RAM timings affect how quickly your system accesses data, influencing stability and performance under load.
RAM timings affect how quickly your system accesses data, influencing stability and performance under load.
These values aren't secondary timings; they represent the main timing references. They play a key role in determining actual latency and calculating true CAS latency. Only true latency can be accurately measured, relying on all primary, secondary, tertiary, and additional timings. True CAS latency is straightforward to compute. (tCL)/(rated speed in MHz/2)*(1,000)= (True CAS Latency in nano seconds). For the 3600Mhz device you mentioned: (16)/(3,600Mhz/2)*(1,000)=~8.89ns And for the 3200Mhz device: (16)/(3200/2)*(1,000)=10ns
The performance of RAM varies across games, though speed is a key factor. Generally, faster games benefit more from higher RAM speeds, but individual requirements differ. Based on the options provided, I'll select the configuration with the quickest access times.
Sure, I'll check out the video. Are you referring to the 3200MHz model? It offers more precise timing.
Check your details—your post shows a 12.5% improvement in latency on the 3600MHz unit, with tRP and tRCD around 6.58% tighter.