If I were a millionaire... Infinite Fabric would be perfect.
If I were a millionaire... Infinite Fabric would be perfect.
I conducted several tests and adjustments, including adding a voltage offset and enabling PBO, which had been turned off for about two and a half years. I also set the frequency override to 200MHz. Despite these changes, my tests consistently showed no noticeable difference in performance metrics like FCLK (1600 or 1800). It’s unclear why this matters, especially since the results remain unchanged. My initial thought was it might be related to RAM overclocking, but I’m not sure if that’s the case. The improvements seem minimal unless someone with more expertise performs a deeper overclock. There’s also the possibility it’s just a placebo effect.
Mark, I'm here to show you some original content. The Vengeance 3000mhz vs Trident-Z B-die 3600mhz CPU is a Ryzen Athlon 220ge. It's dealing with the toughest memory controller I've encountered. The motherboard B450M-A (bottom of the pack) forces asynchronous memory, and since the iGPU adds extra load, I can confirm the Vengeance kept unstable—system would crash randomly. This benchmark image took four tries to save before it restarted. After installing the Trident-Z B-die, things stabilized completely. The memory controller proved far more reliable than expected. This setup isn't meant for everyday use, even though benchmarks ran on a full W10 OS; just limit apps at startup. (-PiFast is very sensitive to memory adjustments. But Benchmate is better for W8 and newer.) Memory Trident-Z performance is solid here.
It's not about input delay, it's about performance. Think of it as having a higher CL than what you actually possess. Could be negligible in certain tests and uses.