![]() Nice! And yeah, the ASUS VRMs this gen have been pretty meh on the Intel side, AFAIK they'd overheat more since it's a 4 Phase or something (whereas Gigabyte's budget boards are an 11+1, the higher ends are a 12+3 or something crazy IIRC). It'll OC pretty damn well too if I'm willing to have a jet engine simulator in my case, but I've undervolted it a good bit to lower temps, need to tweak it a bit more when I have the time. Also cool to see a fellow RVII owner, how's it treating you? I just got back to using mine, finished the X99 rig I meant to put it in and it's been running like a champ since. Some pics from my last build attached Bob And yeah, the ASUS VRMs this gen have been pretty meh on the Intel side, AFAIK they'd overheat more since it's a 4 Phase or something (whereas Gigabyte's budget boards are an 11+1, the higher ends are a 12+3 or something crazy IIRC). I'll put my Radeon VII in threadripper build. Getting a Thermaltake View 71 case for this build, and yes I am going to swipe the Graphic card for 2 2080Ti's FE on Custom water loop from my threadripper 2950X build which I have running on stock. So happy now, couldn't have done it without your support and advises. Temps now pretty neat, Ran Aida64, Prime 95 for over an hour and and OCCT for over 4 hours and found out that temps were extremely stable on both VRM's (40-45) and CPU Core (65-75). Tks guys, all problems solved just by pointing a fan towards the VRM's. But if you're really concerned you can do that. This helps with efficiency, but also means the power is less clean, which can hurt stability. That helps a lot (but hard to do with powerful CPUs since they don't typically have a lot of thermal dissipation capability)Ĥ) Lower your switching frequency for the VRM. Don't really recommend unless you have time and money to waste.ģ) Use a downdraft CPU cooler (one where the fan points down). So that's not necessarily a problem.ġ) Get watercooling and blocks for the VRM. Also I have changed my CPU Core/Cache voltage to 1.255 and it's really stable.ġ) Many VRM components are rated to 125 degrees and higher. PS: currently my MoBo is still not inside a case but on an open bench without any direct airflow towards the VRM. Guys sorry to bother you guys, just want to understand one thing, The VRM on my MoBo get's really hot and its actually impossible to touch, you can actually feel the heat. ![]() Other Misc Devices: 2012 MacBook Pro 13" running Linux Mint 21.1 - Mac Pro 1,1 (2x dual cores as I haven't swapped the quads in yet, 32GB DDR2 and a 512MB HD4870) running El Cap/Lion/sometimes other Mac OS X versions - iPod Video (5th gen) Mobile/Work Devices: Late 2014 iMac 5K (work computer) - iPhone 13 Pro Max - Apple Watch S3 Rest of the HEDT collection - Xeon X5675/EVGA X58 Classified 4-Way SLI - i7 4930K/EVGA X79 Dark Smol Rig - i7 6950X - Noctua NH-L12S - EVGA X99 Micro 2 - 4x4GB 2800MHz DDR4 - Radeon PRO WX2100 - 250GB 960 Evo + hotswap 2.5" bay + LG WH14NS40 ODD - SilverStone SST-TX300 - Dell Inspiron 530S Chassis - Linux Mint 21.1 Main PC - i9 7980XE - EKWB Quantum-something block - EVGA X299 Dark - 4x8GB HyperX Predator DDR4 - Intel ARC A770 LE - 1TB 970 Evo + 500GB XPG Atom30 + 2x 1TB MX500 - EVGA 1600W T2 - Corsair 750D Airflow - CPU-only custom loop w/360 slim rad + 280mm thick (60mm) rad & Noctua Redux NF-P12/P14s fans - Windows 11 Intel HEDT and Server platform enthusiasts: Intel HEDT Xeon/i7 Megathread ![]()
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