- Joined
- Feb 15, 2024
- Messages
- 240 (0.65/day)
- Location
- Bulgaria
System Name | Mid-Range |
---|---|
Processor | Ryzen 7 5800X3D |
Motherboard | ASUS TUF Gaming B550 Plus WiFi II |
Cooling | AiO LS 520 White edition(MX-6 thermal paste applied) |
Memory | 2x16GB DDR4 3600Mhz CL18 Corsair Vengeance RGB PRO SL |
Video Card(s) | RX 7700 XT ASRock Steel Legend 12GB |
Storage | Kingston FURY Renegade 2TB /TeamGroup Cardea A440 1TB |
Display(s) | MSI G272QPF 27 inch 2560x1440p 170hz + Technika 1080p 24'' 60hz |
Case | NZXT H6 Flow ARGB + 2x140mm Lian Li Uni infinity mirror |
Audio Device(s) | RGB Kogaion Speakers/Naraka bladepoint MR720 headset |
Power Supply | EVGA Supernova G2 650Watts 80 plus Gold |
Mouse | A4 Tech Bloody Naraka W95 MAX |
Keyboard | A4 Tech Bloody Naraka S98 Mechanical |
VR HMD | no |
Software | Windows 10 Home SL |
ryzen 5800x3d with curve optimizator from -30mv to -0mv. I used CPU-z stress test on the stressing test ver 17.01.64 and 19.01.64(beta ver) and AVX2 19.01.64 (beta) here are the results measured with HWinfo64 , which one should I go for or should I undervolt at all ?
-0mv
AVX2 - PPT 104.445W 4.38Ghz 67.8C
VER BETA - PPT 98.400W 4.38Ghz 64.8C
VER - PPT 101.900W 4.39Ghz 66.4
-10mv
AVX2 - PPT 101.300-103.00W 4.42Ghz 69.1C
VER BETA - PPT 95.500W 4.41Ghz 63.6C
VER - PPT 98.700W 4.42Ghz 65.8C
-15mv
AVX2 - PPT 96.500W 4.42Ghz 64C
VER BETA -PPT 90.400 4.41ghz 61C
VER - PPT 94.800W 4.42Ghz 64.6C
-20mv
AVX2- PPT 91.100w 4.42Ghz 61C
VER BETA - PPT 85.200-86.200 W 4.42Ghz (forgot to measure temp)
VER - PPT 88.900W -89.000W 4.42Ghz (forgot to measure temp)
-25mv
AVX2- PPT 90.500W 4.42Ghz 61.8C
VER BETA - PPT 85.700W 4.41Ghz 60C
VER - PPT 89.700W 4.42Ghz 62.2C
-30mv
AVX2- PPT 85.300W 4.42Ghz 58.1C
VER BETA- PPT 80.300W 4.41Ghz 55.3C
VER - PPT 83.350W 4.42Ghz 57C
сс
This is only for refference,I don't have time and nerves to test in all the stress test utilities
But in the end I want to increase the lifespan of the chip without risking damaging it on the other hand with undervolting or something like that(neither underperforming) since it's bought second hand and God knows what's been done to this CPU so my point is to preserve it and use it with peace of mind 
-0mv
AVX2 - PPT 104.445W 4.38Ghz 67.8C
VER BETA - PPT 98.400W 4.38Ghz 64.8C
VER - PPT 101.900W 4.39Ghz 66.4
-10mv
AVX2 - PPT 101.300-103.00W 4.42Ghz 69.1C
VER BETA - PPT 95.500W 4.41Ghz 63.6C
VER - PPT 98.700W 4.42Ghz 65.8C
-15mv
AVX2 - PPT 96.500W 4.42Ghz 64C
VER BETA -PPT 90.400 4.41ghz 61C
VER - PPT 94.800W 4.42Ghz 64.6C
-20mv
AVX2- PPT 91.100w 4.42Ghz 61C
VER BETA - PPT 85.200-86.200 W 4.42Ghz (forgot to measure temp)
VER - PPT 88.900W -89.000W 4.42Ghz (forgot to measure temp)
-25mv
AVX2- PPT 90.500W 4.42Ghz 61.8C
VER BETA - PPT 85.700W 4.41Ghz 60C
VER - PPT 89.700W 4.42Ghz 62.2C
-30mv
AVX2- PPT 85.300W 4.42Ghz 58.1C
VER BETA- PPT 80.300W 4.41Ghz 55.3C
VER - PPT 83.350W 4.42Ghz 57C
сс
This is only for refference,I don't have time and nerves to test in all the stress test utilities


ryzen 5800x3d with curve optimizator from -30mv to -0mv. I used CPU-z stress test on the stressing test ver 17.01.64 and 19.01.64(beta ver) and AVX2 19.01.64 (beta) here are the results measured with HWinfo64 , which one should I go for or should I undervolt at all ?
-0mv
AVX2 - PPT 104.445W 4.38Ghz 67.8C
VER BETA - PPT 98.400W 4.38Ghz 64.8C
VER - PPT 101.900W 4.39Ghz 66.4
-10mv
AVX2 - PPT 101.300-103.00W 4.42Ghz 69.1C
VER BETA - PPT 95.500W 4.41Ghz 63.6C
VER - PPT 98.700W 4.42Ghz 65.8C
-15mv
AVX2 - PPT 96.500W 4.42Ghz 64C
VER BETA -PPT 90.400 4.41ghz 61C
VER - PPT 94.800W 4.42Ghz 64.6C
-20mv
AVX2- PPT 91.100w 4.42Ghz 61C
VER BETA - PPT 85.200-86.200 W 4.42Ghz (forgot to measure temp)
VER - PPT 88.900W -89.000W 4.42Ghz (forgot to measure temp)
-25mv
AVX2- PPT 90.500W 4.42Ghz 61.8C
VER BETA - PPT 85.700W 4.41Ghz 60C
VER - PPT 89.700W 4.42Ghz 62.2C
-30mv
AVX2- PPT 85.300W 4.42Ghz 58.1C
VER BETA- PPT 80.300W 4.41Ghz 55.3C
VER - PPT 83.350W 4.42Ghz 57C
сс
This is only for refference,I don't have time and nerves to test in all the stress test utilities,the bigger difference is only in OCCT max temperature but as far as I know OCCT is extreme stress test enviroment which is not the same as gaming .But in the end I want to increase the lifespan of the chip without risking damaging it on the other hand with undervolting or something like that(neither underperforming) since it's bought second hand and God knows what's been done to this CPU so my point is to preserve it and use it with peace of mind![]()