I've got 8 X M393A2K43DB3-CWEGQ sticks and a 2s1404e2vjug5 CPU
Using the EDC bug and @ 2.6 GHz, I get about 40 kh/s, @ 3.0 GHz I get about 44.5 kh/s mining XMR. Don't want to push it higher because the power draw is already quite crazy.
I was curious if it's even worth bothering with tuning the RAM, I specifically bought these sticks because they were 3200 MHz, but then I realized how loose the timings were, so if you divide the frequency by the CAS latency, you get practically the same performance (3200 @ CL22 ≈ 145, while 2400 @ CL17 ≈ 141, so a minimal difference to say the least).
I looked through the BIOS and did indeed see a section where you can tune the timings and subtimings (ASUS KRPA-U16).
Is it even worth it? Or is server memory abysmal at overclocking? Memory tuning on consumer boards has a quite noticeable effect on performance in this certain task (from my testing, it scaled almost linearly if my memory serves me right)
Using the EDC bug and @ 2.6 GHz, I get about 40 kh/s, @ 3.0 GHz I get about 44.5 kh/s mining XMR. Don't want to push it higher because the power draw is already quite crazy.
I was curious if it's even worth bothering with tuning the RAM, I specifically bought these sticks because they were 3200 MHz, but then I realized how loose the timings were, so if you divide the frequency by the CAS latency, you get practically the same performance (3200 @ CL22 ≈ 145, while 2400 @ CL17 ≈ 141, so a minimal difference to say the least).
I looked through the BIOS and did indeed see a section where you can tune the timings and subtimings (ASUS KRPA-U16).
Is it even worth it? Or is server memory abysmal at overclocking? Memory tuning on consumer boards has a quite noticeable effect on performance in this certain task (from my testing, it scaled almost linearly if my memory serves me right)