Processing Docp with bricks and RAM allocation
Processing Docp with bricks and RAM allocation
Hello, your setup with a 3700X and 3600MHz GSKILL Trident Neo RAM seems to work normally when using the DOCP profile. However, during boot after a system restart, the DRAM LED turns orange, indicating an issue. The default RAM speed is stuck at 2133 MHz even though you expect higher speeds. It might help to check the CMOS battery and RAM module connections or try reinstalling the RAM to resolve the speed problem.
Keep in mind that XMP/DOCP indicates the memory "reseller" rather than the original manufacturer, since most brands don’t actually produce the chips themselves. They confirm the memory can reach a certain speed with specific timing settings. What matters is capability, not guaranteed performance. This detail appears in any brand’s pre-binned memory documentation. Anything exceeding standard DDR4 speeds (like 2133MHz) relies on three factors: processor memory controller, motherboard memory layout, and the RAM itself. If any of these fall short, you won’t hit the advertised rate. To maximize chances, verify the motherboard’s QVL for supported configurations. Also, using high-density modules (8 or 16GB) can strain both controller and board, especially when all dimm slots are filled. When checking QVLs across multiple boards, some speeds and capacities may only appear supported with two dimm slots active—or not listed at all. Moreover, XMP only defines a few parameters; the board must adjust the rest. Not all boards handle this well—some set incorrect values, leading to instability or failure. To fix this, inspect your memory modules and see which settings work best for your chip type. For instance, Samsung B-die behaves differently from Hynix CJR/CFR. PCB revisions matter less at these low speeds. Overall, based on what you’ve shared, it seems your setup matches the described issues. To run the memory at its claimed speed, you’ll likely need to tweak BIOS settings—adjust timings and voltage. For DDR4, below 1.5V is acceptable for regular use, provided your case has good airflow. Just remember, not all chips tolerate overvoltage above 1.35V.
When discussing RAM, boosting performance isn't as simple as it is for CPUs. For those new to this process, I suggest using the DRAM Calculator for Ryzen – https://www.techpowerup.com/download/ryz...alculator/. It provides recommended values that should suit your setup. To be certain, always select the "BAD BIN" option from the dropdown and choose "Calculate Safe Settings." You’ll likely need to identify the specific memory chips in your system, as the calculator requires this information to generate accurate results. Most often, you can find this data through CPU-Z by accessing the memory section. If that’s unavailable, Thaiphoon Burner is a useful alternative at http://www.softnology.biz/. Once you have the desired speed (like 3600MHz), take screenshots of the settings and enter them into your BIOS. Depending on your motherboard, the options might be grouped differently.
I looked into CPU-Z and confirmed the RAM maker is Samsung. The timing specs show 16-16-16-36, and it lists a 1.35V rating.
Attempted it... Still failing, receiving a 0d error from my motherboard.
Which motherboard are we dealing with? A detailed specs sheet would be useful. You're encountering issues with a CPU memory controller on this unit—might need some memory management practice. Still, the IMC supports 3200MHz; anything higher could cause instability. Therefore, activate XMP. Verify the timings in the SPD menu within the BIOS. If they don't match, adjust them manually—pay special attention to the Trc setting. In the sub timings menu, disable power down mode. Set the DRAM frequency to 3200MHz. Also, consider setting the memory voltage to 1.35V for safety. Check the voltage CPU SOC and adjust it to 1.08V. Press F10 to save and restart. GL
Checked the forum thread on Reddit about the Asus B550-E motherboard. Looking into it now. Thanks for the info!