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| System Name | Pioneer |
|---|---|
| Processor | Ryzen 9 9950X |
| Motherboard | MSI MAG X670E Tomahawk Wifi |
| Cooling | Noctua NH-D15 + A whole lotta Sunon, Phanteks and Corsair Maglev blower fans... |
| Memory | 128GB (4x 32GB) G.Skill Flare X5 @ DDR5-4200(Running 1:1:1 w/FCLK) |
| Video Card(s) | XFX RX 7900 XTX Speedster Merc 310 |
| Storage | Intel 5800X Optane 800GB boot, +2x Crucial P5 Plus 2TB PCIe 4.0 NVMe SSDs, 1x 2TB Seagate Exos 3.5" |
| Display(s) | 55" LG 55" B9 OLED 4K Display |
| Case | Thermaltake Core X31 |
| Audio Device(s) | TOSLINK->Schiit Modi MB->Asgard 2 DAC Amp->AKG Pro K712 Headphones or HDMI->B9 OLED |
| Power Supply | FSP Hydro Ti Pro 850W |
| Mouse | Logitech G305 Lightspeed Wireless |
| Keyboard | WASD Code v3 with Cherry Green keyswitches + PBT DS keycaps |
| Software | Gentoo Linux x64, other office machines run Windows 11 Enterprise |
We have some updated information on the X299 Platforms VRM issues from the same overclocker who initially discovered the issue, renowned overclocker der8auer. In an updated YouTube video, der8auer first updated his viewers with new information on his testing techniques, and basically concluded that all issues initially detected (throttling included) are still is an issue even after extensive testing, only in some instances it is difficult to detect not only if you are throttling, but even specifics such as what precisely is throttling. He goes into extensive detail, but a brief summary of the videos main points can be found below for your consumption.
His first major point is to watch power consumption. If it drops drastically, something is probably throttling. It does not mean (as some critics assumed) that the X299 system is not as energy hungry as reported: It is, it just has the nasty habit of not always reporting a throttle in clock rate. Furthermore, throttles can happen "back and forth" very quickly, and CPU-Z's refresh rate is not fast enough to always catch these. He recommends using HwInfo for frequency and VRM temp monitoring purposes.
Second, once you know there is a throttle occurring, there are two major types of throttling. The first is CPU throttling, which will occur via the multiplier backing off on the CPU cores slowly. The second is VRM throttling, which will manifest itself as a sharp drop in multiplier instantly (in his example, it went from 4.5 GHz to 1.2 GHz during a VRM throttle). These dramatic drops are related to VRMs and the poor build issues on various boards. Sadly, as of right now these issues still exist as a very complex minefield for potential buyers to navigate.
Third, he backed off his criticism of the 8-pin connectors saying they were probably okay for "moderate overclocking" (being that he is an extreme overclocker, that's probably enough for most of us "24/7ers"). The initial issue of overheating cables appeared to be more the cable design of the Superflower PSU than an actual limit of the 8-pin CPU connector. He still says it is better to get an 8+4 or 8+8 pin board if pursuing "serious overclocks", however.
Oh, and just to make it more confusing, in several UEFIs you can raise the throttle-temp point for the CPU (though most 24/7 overclockers probably shouldn't) and on some boards, even more throttling types are present (GIGABYTE seems to have some kind of "VCCIN throttle" that kicks in randomly if left on auto).
The end result of all this? I would say it's a very confusing and very strange product landscape, the likes of which is not likely to be friendly to overclockers, neither casual nor extreme. Pick your boards carefully dear user, perhaps this time even more so than most.
View at TechPowerUp Main Site
His first major point is to watch power consumption. If it drops drastically, something is probably throttling. It does not mean (as some critics assumed) that the X299 system is not as energy hungry as reported: It is, it just has the nasty habit of not always reporting a throttle in clock rate. Furthermore, throttles can happen "back and forth" very quickly, and CPU-Z's refresh rate is not fast enough to always catch these. He recommends using HwInfo for frequency and VRM temp monitoring purposes.
Second, once you know there is a throttle occurring, there are two major types of throttling. The first is CPU throttling, which will occur via the multiplier backing off on the CPU cores slowly. The second is VRM throttling, which will manifest itself as a sharp drop in multiplier instantly (in his example, it went from 4.5 GHz to 1.2 GHz during a VRM throttle). These dramatic drops are related to VRMs and the poor build issues on various boards. Sadly, as of right now these issues still exist as a very complex minefield for potential buyers to navigate.
Third, he backed off his criticism of the 8-pin connectors saying they were probably okay for "moderate overclocking" (being that he is an extreme overclocker, that's probably enough for most of us "24/7ers"). The initial issue of overheating cables appeared to be more the cable design of the Superflower PSU than an actual limit of the 8-pin CPU connector. He still says it is better to get an 8+4 or 8+8 pin board if pursuing "serious overclocks", however.
Oh, and just to make it more confusing, in several UEFIs you can raise the throttle-temp point for the CPU (though most 24/7 overclockers probably shouldn't) and on some boards, even more throttling types are present (GIGABYTE seems to have some kind of "VCCIN throttle" that kicks in randomly if left on auto).
The end result of all this? I would say it's a very confusing and very strange product landscape, the likes of which is not likely to be friendly to overclockers, neither casual nor extreme. Pick your boards carefully dear user, perhaps this time even more so than most.
View at TechPowerUp Main Site
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That's also exceeding the CPU's power consumption, for a 140W CPU, by almost 200%.
However the minute you pump AVX through it the temps shoot up and it restarts. Power consumption was pretty high at that point. I think high end water will easily do 5ghz without a delid...but power consumption will be through the roof.