Improving ramram performance in gaming involves optimizing system resources for smoother gameplay.
Improving ramram performance in gaming involves optimizing system resources for smoother gameplay.
Last year I upgraded and moved components from my old system to a new setup. My previous RAM was 2x8GB at 2666MHz, now I’m considering faster speeds. I’m also working on music production. Here’s my current configuration for reference: PCPartPicker list – [link]. CPU: Intel Core i5-12400F 2.5GHz 6-core ($160.85 on Amazon). Cooler: Deepcool AG400 (75.89CFM) ($24.96 at B&H). Motherboard: Asus PRIME B660M-A D4 Micro ATX LGA1700 ($135.99 on Newegg). RAM: G.Skill Ripjaws V 16GB (2x8GB) DDR4-2666 CL15 ($41.99 on Newegg). Storage: ADATA XPG SX8200 Pro 512GB M.2-2280 PCIe 3.0 X4 NVMe ($69.98 on Amazon). Drive: Sabrent Rocket Q4 1TB M.2-2280 PCIe 4.0 X4 NVMe ($69.98 on Amazon). Case: Seagate BarraCuda 1TB 3.5" 7200 RPM ($44.64 on MemoryC). Graphics: XFX Speedster SWFT 210 Core Radeon RX 6650 XT 8GB ($268.36 on Newegg). Power Supply: EVGA 650GQ 650W, 80+ Gold certified ($159.90 on Amazon). Overall cost comes to about $906.67, including shipping and taxes. All numbers are from May 13, 2023.
It's unusual to locate a DDR4 kit that doesn't support 3200 CL16-18-18-38 at 1.35V. Using those parameters could save some costs if the system boots normally, then run a memory stress test for stability. While it's technically doable, finding such kits is rare. You might be able to extend performance slightly, but reliability remains doubtful. At that level, clearing CMOS often restores the original configuration.
The earlier motherboard, an MSI B360M MORTAR, came from a prebuilt cyber power system that only handled up to 2666MHz. The RAM modules they used were designed for that frequency range, which is why they claimed support beyond it. I moved the storage and RAM from my old setup to the new one, assuming the upgrade wouldn’t significantly change performance. For more details on RAM specifications, you can check this page: https://www.gskill.com/product/165/184/1...C19D-16GVR
Did you give it a shot? They're only rated for 2666MT/s, yet that doesn’t mean they’re limited in potential. The last kit I owned could handle 3600 CL18 when I set it up manually, while others I’ve seen exceed 4000 with a solid CPU and motherboard. There’s almost no DDR4 I’m aware of that can’t reach at least DDR4 3000, and most are doing 3200 without trouble.
I wouldn't rely on Task Manager for this task, having seen inaccurate readings before. I'm unfamiliar with that specific RAM test, so I can't confirm its accuracy. For better results, consider using tools like CPU-Z, which provides precise memory information. The theoretical maximum bandwidth depends on data rate, channel count, and timing specifications—typically around 3200MT/s or 2666MT/s. In practice, you'll usually fall short of these numbers, which suggests the software might be flawed. It also seems you have many background processes; if they're not open, performance could align more closely with theory. To verify, run a RAM benchmark before and after adjusting settings. Recommended tools include Y-Cruncher, PYPrime, Aida64 Memory Benchmark, and Intel Memory Latency Checker. For consistency, focus on one or two benchmarks, preferably Y-Cruncher or PYPrime, which tend to be more reliable. Aida64 is the most widely used and offers good comparison data, though it's less consistent than others. Also, check if you entered timing values correctly—using JEDEC standards might help improve results. Consider using CL16-18-18-38 for better optimization.