Comparing G.SKill TridentZ RGB and TridentZ RGB Neo for the Ryzen 5900X offers valuable insights.
Comparing G.SKill TridentZ RGB and TridentZ RGB Neo for the Ryzen 5900X offers valuable insights.
I’m aiming to upgrade to a 5900x (when available) with 32GB RAM. I’ve been comparing various bundles and it looks like the G.SKILL TridentZ RGB is the top pick for Ryzen. My question has two parts: 1. How does the Neo version differ from the non-Neo? 2. The Neo supports up to 3600 CL16, while the non-Neo can go up to 4000 CL16—though it offers double that capacity. If I plan to use this PC for a long time and want maximum performance from my CPU, should I choose the optimized 3600 CL16 instead of the 4000 CL16?
A mid-range B-Die board can boost frequencies up to 4000MHz from 3600MHz, though it's typically found on Intel products.
Well, this seems like a copy-paste attempt. Try using a good Samsung B-die 3200 CL14 setup and aim for frequencies like 3800/3866/3933/4000MHz (based on your CPU's maximum FCLK). Adjust the timing settings and fine-tune the secondary registers, while maintaining a stable voltage (around 1.5V or less) for continuous operation. If you're mainly interested in automatic overclocking, consider 3600 CL16 or 3600/3800 CL14. Remember, beyond a certain point, real performance gains from faster RAM are negligible. Don’t worry too much about it.
Also, note that with a 2x16GB kit, you’ll have dual-rank memory, which already boosts performance compared to single-rank configurations.
Edit: As of November 29, 2020, by Mateyyy
That's my approach—I lack much experience with overclocking and don’t have time to experiment right now. I was worried about potential diminishing returns, but I wasn’t sure where to focus. With so much information about Ryzen 5000 available, research is a bit challenging. Should I choose the Neo or stick with the non-Neo? From what I understand, they’re essentially the same chip, just the Neo comes pre-optimized.
Choose the version that suits you best. Marketing claims about memory optimization aren't always reliable. Disregard them.