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New Agesa released 1.0.0.7B, massive memory speed boost for Ryzen 7000 on AM5, up to 8200MT/s now stable on Ryzen!

MSI says it's achieved 8600 and Gigabyte says it's gotten over 9000 on its b650e Tachyron board

Gigabyte provided the ram specs, they used a 32gb ddr5 kit rated for 8400 and overclocked it to 9050 using 1.38v and it's using CL54 timings


Holly ####!
 
I decided to get AM5 the other week. Still in the testing / am I keeping it phase. I experienced EXPO wouldn't EXPO. Instead of 6000 it's at 5600MHz 30/38/38/96. I found it pretty funny/not funny at all that the motherboard vendors updated their QVL and removed RAM kits that were previously working. Sooo how did they achieve that then? Going from barely working to 8000MHz seems like they've been holding out on us :) /tin foil hat!!
 
I decided to get AM5 the other week. Still in the testing / am I keeping it phase. I experienced EXPO wouldn't EXPO. Instead of 6000 it's at 5600MHz 30/38/38/96. I found it pretty funny/not funny at all that the motherboard vendors updated their QVL and removed RAM kits that were previously working. Sooo how did they achieve that then? Going from barely working to 8000MHz seems like they've been holding out on us :) /tin foil hat!!
From what I can tell, it's largely for two DIMM configurations where you'll see these being possible. It doesn't sound like (so far, certainly nothing I read or saw yet) there's anything to suggest that four DIMM configurations will see much more than what is currently possible; 128/196GB Max at 3600Mhz/4000Mhz.

Basically instead of lugging all that by the IMC in the chip, it's been told to work more efficienctly and speedily instead at two DIMM configs, and hence the speed boost.
 
MSI says it's achieved 8600 and Gigabyte says it's gotten over 9000 on its b650e Tachyron board

Gigabyte provided the ram specs, they used a 32gb ddr5 kit rated for 8400 and overclocked it to 9050 using 1.38v and it's using CL54 timings


Have you seen the timings though, they are through the roof, its probably the same as running 6000mhz at CL28, those benchmarks are less than double the speed of 6000mhz, but double the looseness on the timings.
54-56-56-126-168 doesnt impress me, its like speed it up one side, slow it down the other, Soc was at max and so was ram voltage.

I will flash it though, see if I can squeeze a bit more out of my 64gb kit than 6200mhz CL30, I wouldnt be at all surprised if my G.Skill 64gb Trident Z5 6000mhz CL30 kit would do 8000mhz CL54 though or there abouts with voltages maxed out on the new bios.
 
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Will this help say 6000MHz kits run at lowe

Super Pi 8m / 7800X3D

9058 c54 = 68.497
6200 c28 = 78.208

Roughly 12%

6200mhz CL30 = 68 secs

G.Skill F5-6000J3040G32GX2-TZ5NR = Micron M die

vtp2ECp.jpg
 
Interesting then, i'm still on non-beta, so hopefully some improvements waiting.

Going to push my kit a little at a time see what gives with the same timings, see if I can get 6400 / 6600mhz out of it 1:1, my ram voltage is already 1.4v stock so I wont push that any further, but SoC is at 1.2v, im happy to take that to 1.25v but not any further really.

Memory content restore still isnt working in the beta unless you have power down enabled, with power down disabled its still BSOD'ing
 
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