Understanding the trends in benchmark physics test scores provides valuable insights into student performance over time.
Understanding the trends in benchmark physics test scores provides valuable insights into student performance over time.
So... I tend to enjoy playing around with benchmarks—things like 3DMark, Unigine Heaven, Fluidmark, and Catzilla. It can be frustrating when I see good results except for physics, where I still struggle with low FPS. I have a decent CPU and have boosted it, but the physics performance remains weak, around 14. Are there any tips to boost those scores or ways to raise the overall rating?
Physx runs on the CPU, especially with just four cores. You might get better performance by pushing your CPU further. An i7 processor would be a solid choice.
Consider boosting your RAM speed or installing higher-speed memory.
No, I meant my RAM has been an issue from the start of my setup... I just boosted my CPU today.
The XMP profile for your RAM didn’t activate properly. However, here’s the information I’ve found before: http://www.overclockersclub.com/guides/o...uide/2.htm. It’s designed for 4770K but works with Haswell as well. The guide suggests using System Agent Voltage to help stabilize performance. Getting your RAM speed back to normal usually isn’t a major issue. What hardware are you using?
I attempted the XMP setting but it had no effect. The system details are as follows: CPU – Intel Core i5-4690K @ 4.2Ghz, cooler – Hyper 212 Evo, GPU – GIGABYTE GTX 970 (overclocked), power supply – ST75F-GS 750W, motherboard – ASUS SABERTOOTH Z87, OS – Windows 8.1, SSD – Western Digital Blue 1TB, RAM – 32 GB Corsair Vengeance Pro (4x8), case – Cooler Master Storm Stryker.
I meant 16 gigs in that post...lol it's from my Twitch...I'm planning to hit another 16 before then...so I decided to add 32...lol