This is the silliest idea i've ever heard in a long time. No offense to you, sick beats. But think of this one pressing problem.
What would the hardware manufactuers do with all of the CPU's (At your specs, probably 80% plus) or GPU's that cannot hit the specs of the singular product?
If Intel has a CPU that won't make 3.2GHz but makes 3.0 by your logic and your business scheme they would just throw it out.
Thus making CPU's extremley costly to produce because 80% of your stock is getting thrown out anyways.
Also, if a CPU has broken cache you could just shut down that part of the cache and make it into another product. The cache is a huge part of the CPU and having one part of the cache fail means it cannot operate at it's intended cache amounts. But a flick of the switch, and it can.
Or the speed of the CPU with all of it's cache enabled could fall short of the minimum lines of your product line (Like an X800 pro that couldn't run at XT speeds with all of it's pipes) but it'll run fine at the targeted speeds of another (crippled, as you call them) line and thus is salvagable. A CPU or GPU that once would have turned no profit is now salable and probably even profitable.
If you had an R420 chip that had 2 broken pipelines, it certainley can't be an XT. So why not sell it as an X800 pro? Shut down the 2 pipelines and you're golden.
Also, these low end products allow overclockers to get tremondous bang for the buck by allowing us to run it at speeds it couldn't necescarily make at the test run. Sure, it might not make the intended speeds of the high end with lame ass cooling (Like the kind Dell typically uses) but in a well venthilated case with a good CPU fan and heatsink it can make even higher than the top CPU, easy.
Intel has to make sure all of it's CPU's work in the lame ass cooling conditions that the OEM's utilize. In conditions like malaysia and singapore where the average temperature during the summer might be 95+F with no air conditioning. Same for ATI and such. But most cases won't be that bad. Hell, it's probabyl alot lower than that. So those pipes that might not have worked under the stress test conditions might be fine under normal conditions, allowing us overclockers to pick up an XT for the price of an X800 pro.
Selling all high end CPU's would result in poor profits (due to having to throw out god knows how many cores that didn't make the high end spec) and result in severly crippled manufacutring capabilities for the same reasons. Supply would suck ass. And you'd be taking away choice from the consumer.
What would the hardware manufactuers do with all of the CPU's (At your specs, probably 80% plus) or GPU's that cannot hit the specs of the singular product?
If Intel has a CPU that won't make 3.2GHz but makes 3.0 by your logic and your business scheme they would just throw it out.
Thus making CPU's extremley costly to produce because 80% of your stock is getting thrown out anyways.
Also, if a CPU has broken cache you could just shut down that part of the cache and make it into another product. The cache is a huge part of the CPU and having one part of the cache fail means it cannot operate at it's intended cache amounts. But a flick of the switch, and it can.
Or the speed of the CPU with all of it's cache enabled could fall short of the minimum lines of your product line (Like an X800 pro that couldn't run at XT speeds with all of it's pipes) but it'll run fine at the targeted speeds of another (crippled, as you call them) line and thus is salvagable. A CPU or GPU that once would have turned no profit is now salable and probably even profitable.
If you had an R420 chip that had 2 broken pipelines, it certainley can't be an XT. So why not sell it as an X800 pro? Shut down the 2 pipelines and you're golden.
Also, these low end products allow overclockers to get tremondous bang for the buck by allowing us to run it at speeds it couldn't necescarily make at the test run. Sure, it might not make the intended speeds of the high end with lame ass cooling (Like the kind Dell typically uses) but in a well venthilated case with a good CPU fan and heatsink it can make even higher than the top CPU, easy.
Intel has to make sure all of it's CPU's work in the lame ass cooling conditions that the OEM's utilize. In conditions like malaysia and singapore where the average temperature during the summer might be 95+F with no air conditioning. Same for ATI and such. But most cases won't be that bad. Hell, it's probabyl alot lower than that. So those pipes that might not have worked under the stress test conditions might be fine under normal conditions, allowing us overclockers to pick up an XT for the price of an X800 pro.
Selling all high end CPU's would result in poor profits (due to having to throw out god knows how many cores that didn't make the high end spec) and result in severly crippled manufacutring capabilities for the same reasons. Supply would suck ass. And you'd be taking away choice from the consumer.