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Cinebench R20 on TR4 2950X@4,125GHz_1,2V_Asrock X399 Taichi_4x8GB Adata Spectrix D80 DDR3200 CL14

Cinebench R20 on TR4 1950X@3,9GHz_1,17V_Asrock X399 Taichi_4x8GB Adata Spectrix D80 DDR3200 CL14

Cinebench R15 Extreme Edition 1950X@3,9GHz_1,17V_Asrock X399 Taichi_4x8GB Gskill DDR3200 CL14

a) there is no difference in CPU supply circuits between Asus Prime PRO X370 and X470, you will get only StoreMI and a little bump in DDR4 frequency with X470;
b) the differences between 8 cores...

TR1950X@3,95GHz 1,185V with Noctua UH14S-TR4 with Noctua 15cm fans push-pull, Asrock X399 Taichi, 4x8GB DDR3600 CL16 GSkill TridentZ - Cinebench R15 - 3450cb:

I am waiting for Zen2 for the upgrade.

The update from Zen to Zen+ on AM4 was around 13-15% - Zen(14nm) to Zen+(12 nm) meaning IPC (3-5%) + frequency boost CPU (7-8%) + DDR4 frequency boost (2-3%) - not only IPC.

What we will get...

Maybe I found the King of the hill? - 1950X air-cooled with Noctua UH14S-TR4 15cm fans push-pull, Vcore 1,185 in BIOS, 4GHz Cinebench, not stable for this frequency / voltage, otherwise works like a...

dual opty 6386 still works @4,3GHz:

I think the following link answers to all your questions regarding AM4 VRM arangements:

https://www.hardwareluxx.de/community/f12/pga-am4-mainboard-vrm-liste-1155146.html

with the last AGESA beta BIOS 1.62 Tomahawk works flawlessly with XMP profile 2 DDR2933 with 16GB Corsair CMK kit DDR3000, and it works also a little over XMP with DDR3066 CR 2T- which is an included...

voila la mise en place, btw I have installed the latest BIOS on Asus Prime B350 Plus and the issus with the RAM remains, it doesn't boot over DDR2400.

a screenshot with Blender 2.78a - 100 on Ryzen R7 1700@4,05GHz air cooled - Asus B350 Plus - DDR2400 CL15, I will add later a photo, avec la mise en place:

Ryzen 7 1700 @ 4GHz, 1,36V, 2x4GB Patriot Viper 3000 - 1200MHz (DDR4-2400) 15-15-15-36 1T, FZ120 - 1733 cb

CPUZ fails to show motherboard's L3 cache on ALi chip based SS7 motherboards, on all I have, with different kind of revisions, even if with the new ones. This does not apply to the VIA chip based...

managed to bring the k6-3+ to 605MHz on the good old GA-5AX rev.4.1, on the same nVidia 5900, just for comparison:

Dual Opteron6386@4,2GHz - 2 "Piledriver" cores glued head by head with 12MB L3 cache common, for each of the 2 CPU, 32c (16 modules) / 32t
32GB DDR3 1600 CL9
100 samples
22,5 sec.

a) a benchmark 3d mark2001 on a super socket 7 system: k6-3+ 450@575MHz=5x115MHz, with motherboard Gigabyte GA-5AX rev.4.1 512 kB L3 cache and videocard Asus nVidia 5900 AGP8x/4x:
b) the K6-3+ is a...

3d mark2001 on a super socket 7 system: k6-2+ 500@570MHz and SOYO 5EHM+ VIA MVP3 1MB L3 cache together with a Hercules ATI Radeon 9700 Pro AGP8x/4x:

furthermore below is a k6-2+ 500 MHz@605 MHz with 128 kb L2 cache, on a Ali AlladinV Gigabyte GA5AX with 512 kb cache L2, which cannot be shown by CPUZ / I will try my k6-3+ on the Epox MVP3 G2, FIC...

below is a k6-2+ 500 MHz@600 MHz with 128 kb L2 cache manufactured with an 180nm technology (k6-2 was manufactured with an 250 nm technology), on a VIA MVP3 512 kb cache DFI K6XV3+/66 motherboard.

I will start with a very old platform - socket 7 - but a long-life platform, maybe one of the longest:

a) below is k6 III 400@475 MHz, 250nm on a Soyo 5EHM+ 1MB L2 cahe MVP3 motherboard, usually...

@rvborgh:
a) there is a kind of wall - for 6380ES - 4,1GHz and for 6386ES - 4,2GHz - from which, no matter the voltage you put in the CPU, they cannot cope with the benchmarks / stress tests. The...

a) first score: dual 6386 ES @ 4,2GHz 1,32V on a Supermicro H8DGI-F;
b) second and third scores: dual 6380 ES @ 4,1GHz on a Supermicro H8DGI-F;
c) fourth score: dual X5690 3,6GHz in turbo mode 2 x...

@rvborgh:
a) I don't have a "kill a watt" type plug, but I'll try to get one;
b) OCNG is a nice tool, unfortunately it was available for dual CPU Supermicro boards only early 2016. Secondly, it has...

Dual Opteron 6380ES @ 4,1GHz 1,36V Vcore, on a Supermicro H8DGI-F: