Tell me about it. I remember being able to snag a nice room at a Courtyard/Hampton caliber of hotel for like $100 in 2016-18 timeframe. Based on https://www.in2013dollars.com/us/inflation/2016?amount=100 I would expect that to cost about $135 now if adjusting only for (hyper)inflation. It instead tends to cost something like $175-225/night. WTAF.
The US is, and always has been, a developing nation. What sets it apart from all other developing nations is that it controls the de facto world currency, making it a very wealthy developing nation. All of the cultural factors are closer to a third world country, but the wealth is first world, more like Russia than like western Europe.
Repairability would help as well. Many times the only viable option to fix something is to swap a board, or replace the entire item, instead of replacing the one failed component that caused the board to fail, or reflowing the board etc.. Many components also do not offer batteries that can be replaced, such as the magic mouse, so you end up needing to replace the entire item.
It's interesting how as certain things age, such as cars, cottage industries pop up to do just that when new replacement boards and parts are not available.
The other issue is cost cutting. Many components are made cheaply and fail pre-maturely. Great examples of this are mains voltage LED bulbs where the rectifier circuits that power the LED's fail, but the only real option is to replace the entire thing, creating a lot of e-waste in the process.
Changing the PCB for a known-good one: $10 + maybe half an hour of low-skill work.
Changing the failing component: maybe a few minutes, probably a few hours of an electronics engineer that's familiar with the design (plus his expensive tools). He's probably bad at soldering, so you'll need someone else to do that. Then you need to revalidate the board.
It almost never make economical sense to try to repair the board.
If we were provided board and part diagrams it might be worth it because then you don't need an actual engineer or super highly knowledgeable person to waste a few hours of time just to diagnose most problems. But because we lack such diagrams whoever is diagnosing it also has to reverse engineer how it works in their head.
The fact that we tolerate creating waste because it's "economical" is frankly disgusting. The disposal fees for e waste should make it uneconomical to dispose of boards.
Also training techs to repair SMD parts is really easy and cheap, you're grossly overestimating the costs. The real waste comes from boards with designs that can't be repaired so we tolerate a certain yield. For many small devices the yields are shockingly low.
The other thing is that yields are low because of bad designs. If it became uneconomical for you to throw half your boards out then designers would fix their crappy boards with tombstoned jellybean parts because they used shitty footprint libraries. This is a solvable engineering problem and it's gross that it's cheaper to throw shit into a landfill instead of fixing it.
> The fact that we tolerate creating waste because it's "economical" is frankly disgusting.
I don't think anyone here is suggesting we "tolerate" it, but describing the economic incentives that exist.
> The disposal fees for e waste should make it uneconomical to dispose of boards.
I can't think of any number that you could pick that wouldn't either be ineffective, or cause unintended effects. At $10, that's a drop in the bucket compared to labor costs of component level repair. At $100, you're going to see the local lake filled with obsolete cell phones, which is even worse than them being in a landfill.
I'm all for repairability, but as labor costs go up and manufacturing costs go down, the window for which there is incentive to repair narrows.
e.g. there's no amount of repairability design that you could apply to a $3 light bulb which would encourage people to pay someone western wages to repair. I think we're better off lobbying for better standards to communicate the quality of a bulb's design. The whole reason we have crappy LED bulbs to begin with is because the $3 overdriven bulb with crap components jammed into a tiny enclosure looks like a better deal on the shelf than a bulky $20 bulb with a large heat sink and lower output.
And the labor required to do component level repair is wildly expensive and limited (YouTubers who do it on principle notwithstanding), even further narrowing that window.
If you could disassemble and diagnose a failing $3 bulb in 60 seconds, you wouldn't need to hire someone at western wages to fix it. But because it is glued together to not be taken apart, and there are no diagrams for how anything in it works or is put together, it isn't worth the time even if you have a station and equipment all ready setup and replacement component on hand. 95% of the time fixing electronics is just figuring out how they were put together in the first place so you can diagnostically trace along the circuit.
Not that I think lightbulbs are probably worth saving, but expand it to any other device which gets exponentially more complex and it is easy to see why they don't get diagnosed, not to mention repaired. With a board diagram I can point at a spot on the board and say "I should see 15 volts here", without a board diagram i gotta draw out and figure out how the power supply even works so I know what it is suppose to be outputting and then trace that all the way to the test point to make sure there isn't other crap inline before then that might change what I see.
> If you could disassemble and diagnose a failing $3 bulb in 60 seconds, you wouldn't need to hire someone at western wages to fix it.
Sure, I would. Maybe a lot of people on this forum would. But we're 0.0001% of people that use light bulbs. Our personal persuasions are pretty irrelevant in context. And most of the time it doesn't make financial sense for us to do it, it is just personally satisfying.
The vast majority of people have no interest in repairing their own electronics, period. If it is cheap to replace, they will just get a new one. If it was a big investment, then it's important enough to call a professional to fix. In the middle ground you've got people who will ask their handy nephew to try to fix it before they run out to the store, and he'll open it up and look for a blown fuse or a loose wire before giving up. The type of people who can do board level repairs are so rare as to be completely irrelevant to the waste stream of electronics.
Even if we repaired 100% of broken electronics, we'd only make a tiny dent in the volume of waste electronics. Most electronics simply fall out use before they ever break.
If they had board diagrams or schematics that nephew could do a lot more than simply look for a blown fuse or wire. Nobody looks deeper than that because they know it is a waste of time without any reference materials.
