This post has a very amusing URL.
Warning: Crude humor ahead as a coping mechanism. As I work in an industry that is completely dependent on the continued availability of electronic parts and devices, this shit makes me worry and I’m forced to make terrible jokes to get by. Or something. No wait, I always do this, carry on. Balls.
A few years back I started noticing that the state of the electronics industry was one in which, basically, you go to China for everything. Need parts? China. Need design work? China. Manufacturing? China… but following the Trans-Pacific Partnership, don’t forget to technology transfer all details of your design to the manufacturer, so they can cheerfully take off and ghost shift and clone your product! Need to order parts for one of the few remaining operations somewhere else in the world? China… and… good luck.
To reduce manufacturing costs, almost all work is outsourced offshore to where one can find the lowest possible labor costs for skilled work, and there is a tendency towards consolidating everything into a few large facilities where the cost of operation can be further reduced. To even further reduce costs, parts are not stocked, they are ordered for “Just In Time” supply, as the cost of maintaining warehouse facilities or winding up with leftover parts in stock are considered unnecessary waste.
Well, all of this basically put everyone’s nuts in a Chinese vise with particularly rough surfaced jaws that was being very slowly tightened.
During a certain urinal stain-colored person’s time as president, a ridiculous trade war dropped, which had no effect on reducing problems with Chinese led market manipulations, but put in place a lot of impediments to supply chains to almost every imaginable industry.
In short, the Chinese vise was replaced by a 10,000 ton hydraulic press that everyone’s nuts were secured into with Gorilla Glue, with the motor left running, and about 300 different corporations and foreign governments given little clicker remotes that will smash and explode whatever’s between the surfaces with a quick and easy press.
Several of the buttons have all been pushed now. SPPPLRRRRRRTTTTTTTTTT
From what I gather, we’ve reached a point where the industry is either going to have to sit on its hands waiting almost a year for parts, or actually, you know, do something about it. I’ve been seeing several people lament that they’ve had to suddenly redesign boards to work around parts that have gone unavailable with 40-80 week manufacturer lead times (!) or entirely redesign around different microcontroller architectures and stuff. Boards are being designed to have parallel connections to two or more different pad layouts to accommodate whatever part happens to be in stock when the device goes into production…. but that only gets you so far.
Common parts like normally 30 cent voltage regulators are anywhere between 60 week lead time and Fuck You NLA because some companies saw the light that there’s massive profit in inducing scarcity…. and bought up all the parts to just sit on them, selling what are either the real parts or complete fakes, for $15 and up. The same buy and scalp model that has applied to computer video cards is now being used on, well, everything…. and it fucking blows. Normally these brokers are only able to lock down supplies of obsolete parts that are no longer in production — this is the first time I’ve ever seen them able to leverage the lead times of active, in-production parts, because they’re able to create unpredictable demand spikes and kill the Just-In-Time supply.
Just like what morons did with toilet paper………
If we actually had manufacturing capacity outside of, you know, one or two big fab houses in China that have HUGE lead times because they have other orders to fulfill before they can tool up for a run of one particular part prior to manufacturing, then packaging and overseas shipping, we probably wouldn’t have this problem. Also, if there were actual stocks of parts kept by the manufacturers of devices or by suppliers, we wouldn’t be in a situation where a few guys who have some extra Shitcoin money can buy up all the STM32’s and completely lock down availability. Fuck you if you claim you didn’t see this shit coming, this was ENTIRELY AVOIDABLE, and at this point there is only one way out… and it’s a rough one… but we’re gonna have to take it.
The ONLY way out of this will be to re-establish manufacturing of electronic parts in the US and other places. The big problem with doing this? We’ve already sent everything to China…. But it still has to be done.
The best thing I can liken this to would be the electronics industry in the USSR after they effectively pissed off EVERYONE else and nobody would sell them electronics, so they had to scramble to get production set up locally. Some of it had to be done with the aid of industrial espionage because they just didn’t know what they were doing, and a lot of it was really weird looking or strange quality because… they just didn’t know what they were doing. This weird Soviet transistor could be used as almost a textbook example. Eventually, though, they got up and running making some really high quality stuff, particularly vacuum tubes which remained in production for quite a while to support older equipment.
Yeah— stuff’s gonna look weird at first, and there may be reliability issues, but we’ve gotta do it, or we simply will not have electronics anymore, and that just isn’t gonna work for anyone.
I don’t really know what we have left in the way of semiconductor fabrication, testing, or fabrication facilities in the US. The only one I’m really aware of is Skyworks in Newbury Park, California, who make the RF power amplifiers used in… well, damn near everything— if you’re reading this on a mobile or wifi equipped device, your packets went through one. It was also, amusingly, featured in a music video. The building shown in the aerial photo zoom is not the Skyworks plant, it’s some arena in Utah. I’ve always imagined it must make an interesting sound when you walk down that hallway with the air jets that dislodge dust from your clothing. Maybe I’ll find out firsthand when someone brings me in because I’m the only one who knows how to program the variable frequency drive in a conveyor belt in the cleanroom or something.
Also, what is with the weird half-video-line artifact at the bottom of the screen here? This is an older video and was edited in 4:3 standard definition. I’ve seen this half truncated line at the bottom of the screen in a few different videos and I have no idea what causes it. I got into television after it all got digital and hi-def and boring and stuff. My DVCAM gear doesn’t do it, I’m thinking it’s possibly attributed to a timing oddity on analog tape gear. Maybe we’ll be going back to tape soon if we don’t get flash memory manufacturing geared up in time…. or… film. I mean, someone at Eastman Kodak must still remember how to make that stuff, right?
2 thoughts on “STALL WARNING! JET PIPE OVERHEAT! TOILET FAIL! The current state of the electronics industry.”
the “half-line artifact” you see on SD stuff: That is how you did interlacing!
In old sets, the vertical oscillator ran continuously. So if you wanted the lines of the next field to be scanned between the previous ones, you threw a half-line in right before vertical sync. NTSC is 525 lines, each field is an even number plus one half line. One unexpected sync pulse won’t upset the horizontal lock, so it works well to shift the vertical scan. Non-interlaced sources simply don’t do a half-line. That half-line is often blank or in the overscan, but if not it’s very noticeable when you’re watching a digital copy.
AHA! Thank you! I forgot about the overscan, that would indeed hide it away.