rcarlos243

I had similar issue. I overclock my 13600K and it passes prime95 smalllff, OCCT, and Y-Cruncher for 8 hours each without any error message. As soon as I try to install a big fitgirl-repack game it would error out and I had to downclock the CPU for it to work properly.

I would like to upgrade the noisy stock cooler on a prebuilt PC and I would like to get a down draft design because the VRM does not have any heatsink. I am hoping to spend less than $40 I looked at Noctua C14s, but it is very expensive I also found Jiushark JF13K, but everyone is selling it for $55. I looked at Thermalright AXP120. but poor performance I looked at ID cooling IS 67 XT, but poor performance.

Layout: 75% Switch: Topre Keycaps: PBT or double shot PBT backlit: white or RGB but must be driven DC or have a very high PWM frequency.

I sold a Z690 motherboard and the scumbag buyer returned it with CPU socket damage (bent pins) and to top it of the ILM screws were missing. Where can I buy the ILM screws or a whole LGA 1700 assembly? ILM is the metal frame that puts pressure on the CPU and keeps it from moving when installed.

most AM5 can do DDR5 6200 with uclk=memclk 1:1 using uclk=memclk/2 allows to run a much faster RAM, but running 2:1 has a performance penalty what speed and timings would be needed to have more performance from a setup with DDR5 6200 28-35-35-30 with 1:1 vs a faster RAM with 2:1?

I need to convert a bunch of videos using NVENC AV1 and I have RTX 4070 Ti. I am hoping for a windows GUI app that can do it. I tried handbrake to do NVENC AV1, but it is broken as the output video is very pixelated.

I tried tRRDL 4 and it won't even POST. I also tried tRRDL 6, but it throws errors when stress-tested. I settled with tRRDL 8 and it passed 8 hours of Y-Cruncher VST, N63, and VT3, about 2hrs 30min of TM5 Anta777 extreme config and 1hr OCCT CPU stress test I might revisit tRRDL if it can do better at 1.45v after I verified tREFI at 65k

buying a new RTX 3080 does not make any sense. OP also said he is looking to buy used.

increasing the voltage to 1.45v definitely helped with tREFI to 65K. I tried 65K tREFI with 1.4v and it BSOD my PC after running TM5 for about 20mins. The other identical Dual Rank Hynix A-Die kit I have cannot go above 25K tREFI at 1.4v (haven't tried with higher voltage yet) without throwing errors in TM5. Also, I currently have no active cooling for the RAM and the maximum RAM temp so far is 74c and stress test still no errors or crashes. I ordered a RAM fan from AliExpress, but it looks like it won't arrive till 2nd week of January

This is the kit #2. CL30 and 50K tREFI was the stock 1.4v voltage. I increased the DRAM voltage to 1.45v and is currently stress testing the max tREFI with TM5 anta777 extreme (it is currently running for about 1hr 30min). Will also test with Y-Cruncher VST, N63 and VT3 for 8 hours. I tried a lower tRFC (383) with stock 1.4v, but the computer did not POST. If the max tREFI is stable at 1.45v, I will revisit tRFC again to see if it can go lower with 1.45v

This is a Dual Rank Hynix A Die, Any subtiming worth lowering?

Spend more and get RTX 3080 instead. RTX 3080 is about twice as fast as RTX 2070 Super in OctaneBench, OctaneRender, Blender, V-Ray, Arnold, Keyshot and RedShift. This includes latest RTX 4000 series, RX 7000 series and ARC series https://techgage.com/article/a-look-at-nvidias-geforce-rtx-4060-8gb-rendering-performance/

I have two sets of 64GB (2x32GB) Dual Rank Hynix A-Die on X670E-E with 7800X3D. kit #1 can do tCL 28 with 25K tREFI and kit #2 can do tCL 30 with 50K tREFI. The speed and all other sub-timings are identical, which one is better?

You are the one who is name-calling when u have nothing useful to add. The problem with PBO is that when you use a very high negative offset, you can stess test the cores under max load and it would be fine as there is sufficient power at the top end of V/F curve, but as soon as it is on the bottom end the V/F curve the thing becomes unstable. Several workarounds can be done such as disabling C-state, setting the minimum processor state to a higher value, but those are band aid fixes and does not fully adress the issue.

It seems like you have nothing useful to add here. Doing some research, I have found tools like CoreCycler, OCCT with Core Cycling, Prime95 Small FFT assigned to 2 threads, Curve Optimizer with per core stability, etc... I am still looking for tools or methodologies to test for stability under idle/low loads.