• Welcome to TechPowerUp Forums, Guest! Please check out our forum guidelines for info related to our community.
  • The forums have been upgraded with support for dark mode. By default it will follow the setting on your system/browser. You may override it by scrolling to the end of the page and clicking the gears icon.

Alderon Games claims that substantial numbers of Intel 13th Gen and 14th Gen chips are defective

Status
Not open for further replies.
I'm going to put my bet down and say the System Agent voltage is "killing" these CPUs.

Same, it's been the most problematic voltage even at stock settings with the bios settings it too high.

I do find it worrying that intel hasn't squashed this with a microcode update makes me think even they are not 100% sure what's going on.
 
You're posts are contradictory. Go read your post again lmao.

So is there a problem or not? Why's it free marketing if there is a problem? What is shit?
Maybe English isn't your first language, but I said "There's obviously something going on with 13th/14th gen CPUs", and posted a 20min video with an analytical look at the problems that are going on. I'm not sure where you think I'm saying there isn't a problem.

PM me if you feel the need to keep this up.

I'm going to put my bet down and say the System Agent voltage is "killing" these CPUs.

Same, it's been the most problematic voltage even at stock settings with the bios settings it too high.

I do find it worrying that intel hasn't squashed this with a microcode update makes me think even they are not 100% sure what's going on.
What are you two seeing as default SA? I think 1.25 is the highest I've seen on MSI, GB, and Asus out of the box with XMP.
 
Same, it's been the most problematic voltage even at stock settings with the bios settings it too high.

I do find it worrying that intel hasn't squashed this with a microcode update makes me think even they are not 100% sure what's going on.
If they do and it drops performance 20% they are going to see so much heat, its almost like rabid people would rather Intel hardware die a performance death than live a long stable life. Intel isn't going to do anything now, once they have a new generation out they will release a "fix" and a statement that says nothing but kills performance by 20% and somehow they will use that to promote their new hardware and the bois will clap and cheer and buy new hardware.
 
What are you two seeing as default SA? I think 1.25 is the highest I've seen on MSI, GB, and Asus out of the box with XMP.
Highest I've seen was ASRock that was 1.6V. EVGA did like 1.4V most others were in the 1.3V range with DDR5-6000 XMP. This of course can change with newer BIOS updates.

As for DDR4, I only had 3 MBs. The ASUS Z690 TUF was 1.4V, don't remember the others being above 1.35V.
 
Uh, yeah 'dude', I did, yesterday. Just because there's a big problem with 13th/14th gen right now that doesn't appear to even have a known cause, let alone a fix, doesn't mean that no-name studio with no-name beta MMO isn't doing this for the publicity. I mean everyone is talking about it on the tech sites right now, right?
They aren't the only studio reporting issues dude

https://www.epicgames.com/help/en-U...kf-ks-cpus-a000086852?sessionInvalidated=true

 
Intel should make things right, by replacing faulty 13900K/14900K with Arrow Lake CPU + motherboard :rolleyes:. That's how they should treat high end buyers anyways
 
Highest I've seen was ASRock that was 1.6V. EVGA did like 1.4V most others were in the 1.3V range with DDR5-6000 XMP.
That's insane. That's a total fail at enforcing safe limits.

Wasn't it ASRock claiming high-speed memory support on lower and mid-range boards? I suppose they probably did - for about 30 minutes until the smoke showed up.
 
At the risk of sounding biased... I've felt (key word though) that the upper tier Raptor Lake CPUs have been a "potentially flawed" generation for a while now, and don't see them as completely viable solutions.

There's users going back half a year (or more) reporting stability issues on Core i9 13900 and 14900 systems, less commonly the Core i7s. Sometimes these issues arise right away, sometimes after months, and some users claim to have gone through three or four CPUs now and that the same cycle keeps happenings. Of course, not everyone is having issues, but double digit rates is very bad. And how high will that grow over time? These CPus are still relatively young in age. While anecdote doesn't make the best proof, it's pretty telling when there's a lot of it that aligns with what facts and results we do know/see.

