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Intel processors crashing Unreal engine games (and others)

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I remember AMD used to have mass layoffs right before a disastrous earning report. Maybe Intel is stalling to address the mass recall or refund decision until after their Thursday earning report because if earning is bad and then you pile on most of the CPU sold in the past 1.5 years will have to be recalled...omg

Typical scenario is to get these bad things out before or at the earnings conference. Call it "One Time Charge", and that makes the investors think that the worst is over, it will only get better from here.
 
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It scares me that there are people out there with such patience that they are willing to try such a long shot.
They're doing it for the science, mostly in universities , and in the long run it's a win for all of us.

As a funny offtopic, a while ago there was a very nasty attempt to compromise Linux security that took years to setup and got denied by someone obsessively benchmarking CPU cycle utilization while trying to discover the cause of an otherwise minor performance regression. That day nitpicking brought down a worldwide spying op.
 
This isn't going to help - Intel to Cut Thousands of Jobs to Reduce Costs, Fund Rebound

E.U. members on PCMR confirming they should have recourse with the retailers. And that most or all of those businesses have to take it up with Intel to get compensated, because regardless, they will have to replace or refund. I am certain the retailers are all delighted about that prospect.

Most of the top posts there when sorting by hot are about raptor at the moment. With 10s of thousands of upvotes between them; Streisand effect indeed.

I don't know what their source is, since this was not in the Bloomberg article you linked, but according to "sources close to Bloomberg", the number of layoffs is to be 10,000, from current workforce of 110,000.

This is horrible, probably higher number than anyone expected, and I feel bad for the Intel people affected by this.

 
What does this mean?
It's who you know not what you know. Sycophants and friends despite being low value, keep their jobs while better qualified and more productive employees are laid off.

I've said it before, messing with pay, bonuses, retirement contributions, job security, and morale, is a formula for fail. Handing 10K more their walking papers is not going to result in superior products and services IMO.

I don't know how this raptor lake fiasco will end, but costs that cannot be easily projected or calculated seem to be piling up fast. Would these layoffs need to happen if raptor was not big, power hungry, possibly defective, and Meteor Lake had worked out for enthusiast desktop?
 

Buildzoid has a new video where he limits Vcore to 1.4 V, applies Intel default "safe" values, and a -0.1V undergolt to get basically the same performance as unlimited power in both nT and 1T. So maybe the new microcode will not limit performance that much after all...
 

Buildzoid has a new video where he limits Vcore to 1.4 V, applies Intel default "safe" values, and a -0.1V undergolt to get basically the same performance as unlimited power in both nT and 1T. So maybe the new microcode will not limit performance that much after all...
Is undervolting not highly silicon quality dependent though?

Some will be fine with this, but if part of the reason for the high voltage was because only some of the dies actually were stable at the lower voltage then those with the "poorer" silicon might see a large drop in performance.

Back in the day when CPUs/GPUs were not pre-overclocked (although manufacturers prefer to call it boosting), stock was stock and anything an overclocker could achieve beyond that was a bonus. Now that things are so tight, with those high voltages performance may suffer.
 
Is undervolting not highly silicon quality dependent though?

Some will be fine with this, but if part of the reason for the high voltage was because only some of the dies actually were stable at the lower voltage then those with the "poorer" silicon might see a large drop in performance.

Back in the day when CPUs/GPUs were not pre-overclocked (although manufacturers prefer to call it boosting), stock was stock and anything an overclocker could achieve beyond that was a bonus. Now that things are so tight, with those high voltages performance may suffer.
Yes, absolutely. We will have to wait until the microcode releases to see what Intel ends up doing for "stock" performance.

Buildzoid states that a typical undervolt of -0.05 to -0.15V should be possible. But of course depends on the silicon quality. He used -0.1V and his chip was stable.

Also it is not clear if capping the Vcore to 1.4V will be enough to stop degradation. Time will tell.
 
Sorry but undervolting when there are problems with stability is the dumbest thing ever.

100mV is also a HUGE undervolt.
Stability problems are caused by chip degradation. If your chip is unstable/degraded, of course undervolting will not do anything. This is presumably preventative.

Apparently many motherboards apply a default (default profile, not Intel ones) undervolt of 150-200 mV, which of course is not stable. 100 mV seems somewhat stable but of course would depend on silicon quality.
 
I wonder how long the trend of massive layoffs is going to continue. It has crippled quality and motivation at every company I've heard of (based on anecdotes of course).
Cart before horse? Could it be that layoffs are the result of a failing venture not the reverse, or maybe, a self reinforcing death spiral? A long term investor, if such exist anymore, would seriously question the supposed bright future awaiting Intel.
 
Hee is an interesting post with instructions and advice for what to look for in the event viewer. Along with scooby clues going back to early '23. https://community.intel.com/t5/Proc...-defective-from-factory-no-event/td-p/1619582

Others are saying Intel has stopped responding to requests for updates on their RMAs. Perhaps sending out replacement CPUs that don't have the new microcode is getting reevaluated? Or they don't have the parts on hand to honor the RMA?
 

New 14700K failing the moment the ALU gets going in Intel's own diagnostic utility!

1722452617612.png

Some guidance here:


1722452830032.png

Look at this guy: https://community.intel.com/t5/Proc...est-and-CPU-Issues-with-14th-Gen/td-p/1619446

Clearly spent quite some time creating that post in the hope that his prayers will finally be answered!
 
One thing I find weird is, how come none of the launch day reviewers said anything about instability? Were they given properly validated golden samples???

Or are we witnessing a chemistry problem, whereby some new ingredient was added to the manufacturing process to make it hit higher speeds but that substance starts degrading at a molecular level with time, even when the CPU is just sitting in its shrink-wrapped box??? That above example of a brand new 14700K failing the first math test is raising all sorts of alarms in my head!
 
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