Identify the slow part in your process Find where delays occur Locate the main constraint Improve efficiency there
Identify the slow part in your process Find where delays occur Locate the main constraint Improve efficiency there
You're aiming to boost your Counter-Strike performance for smoother gameplay with a new 360Hz monitor. Recent tests showed you hit around 230 FPS at high settings, but your CPU usage stays low—possibly indicating a GPU limitation. The fluctuating GPU load, especially during smoke maps, suggests it might be struggling under sustained demand. Your memory setup seems mismatched, which could also affect stability. Upgrading the CPU might help, but given your current specs and mixed RAM configuration, the impact could be limited. Consider checking for driver updates or adjusting in-game settings to optimize performance.
It seems the 2700X's single-core performance is limiting its potential, since many users with that CPU achieve 200–280 FPS. The memory setup isn't ideal and could be contributing to this. Instead of looking at total CPU usage, focus on monitoring each thread's activity—most games won’t fully utilize all 16 threads at once.
The comparison between dual-channel and 256avg performance with 1x16 is impressive; I’ll never doubt the rise of dual-channel memory again. Thanks for the suggestion! A follow-up question pops up while you’re online—should I invest in a 5800X3D with a B450 board, or should I hold off and wait for AM5 to drop in price before continuing with this build?
Performance is heavily affected by Ryzen and dual-channel memory choices. A noticeable boost often comes from switching to dual-channel for Ryzen. It's worth noting that pairing RAM modules improves compatibility over buying separate units. The 2000 series is becoming outdated, especially given the performance issues highlighted by @svmlegacy. For better results, opt for a motherboard with robust VRMs—see the VRM tier list. If you're thinking about upgrading, consider a B550 platform instead of B450, and ensure it supports high-end CPUs like Z690. The Gigabyte B450M DS3H delivers average power delivery; pushing it to run a 5800X3D wouldn't be ideal. A B550 with strong VRMs would be preferable. A 12600K paired with a Z690 board could also be a viable alternative if prices remain high but performance stays similar.
During testing I observed my primary core worked significantly harder than the rest. A suggestion came up about avoiding CPU 0 in task affinity for CS:GO, which improved my FPS by roughly five percent. It seems the game’s design doesn’t fully utilize modern CPU cores, so you need to make it work. Progress is still far from optimal, but it’s a step in the right direction. Small improvements like this build excitement for CS2. Yes, memory usage was a key factor. I’ve been considering adding another 16GB stick to my PCPP list for some time now, giving me even more motivation.
I considered upgrading my board but couldn’t push the 1x16 to full spec with XMP (only reached 2133). I’ll likely choose the 5800X3D later, since I don’t plan heavy AAA gaming and the L3 cache has already helped Source 2. Thanks again!
It's always great! The 5800X3D remains a top choice for AM4 systems, and with AM5 coming along, you might see better deals on AM5-compatible chips soon.