Setting up your own graphics card for the AMD Ryzen 3600
Setting up your own graphics card for the AMD Ryzen 3600
Hello everyone! I put together my computer back in January using a Ryzen 3600, a B450 Tomahawk Max motherboard, eight sticks of 2gb Corsair Vengeance memory running at 3200mhz, and an Asus RTX 2060 graphics card. After putting it all together, I noticed my temperatures were always jumping around in the high 50s to low 60s when I just turned it on or did nothing else, but sometimes they would even spike into the high 70s (and rarely hit the 80s). I also found that my voltage stayed right between 1.3 and 1.35 volts while only running Discord or Chrome. When it came to cooling, I had a big Scythe Fuma rev B fan spinning at 100% because I didn't care about how loud it was. A few days ago, I bought an all-in-one cooler called the Masterliquid 240L V2 hoping for better results. To my surprise, it didn't help much. So I decided to turn off Core Performance Boost in my BIOS which cut the voltage down all the way to 1.0 volts sometimes even down to 0.9 volts. This also made my CPU run slower at 3600mhz and helped cool things down (idle temps were around 47 degrees Celsius with no spikes). I also capped my speed so it stayed at 3600mhz, which is still fast enough for gaming and games in general while lowering the heat. I wanted to get PBO performance without overworking my CPU. So I started tweaking things manually on my motherboard to boost the core frequency all the way up to 3900mhz (the maximum number shown by CPU-Z) with a special setting that allowed me to keep using 1.25 volts instead of 1.35. I ran a quick test on CPU-Z and it showed that max temps were around 74 degrees Celsius (it would go up to 85 when PBO and CPB were still on). Idle temps are also below 50 now, so I'm happy with the results. In any case, the real question is... Is this a safe overclocking? I was reading about how CPUs get damaged over time, and it really scares me to risk damaging my processor by having a constant higher voltage. Thanks for listening! Any suggestions are welcome.
1) Turn off overclocking. Go into your BIOS settings and choose 'default options'. Save everything and quit. Then go back in to turn it back on again. 2) Make sure you have XMP enabled, then save and quit. 3) With the current cooler you are using, run these tests (Cinebench R20 Cpu-Z) and write down both how fast they run and what temperature they hit. 4) Put in a different cooler and do the same thing again. Here is why: Unlike Intel or older Ryzen chips, checking temperatures alone isn't enough for newer Ryzen 3000 models. They act like video cards where having more power and cooling space helps multi-thread speed but doesn't always help single thread performance. With the cold... manual overclocking on Ryzen 3000 can be really bad. You might get a small boost in multi-threaded tasks, but you give up your single-threaded speed.
I'm not sure about that specific thing, but I do have one question: how are you making a regular CPU faster with overclocking?
Go into the BIOS and check the Overlocking section. It's not on my motherboard, which is a MSI. Some brands put it there while others don't. You might try using RyzenMaster instead, but then you'll have to do this every time you start up the computer.
Well, I figured the non-X and non-K chips are like the non-Intel ones—they can't be overclocked.
1) Turn off that overclock. Open your BIOS, change it back to "standard settings," hit save and quit, then come back in again. 2) Turn the XMP profile back on (which boosts memory speed), save and leave. 3) With this cooler attached, run a few tests like Cinebench R20 using the CPU-Z tool, and write down how fast it goes and how hot it gets. 4) Change to a different cooler and do step #3 again. Why this matters: Just like some graphics cards, Ryzen CPUs can change their speed based on heat and power limits when you aren't just doing one thing at once. That means cooling or power doesn't matter as much for single tasks but does affect multi-tasking. The cold part... manual overclocking is a bad idea here. You might get a tiny bit faster with many tasks, but you lose speed when doing single tasks. Hard truth: These CPUs can adjust their speed better than anyone else can; your job is just to make sure they stay cool and have good memory (RAM) speeds around 3733MHz or higher if it helps.
It all comes down to how warm your room is and what kind of computer you have.