player I've been collecting cassette decks, 'collecting' because you might need to have two or three to have one that works reliably. I got exactly one recording out of a top-of-the-line Sony deck from 1992 or so, I had to try four decks before I got one that works perfectly. So that little mono deck like the one that I tried to use to save files for my TRS-80 Color Computer doesn't impress me.
I can't say I covet a huge CRT TV but Sony's products from the 1990s are impressive in that department too. (Got a 22 inch CRT TV with a built in VHS deck for retrogaming though) From the electronics viewpoint, however, there were some interesting techniques used to generate high voltage from batteries in 1970s era portable TVs, back before switching power supplies became routine.
I bet it chewed through some D-cells though. I'm guessing it held 8 of them. I bet it had some weight to it too.
https://www.google.com/search?q=ebay+Sony+FX-300+Jackal&oq=e...
I thought they'd be scarcer.
If you keep the output pretty low and use unsaturated channels in your location you'll probably be fine, but you mess up a little bit and in theory the FTC could knock on your door.
That being said, people use setups like this for art installations with old school tvs all over the place, so it's likely not a big deal as long as you're not setting up a pirate tv station or something
Here's mine. It runs Linux and streams King Gizzard videos. https://www.youtube.com/watch?v=USF4lyVtrLg
At the Finger Lakes Reuse Center you can usually get a VHS deck for about $12, tapes for $2. Unlike cassette decks, VHS decks you find in 2025 are close to perfectly reliable [1] too and support VHS HiFi, which makes spectacularly good sound if you have a home theater with Dolby Pro Logic II.
[1] unlike cassette decks
These things were built to last.
The Weyland logo on startup is a really nice touch.
I still own quite a number of Sony devices but I'd like to specifically mention my Captain 55/ICF-5500M AM/FM/SW receiver, my two ICF-2010† and a ICF-2001D† AM/FM/SW receivers and my 100W per channel stereo amplifiers from that era and they all still work perfectly.
What's remarkable about these devices is that their build quality is excellent, in fact they've essentially been fault-free and not needed any maintenance for 50 years despite being in regular operation since I purchased them.
Of particular note is that none of the potentiometers (volume pots, etc.) has gone noisy/scratchy over this time which is quite a remarkable achievement really. Likewise, I've not had to replace any electrolytic capacitors either. (Incidentally, the pots that Sony used in their equipment around that era use a composite conductive plastic that has remarkably good durability—ipso facto my ones are still 'scratch-free'.)
When I bought these devices I had no difficulty in obtaining service manuals for them from Sony's service department for a nominal cost. Unlike these days, the service manuals are excellent and they come complete with comprehensive circuit diagrams. The circuit diagrams for the radios are printed in two colors—important info is overprinted on the black circuit diagram. I still have those manuals despite never having had need to use them because the equipment is so reliable. (When it comes to servicing equipment young people these days haven't a clue how much better manufacturers treated owners back then.)
BTW, whilst both receiver models have excellent performance, the ICF-2001D is exceptional. For a domestic appliance its performance specifications were close to or on par with many communication receivers of their day. It has a FET RF stage with excellent crossmodulation figures on all bands and good IF bandwidth skirts for adjacent channel interference rejection. In fact, some shortwave hackers and AR operators considered the radio so good that they replaced the original IF filter with a proper mechanical filter which definitely put the receiver into the professional class. Another very unusual feature was that the receiver also has an excellent synchronous detector which works remarkably well—if one has interference on say one sideband of an AM signal then one just switchs the sync detector to the other and the interference disappears.
Tragically, Sony is no longer the company that it once was. Gone have most of the high-tech consumer products, gone have comprehensive service manuals, and so on. After Sony's founders Masaru Ibuka and Akio Morita died in the late 1990s the company completely changed direction. It greatly reduced tech manufacturing and development and bought into the US media/movie business. Many owners of this older Sony equipment would now argue that the highly engineering minded founders if still alive would never have allowed this change in direction.
For many, myself included, Sony is now perceived as nothing more than a pariah company with nothing other than profits in mind—profits made on the end of DRM (remember the Sony virus?).
Great shame that once great tech company is no more.
†https://www.cryptomuseum.com/spy/icf2001d/index.htm
https://radiojayallen.com/sony-icf-2010-an-all-time-classic/
Edit: on that first link there's mention of Sony's smaller ICF-7600D. I also used have this receiver too but only the 'D' version. It was a good receiver but didn't quite have the performance of its bigger brother. I used it whenever I was traveling internationally. It was a great companion when in countries where I couldn't speak the language and wanted news.
The batteries have held up fine over the five years I've had the pair, but I dread the day that they go.
Yes, before that time there were some excellent headphones about but they were much bigger and bulkier, for example, Sennheiser's professional series—also they were much more expensive.
Clearly, there was an impetitive for Sony to develop them, as it needed a range of high quality headphones that had to be in keeping (both in style and performance) with its extremely popular miniaturized Walkman players. (In the 1980s Sony Walkman players were all the rage, they'd taken the world by storm.)
Essentially, by the time you'd bought yours Sony had long done most of its R&D. Little doubt the manufacturing infrastructure to make headphones was still in place from the 1980s.
Incidentally, when I was in Japan in the 1980s, I bought four Sony Walkmans in one hit. They were excellent machines.