- Mar 3, 2017
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There's your answer. I bet we may see a lot of performance unlocked at 150W TDP and better cooling in workstation laptops like Thinkpads, Dell Precisions and HP Zbooks.but how is Ray Tracer MT 63% explained? Almost half score
and why ST -15%?
also Flow Z13 is tiny and probably throttles in full load
It is using iGPU in the OpenCL and Vulkan tests.but GB is not even running the igpu
It will not be representative cause of the different IOD structureIt is using iGPU in the OpenCL and Vulkan tests.
For a more fair test, someone should power limit their 9950X to 100W and give us the GB6 URL so we can compare.
We'll at least find out how gimped the desktop IOD isIt will not be representative cause of the different IOD structure
Well, that screenshot definitively shows 1:1 UCLK. If this cant be brought to 600 series boards I guess theres finally a reason to upgrade. I can't even get 2x48 to run at 6400 1:1 on my X670E
Very nice if more motherboard vendors announce support. This is going to be awesome publicity for AM5 plaplatform
How much of that is chip lottery on the CPU side too, though? Honestly, not trying to be snarky.Well, that screenshot definitively shows 1:1 UCLK. If this cant be brought to 600 series boards I guess theres finally a reason to upgrade. I can't even get 2x48 to run at 6400 1:1 on my X670E
It was my belief that getting 2x2R going at 6400 was entirely chip lottery and that 4x2R at even 6000 was virtually impossible. MSI is proving that wrong with some black magic here. The only way to know is to get more data, as people get hands-on with these configs and try it out.How much of that is chip lottery on the CPU side too, though? Honestly, not trying to be snarky.
The black magic I would like MSI to focus on is memory training time. Been using MSI for essentially all AM5 builds so far, used a Asrock Phantom Gaming 870 and holy cow, it was so much faster to boot.It was my belief that getting 2x2R going at 6400 was entirely chip lottery and that 4x2R at even 6000 was virtually impossible. MSI is proving that wrong with some black magic here. The only way to know is to get more data, as people get hands-on with these configs and try it out.
I think until MSI actually QVLs 4x48GB at 6000+ and/or people are able to get configs similar to this going for themselves without significant effort, it's a bit of a moot point.The black magic I would like MSI to focus on is memory training time. Been using MSI for essentially all AM5 builds so far, used a Asrock Phantom Gaming 870 and holy cow, it was so much faster to boot.
Also, could we get a non-beta firmware update with the goodies available so far please? My new main work PC is rocking this board and I'd like to put a fork in it and call it done!
Worked for me thankfully, but I guess it was silicon luck.I can't even get 2x48 to run at 6400 1:1 on my X670E
They need to finally support 64 GB DIMMs also, not holding out my breath for 96 GBs, but also would have been niceThis is going to be awesome publicity for AM5 platform
What board? It might come down to board and bios revision in addition to CPU lottery.Worked for me thankfully, but I guess it was silicon luck.
They would have to make 48Gbit packages in order to make 96GB dimms and they aren't. Heck, it's been taking forever just to get 32Gbit packages out to get 32GB SR/64GB DR dimms on the market. We've been hearing about them for years it seems like.They need to finally support 64 GB DIMMs also, not holding out my breath for 96 GBs, but also would have been nice
I've had to get really overpriced one for its built-in 10 GBe - X670E-AORUS-XTREME, maybe that's what helped get mem speed out of the box. Memory is G.Skill Trident Z5 RGB 96GB (2x48 GB) 6400MHz CL32 DDR5, CPU is 7950X3D (in 8 core mode, but it worked fine with 16). No overclocking, so far all stable.What board? It might come down to board and bios revision in addition to CPU lottery.
Maybe not, I was thinking ECC memory here that is available in 64 GB modules, in any case I like having support for such near future stuff being an option, I suspect they just don't want to enable it to avoid competition with low end servers.Are those shipping already?
But can you link any DDR5 64GB ECC UDIMM sticks? RDIMM might be available but you won't be able to use them on AM5. After all support for 48GB UDIMM sticks appeared just before the memory itself was available iirc so I wouldn't expect official support sooner.Maybe not, I was thinking ECC memory here that is available in 64 GB modules, in any case I like having support for such near future stuff being an option, I suspect they just don't want to enable it to avoid competition with low end servers.
I have the same board. Are you sure your config is running 1:1 UCLK? Zentimings will tell.I've had to get really overpriced one for its built-in 10 GBe - X670E-AORUS-XTREME, maybe that's what helped get mem speed out of the box. Memory is G.Skill Trident Z5 RGB 96GB (2x48 GB) 6400MHz CL32 DDR5, CPU is 7950X3D (in 8 core mode, but it worked fine with 16). No overclocking, so far all stable.
I hope those new mobos will improve ECC timings also, would be great option to have 4x48 GB with decent timings and ECC on.
Maybe not, I was thinking ECC memory here that is available in 64 GB modules, in any case I like having support for such near future stuff being an option, I suspect they just don't want to enable it to avoid competition with low end servers.
Don't think so, but if we got to 48 GBs, then next is 64, so just saying would have been nice to know if in principle AM5 can support it.But can you link any DDR5 64GB ECC UDIMM sticks?
Here is screenshot, seems to be 1:1 or not?I have the same board. Are you sure your config is running 1:1 UCLK? Zentimings will tell.
HOW??? I'm going to have to try copying some of those settings.Here is screenshot, seems to be 1:1 or not?
Good luck!HOW??? I'm going to have to try copying some of those settings.
HOW??? I'm going to have to try copying some of those settings.
Did you put your sticks into the right slots (aka the farthest from the CPU and second farthrest)? 2x48gb is just a dual rank config, should do about the same frequency as single-rank config of the same memory typeHOW??? I'm going to have to try copying some of those settings.