Unfortunately, I don't expect Intel to own up to this, but I'd love to be wrong. The reason I don't expect them to is because it'd be a huge blow to their image (which is one of better stability) and also their financials. Trying to sweep it under the rug while hoping the owners of those CPUs either upgrade sooner (upper tier owners will be more likely to just replace it sooner) or just aren't noisy enough will be their best move from a business perspective.

So any real data on this to keep eyes on it is good. Not from a "let's ridicule Intel" standpoint (the last thing I want is a less competitive Intel!), but from a "there's clearly something going on here and facts should be found, and if it is that bad, Intel should own up to it". All we've heard from Intel is that the "limit it Intel baseline suggestion isn't the whole story/real fix" which is... pretty shocking and telling that there's more going on here.

AMD was grilled for a very small number of 7800X3D's that burned up (from SOC voltage spiking towards 1.4V to 1.5V). What was AMD's response? An AGESA update to limit to SOC voltage to 1.25V/1.3V (which doesn't impact performance much, if at all, as far as I know?), RMA's were offered for any CPUs affected, no blame was passed to motherboard manufacturers (although some review outlets/channels still "grilled" some more than others for it), and life moved on. It was a pretty mature response to the situation in my opinion. AMD stood to lose little by doing that though, which might be why it was easy for them. Intel, like Apple and nVidia, wants to maintain an image like the one they had in 2014 where it has top performance and stability, when instead I think it'd be far more apt to say things are closer to how they were in 2004. Like, almost exactly. Right down to the SNDS degradation, anyone?

Also, I might be somewhat miffed that I suffered from a flawed Intel NIC (I225-V, and the successor I226-V is flawed too!) and what was the response to that? Exactly what we're seeing here thus far; sweep it under the rug, silently offer hardware revisions, and do poor "good enough for most" driver fixes at best that still fail to always address the issues. Very poor form, Intel.

We need an Intel that will do right if there is an issue here, and also to repeat with a 2006-esque comeback (hopefully without the 2006-esque AMD fall from grace leading to complete dominance by either one though).
 
What are you two seeing as default SA? I think 1.25 is the highest I've seen on MSI, GB, and Asus out of the box with XMP.

I've seen in the 1.4-1.45 range on Z390 Code/Hero/formula with XMP enabled I've tended to avoid gigabyte on Intel but that's mostly due to some really trash early Z67 boards.... Msi was better highest I can remember is 1.3-1.35 been a while.

But almost every board was at the edge or near the edge of what I'd consider safe and all worked fine at 1.2 or even lower so honestly not sure why they were set so high.

I did run ram at or near the limit of what the cpu/mobo was capable of that could be part of it but again the boards worked fine with much lower voltages.
 
You need a nuclear reactor levels of cooling to keep things in check so something is not right.
 
That's insane. That's a total fail at enforcing safe limits.

Wasn't it ASRock claiming high-speed memory support on lower and mid-range boards? I suppose they probably did - for about 30 minutes until the smoke showed up.
This is how ASRock has been getting higher speeds, they just pump the voltages. In the example I linked, the SA is only 1.35, but the IMC is 1.5V

 
Sounds pretty bad, The question I have is why is it not affecting the 12th gen? The 12th generation is pretty much the same thing.
 
Sounds pretty bad, The question I have is why is it not affecting the 12th gen? The 12th generation is pretty much the same thing.

They aren't pushed nearly as hard. Even the 12900KS is very sensible compared to the 13900k/14900k keep in mind a lot of boards remove power limits when setting XMP.

It's also not the whole 13/14th gen lineup almost all the cpus so far have been i9s which intel had to push really hard.
 
Last edited:
This is how ASRock has been getting higher speeds, they just pump the voltages.

This guy insults viewers when they ask him why only bench with 1 game. Very shady in his ways. His fans are cult like.
 
