- Banned
- #136
Thats the good one not that new fuked up pit bull faceWhat really happened ...
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Thats the good one not that new fuked up pit bull faceWhat really happened ...
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I’d be willing to bet that Ford plants don’t receive “chips” at all.in fact, the trailers are often fabricated to become a literal extension of the plant itself...with a built in conveyor system which feeds parts to assembly workers once the trailer backs in. So the part is installed literally seconds after removal....there's no such thing as inventory any more.
Sadly all manufacturers are affectedcan someone confirm if Ford is affected?
It kind of sucks - with these other delays - the 2.7 and Sasq materials will all be in ready supply by the time they get the chips. I skipped on those for earlier delivery, I would be bummed to know I could have Sasq'd without delays.
There are checks in place to prevent that. All because there is a chip shortage does not mean that faulty parts make it through the quality checks.I was also thinking - anyone guess what a high demand, low supply issue might turn into? My worry is a flood of poor-quality parts as the production tries to meet demand. Imagine a fry cook making burgers with a line of 100 people around the corner. Someone's gonna get food poisoning.
One would hope.There are checks in place to prevent that. All because there is a chip shortage does not mean that faulty parts make it through the quality checks.
If they were going to break like the link above it would happen independently of the shortage.
I think the point @Quinn_the_eskimo is trying to make is that during manufacture of semiconductors they are tested for various parameters. If they do not meet some baseline they are discarded. However, if they change this baseline, lower it for example, to allow more parts to pass, then they could ship at a higher quantity.If they were going to break like the link above it would happen independently of the shortage.
we gonna get some overclocked BroncosI think the point @Quinn_the_eskimo is trying to make is that during manufacture of semiconductors they are tested for various parameters. If they do not meet some baseline they are discarded. However, if they change this baseline, lower it for example, to allow more parts to pass, then they could ship at a higher quantity.
This is known as binning, it is used for CPU's, GPU's, RAM, LED's, etc. When you buy different power level Intel processors for your computer as an example, say an Intel i5/i7/i9, the different speed levels are sold as they were binned that way, they can sell the higher performers at a premium and the lower performers as the bargains, you get a deal and they don't have to through away as many chips.
Explainer: What Is Chip Binning?
They said nothing like the above post. He suggested that we would make mistakes in building them too fast trying to catch up. I believe they likened it to a line cook making a hamburger.I think the point @Quinn_the_eskimo is trying to make is that during manufacture of semiconductors they are tested for various parameters. If they do not meet some baseline they are discarded. However, if they change this baseline, lower it for example, to allow more parts to pass, then they could ship at a higher quantity.
This is known as binning, it is used for CPU's, GPU's, RAM, LED's, etc. When you buy different power level Intel processors for your computer as an example, say an Intel i5/i7/i9, the different speed levels are sold as they were binned that way, they can sell the higher performers at a premium and the lower performers as the bargains, you get a deal and they don't have to through away as many chips.
Explainer: What Is Chip Binning?
That's what they meant by Hi level IP!we gonna get some overclocked Broncos![]()