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In short, I purchased a used system for a better price than expected, but it was an excellent offer (I even shared receipts from the parts). The setup includes an A320M-ITX motherboard, Ryzen 7 1700 processor, 16GB G.Skill DDR4-2400 RAM, and an MSI GTX 1080 graphics card. Everything seems normal—clock speeds and temps are impressive. However, performance in games lags behind my laptop (i7 6700HQ, 16GB RAM, GTX 1070). I mostly play Rust and rarely hit 60fps unless I'm in a server. I’m thinking about upgrading the RAM to 32GB to stabilize things, but if that doesn’t help, where should I look for alternatives? The 1080 remains solid, and I doubt the CPU or board is the main issue. Looking for recommendations.
RAM tends to run sluggishly with Ryzen 2 models. The Ryzen 1700 at its base is notably slow for gaming compared to today’s standards. Its core speeds hover around 3.3GHz or lower, often stuck at all-core frequency. Older Ryzen chips offer only basic single-threaded power and usually need extra tuning on non-X platforms to reach acceptable speeds. Your motherboard likely won’t help much either, possibly throttling the CPU due to weak power delivery for eight cores. Switching to a B450 board might fix some problems. In short, your 1700 should still outperform a laptop that probably overheats constantly. Make sure you’re using high-performance settings, RAM is correctly seated, and all drivers are up to date.
You've chosen a subpar gaming setup, missing key opportunities for improvement. The initial Ryzen models struggle with consistent performance, often only reaching around 60 frames per second. The 1700 series runs at a modest 3.4GHz on dual cores and drops to 3GHz under single core workloads. The A320 board doesn't support overclocking, limiting potential gains. With such low single-core speeds and latency issues, adding more cores (6 or 8) won't significantly boost gaming results and could even increase costs. Faster memory would help, but unless you're consistently hitting 16GB, extra RAM won't make a big difference. While the 2933MHz is the top speed they typically reach, some models push closer to 3200MHz thanks to BIOS updates. Memory speed remains a bigger constraint than CPU speed for Ryzen, especially in the third generation. A better path might be starting with a more suitable CPU like the Ryzen 5 3600, which performs well at stock settings and offers solid overall performance. Upgrading to BIOS versions that support P5.3 and P5.6 would also improve stability and unlock more potential.
I value the purchase because the graphics card was nearly new, and I wasn’t planning to rely on my laptop for all tasks. I’m willing to invest in upgrades, starting with the CPU and then moving to the motherboard. The case size is an issue—I like the compact design. There’s no clear reason to pick the 5 series over the 7 series beyond cost; I expect to spend a bit more on a 3600x, which will make me ready for future overclocking needs.
For ITX you should purchase the board first, since the top offers are B450 which requires an older CPU (pre-dating the 3rd generation, including the 1700) for BIOS flashing. For gaming purposes—unless you play logic-intensive titles (like simulation or NPC-heavy games) that demand heavy CPU usage—no need. The 200MHz maximum is usually insufficient, and the cooler adds little value compared to a better aftermarket solution. The heat from the Spire remains high relative to alternatives.
You should get a new motherboard plus DDR3200 RAM. Pick either the X570 Prime/Elite for future upgrades or a budget B450 if you want to keep things simple right now.