Jurrunio

It's not just phones and tablets, PCs don't have hardware AV1 decoding before Nvidia 30 series, AMD Navi 2X (RX 6000 series) and Intel 11th gen. Desktops wouldn't be bothered much but laptops will face the same problem.

7th gen and 11th gen. Honestly I dont think 14th gen is that disappointing compared to those two

It's not just phones and tablets, PCs don't have hardware AV1 decoding before Nvidia 30 series, AMD Navi 2X (RX 6000 series) and Intel 11th gen. Desktops wouldn't be bothered much but laptops will face the same problem.

It's not just phones and tablets, PCs don't have hardware AV1 decoding before Nvidia 30 series, AMD Navi 2X (RX 6000 series) and Intel 11th gen. Desktops wouldn't be bothered much but laptops will face the same problem.

It's not just phones and tablets, PCs don't have hardware AV1 decoding before Nvidia 30 series, AMD Navi 2X (RX 6000 series) and Intel 11th gen. Desktops wouldn't be bothered much but laptops will face the same problem.

It's not just phones and tablets, PCs don't have hardware AV1 decoding before Nvidia 30 series, AMD Navi 2X (RX 6000 series) and Intel 11th gen. Desktops wouldn't be bothered much but laptops will face the same problem.

Maybe it's overheating? Monitor its temperatures.

You have an iGPU in there don't you? Try take the card out and play Elden Ring on the iGPU and see if it shuts down

Maybe it's overheating? Monitor its temperatures.

You have an iGPU in there don't you? Try take the card out and play Elden Ring on the iGPU and see if it shuts down

You might have to choose the boot drive in the BIOS again but that's it.

Credit to: @LukeSavenije
 
The following list is based on facts, ranked on power delivery and known problems. The list will include boards that support CPU overclocking available at retail from different brands.
 
There are still differences in performance among boards of the same tier. As a result, those that barely made it into that tier will be in orange while those that are better than others in the same tier are in blue. Unless specified, boards sharing the same name and chipset in different form factors are ranked the same.
 
For advanced users: https://docs.google.com/spreadsheets/d/1Smj5dh97n32wJqm5dkdDcQt8ID7vH52-lKzaaXUUQx8/edit?usp=sharing
 
AMD
 
All current draw figures are based on Prime95 small FFT with AVX unless otherwise specified, in other words the worst case scenario.
 
Only often recommended sku of CPUs in the same generation and core/thread count configuration is named, others share the same rating.
 
Zen scales down frequency and voltage according to EDC (current limit) and TDC (thermal limit) settings of the motherboard so in theory you won’t cook the VRM of any board at stock, you just lose frequency.
 
For tier A and above, due to lack of feasible CPUs that allow testing of the boards at higher current ratings, there are some level on guessing in terms of how much more power the VRM can take.
 
AM4 (Athlon, Ryzen 3, Ryzen 5, Ryzen 7, Ryzen 9)
 
B550 and X570S Speculation: If you cant find the board above, then it should be here. If it's already up there, then ignore what it's placed here
 
TR4 (Ryzen Threadripper 1xxx and 2xxx) X399
 
sTRX4 (Ryzen Threadripper 3xxx) TRX40 (largely guessing since there's little data)
 
Sources:
 
Legacy list thread: Those looking to dive into Intel's outdated process node and recycled (for many times) architecture please refer to the old list
 

I think they are all too light for new hardware to be put into either category
 
By looking at the average of many games we can get an idea of what a balanced system would look like. If some games hit the bottleneck on either side first on a balanced system, then we call that CPU or GPU bound. 

How did you check system latency in the first place? Besides I doubt you can feel the difference between tens of milliseconds without using electronics of some sort so it doesn't matter in the real world. What does matter are things that take seconds, minutes if not hours to occur, say playing a video game. That's where the gains are

what about the display outputs you used before putting the graphics card in?
 
Some of these prebuilts only have 25w power capability to the PCIe slot (essentially a x16 slot wired like an x4) so a card expected 75w wouldnt run

SATA could mean two things, the name of a port and name of a data transfer standard. Your SATA port on the laptop only accepts SATA transfer standard, an M.2 to SATA adapter only changes the port but not the transfer standard because M.2 port can take either SATA or NVMe transfer standard. This means if you buy an NVMe SSD and use the adapter, your laptop simply would not read the SSD. A M.2 SATA SSD + adapter would work, but that's extra cost for no performance benefit
 
So dont bother with NVMe or an adapter, just use a 2.5" SATA SSD.

Name of the stuff doesn't matter, what it gains does. Problem is the 4090 almost has the entire die enabled already, there's hardly any room for gains unless they introduce new silicon which is already too late down the product cycle for a flagship. It just makes way more sense to wait for the next generation.

Name of the stuff doesn't matter, what it gains does. Problem is the 4090 almost has the entire die enabled already, there's hardly any room for gains unless they introduce new silicon which is already too late down the product cycle for a flagship. It just makes way more sense to wait for the next generation.

Name of the stuff doesn't matter, what it gains does. Problem is the 4090 almost has the entire die enabled already, there's hardly any room for gains unless they introduce new silicon which is already too late down the product cycle for a flagship. It just makes way more sense to wait for the next generation.

Did you use DDU to uninstall the AMD video driver before installing the Nvidia video driver?

Preferably the top. The other slots connect to the chipset which limits bandwidth and increases latency. 

If you're not using a PCIe 5 SSD, just use M2_2
 
LGA 1700 CPUs support up to 16 lanes of PCIe 5 and 4 lanes of PCIe 4, usually the former for a PCIe x16 slot and the latter for an M.2 slot. Therefore to provide a PCIe 5 M.2 slot, it's necessary to split what the PCIe x16 slot gets. PCIe can only split in half, so it has to be x8 + x4 rather than x12 + x4

So you pronounce "oscillate" without the c?

Could be a website that's recruiting your machine into crypto mining or something else similar to that - It's happened before with the same symptoms you describe.

In any case I'd not visit that site again - Problem solved, at least with that particular site.
 

It's just thermal throttling heavy enough to be noticed. Not fry.

There's not much reason to overclock Zen 4 because they are pretty maxed out from the factory, undervolt instead. Or if you do want more performance, focus on tuning up your memory sticks.

There's not much reason to overclock Zen 4 because they are pretty maxed out from the factory, undervolt instead. Or if you do want more performance, focus on tuning up your memory sticks.