Evaluating the benefits of DDR4-3733 overclocking on an AMD 5900X and checking for micro stutters is worthwhile.
Evaluating the benefits of DDR4-3733 overclocking on an AMD 5900X and checking for micro stutters is worthwhile.
Also I observed something. At 3600 the custom latency was 2.1. At 3733 it jumps to 3.1, yet the random latency is much lower. I don’t understand the custom latency values.
Do you know what i can do to fix broken programs? Nahamic seems to have broken for me and steam forgot about some games being installed (probably due to the ram being unstable while it was running in the background. I had heard of a command that fixes windows after messing with ram timings, but i forgot what it was. I ended up with these timings: i still need to stress test for a whole day straight though before i actually know its 100% stable, but for now it seems to be holding well and finished an entire prime 95 test.
When you encounter brief lagging while playing, it often points to unstable RAM. I’ve felt this firsthand. My belief is it relates more to the memory controller than the actual RAM itself. Many Ryzen enthusiasts shared their settings—some say they use 3733 or 3800mhz, while others keep it at 3800mhz or higher. I own a Zen 2 processor and run my RAM at 3800mhz. It usually works without issues, but after about 30 minutes I notice micro stutters or even crashes. At 3733mhz it doesn’t fail completely, but the stuttering becomes noticeable. The controller on Zen3 chips is similar to that of Zen 2, yet it struggles at those high speeds with full stability.
I manage my RAM at 4000 with equal performance, and many others can do the same. My SLI configurations occasionally stuttered. It would be simpler to confirm if instability exists rather than assuming it will behave poorly. Even without overclocking, your system can become unreliable. If there’s a compatibility problem between the UEFI and RAM or elsewhere, it will affect your games and everyday tasks. Your computer can shift from being a simple calculator to a random number generator.
I refer to it as the coffins corner of memory. Gradually the instability isn't a blue screen. It's more like the machine spirit. I thought all X570 board users could run 4000mhz on Zen3. Turns out they can, but stability problems appear over time without sudden crashes.
You can look for small price movements by checking the 1% lows manually in your chart. For micro stutters, there are specialized tools and indicators available online that highlight tiny fluctuations—search for "microstutter indicator" or similar on market analysis platforms.
OH yeah, I get what your saying now. I have an old system that is like that but is not in use. Probably just the CMOS battery Edit: New X570 S boards should be dropping now, they will have improved mem topology for better clocks. Should be able to do 5k DDR now if your sticks are rippers and your CPU can do it..