The G.SKILL Trident Z 3200MHz CL14 supports overclocking.
The G.SKILL Trident Z 3200MHz CL14 supports overclocking.
Profix:
Research I conducted shows 1.4v is acceptable for continuous use, but stay below that level. A speed of 3600 seems sensible. As mentioned before, you may need to adjust the timing parameters to achieve this.
I wonder why you're increasing your memory's speed? I've experienced memory overclocking before—it often requires a lot of time to notice a big performance boost. I'm not sure why, but I enjoy testing my hardware and pushing its boundaries. For example, I ran a 3733mhz 1.4V setup with stable 16-16-16-36 timings for two runs in Memtest86 today. So far it seems fine.
Just keep in mind that Memtest86 provides only a general stability estimate. If you really need reliable memory, try using Prime95 with memory optimization settings. I can share those if you ask.
TechyInAZ has reviewed the details and found that 1.4v is acceptable for continuous use, though staying below that range is recommended. A speed of 3600 is considered suitable, but adjustments may be needed. I wonder why you're pushing your memory overclocking? I've experienced similar issues before—it often requires a lot of time to see real performance gains. My curiosity is piqued; I'm interested in understanding how well my hardware performs and its boundaries. Recently, I tested 3733mhz at 1.4 volts with stable timings during two runs in memtest86. It seems fine, but I'd suggest using prime95 with memory-optimized settings for better stability if you're serious about it. Feel free to ask if you need those configurations.