Issues with RAM XMP settings on your MSI B550-A Pro/Kingston Fury Renegade 3600MHz/CL16 setup.
Issues with RAM XMP settings on your MSI B550-A Pro/Kingston Fury Renegade 3600MHz/CL16 setup.
Hey, I helped a friend set up his first gaming PC and offered to assist with parts. I chose a 5600X, an MSI B550-A PRO (same board as him), and a Kingston Fury Renegade 3600MHz/CL16 (KF436C16RB1AK2/32). I experimented with different settings, but the closest stable speed I got was around 3400MHz CL16. I adjusted the voltage to 1.45V, yet crashes still occurred roughly every ten minutes during gameplay. Now he’s running the RAM at 2400MHz for stability. I’m curious if anyone else has used this setup and achieved 3600MHz/CL16 performance. There’s a beta BIOS on MSI’s site, but I haven’t tried it yet—unless it’s stable, I’ll wait. It’s frustrating because I pushed him to build a gaming rig, but he can’t reach its full potential. How do you think this situation should be handled? I’m sorry for the inconvenience. Thanks for your time!
The Ryzen 5 5600X works best with RAM speeds up to 3200MHz. Check the specifications on AMD’s site. Set it to that frequency for better performance.
This specification aligns with the JEDEC standard. It supports higher clocked RAM.
It fits perfectly into the correct slots, both sticks were in the same 32GB package. Are you wondering if the 5600X can handle more than 3200MHz? I wasn’t sure about that. I own a 2600X and it’s running at 3200MHz, possibly using Corsair Vengeance, though I did boost it from 3000MHz.
It seems the RAM isn't present in the QVL, only a specific type of memory. Typically, for saving games with Ryzen CPUs, Samsung B-die is recommended. Note that the RAM here appears to be Hynix, which may not be optimal for Ryzen performance—though it could work if conditions are right. Since Ryzen is still emerging and in an experimental phase, compatibility depends on the motherboard, BIOS, and RAM specifications. If the exact RAM is available on the QVL, that’s a solid argument. You might need to enable XMP or adjust settings manually to ensure it functions properly. In DIY projects, checking details before purchasing is usually wise.
This component isn't listed in the QVL. Does it match an Intel CPU RAM?
It indicates the chip isn't verified and could behave unpredictably. Return it if possible and find a RAM already listed in the QVL. Otherwise, you might need to adjust settings manually, which can be challenging and not always reliable. The reason for a QVL exists because manufacturers must embed all necessary data—timings, voltages, etc.—into each chip. If your RAM isn't on the list, it may not function correctly, and you'll be responsible for configuring it yourself. It's not magic; it's hardcoded into the board.
This situation is frustrating. I suggested my friend experiment with different configurations, but he’s hesitant and prefers to stick with what he knows. I get where you’re coming from, but why isn’t this more commonly discussed? Usually people focus on mainstream content instead of niche options. Back then, I thought getting a Ryzen processor paired with a reputable RAM brand like Kingston was a solid choice. The RAM was priced high locally, came in RGB with heatsinks, and was still available. It wasn’t an obscure product. Now I’m confused about why some RAM from Kingston at 3600MHz is still being offered, especially when it’s clearly targeted for performance.