No it doesn't solve all the problems, but how many TVs now sit in the dump because of the failure of some 1 cent part that nobody could diagnose even if they wanted because they would have to reverse engineer half the board, rather than probe a few different points on the board?
Appliance repair use to be big business. Did it stop being so because washers and TVs and vacuums became too complicated to understand, or the parts went up in cost, or because $1000 is considered cheap enough of a device to be considered disposable? No. They stopped existing because appliances stopped coming with the reference materials to repair them in a reasonable time and parts are obfuscated from their source so people don't even know what their broken part is half the time. Is that a thermistor, a capacitor, a diode that blew up? Have fun spending the next 2 hours tracing the obfuscated part number down through 5 different suppliers to figure it out because you obviously can't test a broken part and there is no schematic to look at and identify it from.
Major appliance repair is very much still a thing, and manufacturers share repair info under their partner programs. But this makes sense because shipping them back for warranty is prohibitively expensive and people are willing to pay a few hundred bucks to fix a couple thousand dollar appliance. They’re still not doing component level repair, because module replacement is still cheaper and more reliable.
Small appliances and electronics are not repaired as any more much because:
1. their real price has cratered over the past 50 years
2. they have more integrated and specialized parts that simply aren’t repairable or available
3. They have fewer mechanical parts prone to regular failure or which pay the bills for repair shops (belts, timers, etc)
4. They are far more complicated than their predecessors, and therefore more complicated to diagnose even if you have a schematic
But yeah, when everyone’s washing machine has a belt transmission and a clunky mechanical timer, they failed all the time and there were repair shops on every corner. But these places weren’t doing the type of work akin to SMD rework on a digital circuits.
Human-scale engineering is underrated. It is very satisfying when you can repair something yourself using your hands, without having to need specialist equipment.
For example when you have a circuit board that can be serviced with a soldering iron, without having to use a microscope or reflow-oven.
Try buying an LED flashlight.. when the LED circuitry/bulb goes out, the whole thing's a brick, battery, assembly, everything. You have to throw it all out. The bulb assembly is usually fused to the frame so that it's hard just to recycle that frame.
There was a cartel, but this is one of those "more complicated than it appears" situations. In incandescent bulbs, there is a real tradeoff between durability of the bulb, efficiency (lumens/watt), and brightness/quality of the light, for physics reasons you _can't_ improve one without degrading the other.
Since "quality of light" is a very difficult thing to market, there was an incentive to push "lifetime of the bulb" in marketing and just make the light quality increasingly worse. The cartel attempted to halt that by making everyone agree on a lifetime/quality to hit and not participate in a race to the bottom (and yes, there was also the obvious benefit to the cartel members of increased sales and profits, which they explicitly talked about in internal documents).
I want to be very clear that I'm anti cartels and I'm not trying to say "so this was all hunky dory", just that this was not (and these things very rarely are) a simple case of "they made the product objectively worse for the sole sake of more money". Instead, they chose a different point on the pareto-frontier of brightness/efficiency/lifespan that also had the benefit of making them more money.
But yes, LED bulbs are currently mostly garbage and have terrible heat/power management electronics which means that in practice you almost never get anywhere close to the theoretical life span increases (because the electronics die from overheating far before the actual LEDs themselves would go out), and finding out information on how well a given bulb brand does on heat/power management is essentially impossible.
TechnologyConnections debunked the Phoebus Cartel a while ago.
tl;dw incandescent bulbs can be made more efficient and brighter by running them hotter, but this reduces the lifetime. The obvious Nash Equilibrium involves increasingly hot/bright/efficient bulbs and as much lying about lifetime as a typical consumer would accept, which is a lot. The idea behind the Phoebus Cartel was to force honesty on the dimension where it was most likely to disappear. You are free to disapprove of this and reject bulb lifetime policing, but if so you support the "everybody lies" alternative. Pick your poison.
repairability would help quite a bit. How many times do you have to replace an entire board in something when replacing just a component would actually fix things?
1. Offshore jobs, maximize profits and take advantage of incentives to offshore.
2. Political winds shift.
3. Talk a good game about needing to onshore, make some token moves to move a small token amount of manufacturing back to the US. (You are here).
4. Once the admin changes and/or mid terms, continue to spend more on offshoring.
It would be interesting to see if the job prospects of American students and perception of the value of the degrees were to change if they were to eliminate the 15% discount that employers get for hiring foreign graduates (via OPT) by not having to pay FICA taxes.
When the unemployment rate for fresh American college grads is the same or higher than those without a degree, it does not make a compelling case for spending all of that money and time on a degree.
Assuming that one is in favor of the use of these cameras, the security issues seem like they are a big problem. The leaking of police officer personal data and locations was pretty egregious.
Would love to hear from one of the founders on what they are doing to address that.
Back before digital became really high res I was into small, medium and large format silver halide cameras balancing cost with high quality optics. You could get Exackta's, Speed Graphics and Roleiflexes relatively inexpensively and take amazing high quality photos with them.
The larger you went though, the more you had to be mindful about the cost of eash shot both in terms of time and cost for film and developing. There is something to be said about the curation that happened when taking photos like that. You put a lot more though upfront into composition and had to think about your shutter speed, aperture etc..
One thing I learned about during that time was how the old time press photographers would use a Speed Graphic on 4x5 negative, grab a wide angled shot and then crop it. Also, press conferences used to create a lot of broken glass as photographers would snap a shot, shoot out the one time use flash bulb on the ground and then quickly put in another bulb to get another shot.
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