Significant performance jump in warzone thanks to 4400mhz RAM? Authentic or fake?
Significant performance jump in warzone thanks to 4400mhz RAM? Authentic or fake?
https://www.youtube.com/watch?v=z4Mgyw94...ameChasers people keep saying you can get like an extra 30-50 fps by switching to b-die 4400 ram from 3600. Who can fact check this? Any truth to it?
It's possible to observe this scenario if the GPU's speed is limited by the CPU and then further restricted by insufficient RAM. However, I'm unlikely to witness such a significant performance drop across different systems without this particular bottleneck.
I'm watching this video and he really criticizes every reviewer, even mentioning Linus. He seems to think the secret is something people shouldn't share—it's a secret, keep it quiet. He’s asking for payment to join his Discord and pay 400 pounds for a consultation.
I attempted, but I can't even hear him. He's completely off base. B-die is better than most, but that doesn't guarantee speed. With identical clock speeds and timings, RAM performance remains consistent across dies. And honestly? Prices are rising because of your small Warzone Discord group? Really, you're not worth the global RAM market. Let's move on.
Are there similar options available? I’m not purchasing any, but a friend is eager for some people’s thoughts on it. This version is more realistic due to the 10-20fps boost, though still a noticeable improvement.
Check the page for details on a 64GB 288-pin DDR4 SSD with SD RAM. It’s expected to sell out soon, yet the price remains steady for a long time.
Absolutely, high-quality audio really shines in intense environments like warzone, Hitman, and 2077. I noticed someone achieving a 2700x hit rate at 150fps, and with 175-180 fps achievable on a 3600Hz, it's clear you can see 200 at 10900k. A 4x8 setup with a cache oc offers solid performance, though it doesn't quite reach "massive" territory. Most gains come from dual rank improvements rather than just speed or timing.
Realistic frame rates depend on more than just memory speed. CPU speed and cache behavior play a big role, especially with Intel's cache management. Even with powerful components, factors like board-level IMC and PCB design affect the final memory clock speed. Achieving high rates like 4400mhz usually requires careful tuning and extensive testing for stability.