Trying to ride the wave for some free publicity. There most probably is something wrong since the reports keep coming in, but 100%? Is that what the guy is actually claiming? LOL, come on man
 
This guy insults viewers when they ask him why only bench with 1 game. Very shady in his ways. His fans are cult like.

You only bench one game when you want whatever results to align with whatever BS you're trying to spew....

At the end of the day there is no perfect way to bench anything it's why 4-6 known good sources are always best but when it comes to overclocking results it's always going to be a lottery whether you can even replicate them.

Still even though I dont really trust his results if others find it useful good for them.

It's the same thing with this current issue 100s of application could be fine and show no issues and 1 use case or game can expose the issue.... Also silicon quality can vary by as much as 10%

Trying to ride the wave for some free publicity. There most probably is something wrong since the reports keep coming in, but 100%? Is that what the guy is actually claiming? LOL, come on man

Even if 5-10% of users are experiencing this it's too many honestly. My guess is it's still in the single digit percentage but most people aren't pushing their 13900k/14900k 100% all the time either so who knows.
 
Well, okay. These are home processors that are used in an uncharacteristic way. The colleague before me is right. The studio saved a few dollars instead of buying a Xeon, now this "savings" is eating at its head.
 
Even if 5-10% of users are experiencing this it's too many honestly. My guess is it's still in the single digit percentage but most people aren't pushing their 13900k/14900k 100% all the time either so who knows.
My point is we shouldn't give publicity to the obvious scam that these devs are trying to pull. Is there a problem? Most likely there is. But that's besides my point
 
You only bench one game when you want whatever results to align with whatever BS you're trying to spew....

At the end of the day there is no perfect way to bench anything it's why 4-6 known good sources are always best but when it comes to overclocking results it's always going to be a lottery whether you can even replicate them.

Still even though I dont really trust his results if others find it useful good for them.

It's the same thing with this current issue 100s of application could be fine and show no issues and 1 use case or game can expose the issue.... Also silicon quality can vary by as much as 10%



Even if 5-10% of users are experiencing this it's too many honestly. My guess is it's still in the single digit percentage but most people aren't pushing their 13900k/14900k 100% all the time either so who knows.
The GN video claims these are run very modestly in a game server at low temperatures and moderate clocks.
 
The GN video claims these are run very modestly in a game server at low temperatures and moderate clocks.

Yeah I finally watched and if that's the case it's very worrying.

I know if I owned one of these cpus I'd be pretty cautious and double check all voltages and set them to known safe values.... I've made a habit of doing that on AM4/AM5 setting soc to the lowest voltage I can get away with. A couple X370 boards I worked with degraded Zen 1 cpus settings it at 1.3.
 
Trying to ride the wave for some free publicity. There most probably is something wrong since the reports keep coming in, but 100%? Is that what the guy is actually claiming? LOL, come on man
These reports are coming from game companies buying directly from Intel, they aren't going to do this for attention when it involves a lot of money to fix the issue.
Well, okay. These are home processors that are used in an uncharacteristic way. The colleague before me is right. The studio saved a few dollars instead of buying a Xeon, now this "savings" is eating at its head.
Even for home use the failure rates are unacceptable, and if you watched the video from GN, Wendel mentions why the game studio went with i9's instead of Xeons.
 
These reports are coming from game companies buying directly from Intel, they aren't going to do this for attention when it involves a lot of money to fix the issue
Okay, let's see those "100% failure rates" those devs are claiming pan out.

Also, it crashes 100x times less on AMD. They failed at basic math but sure, let's trust their claims.
 
I'm going to put my bet down and say the System Agent voltage is "killing" these CPUs.

Quite possible! I've always used a very low SA voltage with my KS. 1 volt flat, never above this. Even 1.05 made my RAM unstable with the Ace. Can't wait for the Apex Encore and see what gives.
 
Status
Not open for further replies.
Back
Top