Check if your RAM is Samsung B-Die. If not, it might be worth swapping it out.
Check if your RAM is Samsung B-Die. If not, it might be worth swapping it out.
I secured an AMD 5600X processor and received advice about Samsung B-Die RAM being optimal for Ryzen and Hynix being subpar. Based on that, I purchased an 8GBx2 G.Skill Trident Z Neo RGB kit from MicroCenter for $115, assuming it matched Samsung B-Die. My specific model is F4-3600C16D-16GTZNC, and according to the link, it should be Samsung B-Die. However, my BIOS lists Hynix, suggesting I might not have the correct RAM. I can return or exchange it within 14 days. My main concern is whether the $60 price difference for a similar RAM would be justified.
The main appeal of this kit lies in its strong voltage scaling for overclocking. Many assume it’s a Samsung B Die, but the 3600 16 variant offers flexibility in any configuration. If you’re not planning to overclock, it’s a poor investment; otherwise, it’s a solid choice for those who want performance without breaking the bank. The price of 200 dollars for RAM might seem high, but it’s justified if you’re aiming for better speeds. This part remains a good value for affordable performance.
It seems Hynix CJR is likely near the bottom of the recommended memory list for overclocking. Alternatives like Micron Rev.E or Samsung B-Dies might be preferable. In this community, you can look up memory part numbers to find discussions. Most concerns revolve around the "C" at the end of this setup...
Only manual adjustments are recommended. If you avoid modifying memory frequencies and timings yourself, the Samsung B-die hunt will likely become very expensive. It won't improve speed. The Hynix option seems uncertain because it relies on the SPD profile, which remains consistent even if different dies are used. As long as the timing is correct, the XMP profile stays unchanged. The Samsung B-die isn't reliable either—it offers tighter timing but isn't worth the effort for most users.
Yes, you can check if it matches the higher-rated Micron Rev.E die mentioned by @ShrimpBrime.
It seems to be discussing memory frequency attempts, specifically focusing on Micron Rev.E chips. These are excellent at high frequencies but not as effective as Hynix CJR and DJR for timing needs around Ryzen processors (up to 4000MHz). However, they might still work if they meet the rated specifications (3600MHz 16-19-19-39 1.35V).
You're aiming to maintain a stable 3600MHZ for your RAM, similar to the automatic settings in XMP profiles. You're curious about adjusting timings and timing parameters based on a Ryzen DRAM calculator, though you're new to memory modification. You're also wondering if using your Hynix die in the memory kit would be a suitable choice for this project.
You have flexibility in adjusting the clock speeds, though it might not match the precision of a Samsung B-Die kit. B-Die kits (such as top %) support DDR4-3600+ with CL14 speeds, which is impressive. For instance, using my B-Die DDR4-3000 CL14 kits, I can boost four 8GB modules to DDR4-3600 with CL15 speeds. That said, I'm fine-tuning... likely around 75% of the settings by hand. Key timings like primary, secondary, and tertiary are adjusted accordingly. I referenced this guide as a reference: https://github.com/integralfx/MemTestHel...aster/DDR4 OC Guide.md
Looking forward, imagining the impact on my performance. Would a boost of 1-2 frames per second or a jump to 20-30 frames per second really matter? I’m using an AMD 5600X and planning to switch to a newer GPU like the GTX 970, possibly upgrading to a 6800 XT or RTX 3070 once I get my hands on it.