DDR5 Stable OC : 7200Mhz CL30 (12900K all cores (P+E)) скачать в хорошем качестве

DDR5 Stable OC : 7200Mhz CL30 (12900K all cores (P+E))

[Some points of this OC setup] Ram stability testing program called 'Karhu' used, which is not a free program From my experience, Karhu is harder to pass than TM5 or HCI stability test. The developer says test coverage 6400% = 99.41% error detection, I went to 10000% to make sure. All cores including E-cores enabled (E-cores on or off doesn't make any difference for the ram stability for my system) Even with E-cores enabled and Cache 45, the latency is not bad comparing to E-cores off + Cache 50. Even with E-cores enabled and Cache 45, the latency is not bad comparing with E-cores off + Cache 50. (The difference is not even 1ns : P55/Eoff/C50 vs P54/E42/C45) tRCD and tRP 40 40 at 7200 CL30 is not stable, so 41 40 is used. Still it helps higher performance. Even with Ram water cooling, the winter is gone and ram temp rises above 30C, still stable as rock. tRFC 280 at 7200 CL30 is bootable, but 305 is stable tRFCpb 190 at 7200 CL30 is bootable, but I used 220 which helps lowering latency a little bit. Even at 7200 CL30, low voltages SA(0.91v) and MC(1.26v) are enough. y-cruncher temp and max wattage are bugged as usual for my setup. don't know why. The biggest change of my oc : Maximus Tweak Mode 2 → Mode 1 (more stable for me) [OC setup] https://photos.app.goo.gl/EVYCkCprdJc... ○ CPU : 12900K (SP95) / all cores (P 5.4Ghz , E 4.2Ghz, Cache 4.5Ghz) ○ Ram : KLEVV Hynix 4800 CL40 ○ Ram OC : 7200Mhz-30-41-40-26-305-2T (all sub-timings optimized) ○ MB : Z690 Apex (Bios 1304) ○ Voltages (actual at load) : VDD 1.665v / VDDQ 1.575v / VDDQ TX 1.54 / MC 1.26v / SA 0.91v ○ Cooling : MORA 420 Pro (CPU, VGA, RAM) out on balcony. PC itself inside the room.    • Mo-Ra 420 Pro (12900K)   [Update] 8000-CL32 OC https://www.overclock.net/threads/off...