Focus on the graphics card for better visuals.
Focus on the graphics card for better visuals.
Hey there, let's go through this together. You're already running a solid setup, but you're hitting performance limits when playing certain games like Total War series or large battles. Here are some thoughts on what you might want to consider upgrading:
- **GPU**: Your RTX 2070 Super is decent but may struggle with modern AAA titles, especially at higher settings. A newer GPU like the RTX 3060 or even the newer 3080 could make a noticeable difference.
- **RAM**: You're using 2x8GB at 2666MHz. If you're experiencing lag or crashes, upgrading to 4GB at 3200MHz would help a lot.
- **Storage**: Your NVMe 2.0 drive is fine for speed, but if you're waiting on the SSD to load games, consider switching to an NVMe SSD for faster boot times and loading.
- **Cooler**: Your current cooler is good, but upgrading to a better one (like Noctua NH-D15 or similar) could improve cooling and reduce heat, especially during intense gaming sessions.
- **Other tweaks**: A faster motherboard or better power supply could also help, though you mentioned your X570 is solid.
Since you're not budget-constrained on RAM and storage, focusing on the GPU and cooling seems like the most impactful areas. If you're looking for a balance between cost and performance, a mid-range GPU like the RTX 3060 should be a solid choice. Let me know if you want help comparing models!
I believe you're generally on the correct path. A 2x8GB or 4x8GB DDR4 3600MHz RAM setup would improve loading speed and performance, especially with a Ryzen CPU. I’d only consider a cooler upgrade if temperatures are high or you want a more aesthetic build. Let me know if you need further details!
Improving cooling always helps. The RAM will provide a boost, though I can't quantify it. It might be worth trying to run 32 gigabytes as well... After gaming, check which component is at full capacity to identify any further limitations.
Higher RAM speed could assist, though I’m skeptical… I usually operate near full capacity in many games (both system and video RAM), yet stability remains strong. The main issue here is typically CPU-related. You might want to verify this first (using afterburner overlay, displaying all cores/threads—none should be at or near 100% usage ideally). Alternatively, upgrading the RAM is a safe option; it won’t hurt, though you may still need to monitor CPU core usage.
You're on the right path with your upgrade ideas. Here are my recommendations: 1. Boost your RAM to at least 16GB (2x8GB) with DDR4 3600mhz (CL16 or lower). I chose the CL latency because it affects loading times and overall responsiveness. 2. Consider replacing your CPU cooler with a Noctua NH-U12A or NH-D15, depending on your case space. This prevents CPU throttling and gives you more flexibility for overclocking. 3. Install a Western Digital SN850 M.2 NVME SSD (1TB) or a Samsung 980 Pro 1TB. This will enhance your system's performance and speed. You can choose based on your budget, time constraints, and what parts are available. Implement these upgrades in any order that fits your situation, and you'll notice significant improvements. Cheers!
Absolutely excited! Your setup sounds solid. Just make sure you double-check the RAM speed and memory timings in the BIOS to ensure everything lines up at 3600MHz and CL16. For the disks, you're right to think about loading times and in-game responsiveness—those can really impact performance. It's usually better to run Windows on the main machine and keep the disk drive dedicated for games, unless you have specific needs. Enjoy optimizing!
Upgrade to a 5600x or higher CPU with a 2x8GB G.Skill B-die at 3600MHz from Newegg. Use RAID-0 to lower system latency. Ensure your CPU doesn<|pad|> to avoid throttling during startup, otherwise new cooling won't boost performance.
It's important not to overlook the CPU problem—it often surprises many users. Assuming only 30% usage might lead you to think it's fine, but a single core at full capacity could require an upgrade. Always verify this before purchasing other parts that might not address your exact needs. I prefer the all-or-nothing high-speed RAID setup, though it's not ideal for me. I frequently back up my data, but weekly backups aren't sufficient for a RAID0 configuration. Also, I don’t face latency issues, which makes it easier to manage.
I operate raid-0 with hardware enabled. However, software solutions are possible too. If a disk fails, you can use the Windows installation media to perform a "Windows repair" and restore your OS. Backups are useful even if running raid-0 isn<|pad|>, especially if you plan to rebuild it again after a failure. I've been managing Raid-0 hardware for many years across various drives, and I don't remember any drive failing during operation. Of course, it can happen, but over the past 15-20 years I haven't witnessed such severe incidents.
Oh, I wasn't aware of that before—I'll check it up. That seems to resolve issues with files that might have been lost? I never really grasped why they say everything is lost in a RAID 0 setup… after all, the files should still exist most of the time? Lol, I'm going to watch Dave's garage again… he's a self-proclaimed "cache enthusiast" (how unusual that is : D), though by the way he mentioned "hyper cache" (for the Amiga?) which is pretty wild… honestly, since I switched to SSDs, I don't really complain much. My old Toshiba SSSD Windows didn't feel very fast, especially because the HDD sluggishness seemed to impact the SSDs somehow.