This RAM has no internal dies.
This RAM has no internal dies.
The most frequent color is green, though earlier dimmers could be blue or red.
Your 3600C15 2X8GB setup performs well at those temperatures. You're testing around 3800C14 and 4400C18. What voltage levels have you experimented with? Also, Newegg lists your unit for $125, while G.Skill offers a 3200C14 2X8GB kit for under $110.
I’ve only reached about 1.35, and I don’t think I’m skilled in high-end RAM overclocking, though I have a basic understanding. 1.5 feels a bit off, and I haven’t located any reliable information on how the BIOS handles 1.5v.
Well, I'll bench this around 1.610v at 4000mhz with active cooling. I'm planning to share a Cas 12 at 1.9v, though it's quite unstable. It might be enough for a quick screenshot, but not worth the time. The top-end B-Die will include XMP ratings at 1.50v and higher. My setup is only 1.40v at 4267mhz, for instance.
Higher binned memory offers faster performance. It doesn't necessarily require a B-Die. Testing focuses on the memory, with most operating at around 3600MHz, placing it in that frequency bin. There are also 3600MHz bins where the cas latency stays stable at 16, 17, or 18. The key advantage of premium B-die chips is their voltage and scaling capabilities. Memory modules handle better cooling and increased voltage, allowing for higher frequencies or tighter timing, often achieving both simultaneously. Options vary across different levels.