what is D.O.C.P for?
what is D.O.C.P for?
You have a 16GB RAM system with an X470 motherboard. The DOCP is turned off and your RAM is set to 2133MHz. When you click on the DOCP, you can choose "Profile#1," but you don’t know what that profile does. Using it might not be safe if it changes settings unexpectedly. If you select the profile, it could override your current 3200MHz setting, potentially causing instability or performance issues. It’s best to stick with your original configuration unless you’re certain about the profile’s behavior.
ASUS offers a DOCP or Direct Over Clock Profile technology to mimic Intel's eXtreme Memory Profile (XMP) found on compatible motherboards. This feature adjusts RAM settings automatically based on the specifications requested by the memory chip, ensuring optimal performance. It allows you to match your RAM’s actual speed and timing, rather than defaulting to lower safe speeds. You’ll need to set up BIOS/UEFI options so the system recognizes the desired parameters, like 4-4-4 CL4 timing, even if the RAM is a budget option. XMP works by embedding target specs directly into the memory chip, letting the motherboard apply them automatically.
I adjusted the settings and my RAM increased from 2166Mhz to 3200Mhz, but the CPU temperature rose from 51-52 to 54-55. Is this considered high? I don’t have an IEA report, and I feel like 55 degrees is quite hot for a brand new PC.
My revised update explains that your motherboard will work to meet those memory requirements. It might need to push your CPU or other parts to higher performance levels. This could cause your system to run hotter. If your CPU stays below 95°C during intense use and cools down when you reduce speed, then your setup should handle it without issues. When I refer to "95°C," I mean keeping the CPU as cool as possible for optimal performance, quiet operation, longer hardware life, and fewer problems.
I confirmed the purchase, bought the processor with stock coller (Wraith Prism) that had thermal compound already. I added a small amount of paste to each CPU—about pea-sized—and people advised against adding more paste since you already have a cooler with applied paste. I’m concerned this might be an issue and wondering if my CPU is at 56 degrees, which could affect things.
Ah ok. Well I am not familiar with your CPU temperatures. I would look at reviews that shows temp with the same cooler you have, and see how it compares at idle and load. The role of thermal paste is to fill the microscopic bumps of the metal of both heatsink and CPU, to increase the surface area for heat transfer and help assists heat transfer between the two. That said, thermal paste is not copper, it doesn't transfer heat THAT well. So, if you put too much, it can do the contrary affect. In addition, it can make a mess by having thermal paste fall out the CPU sides. As a test, for personal experimentation, using an Intel stock cooler and old CPU (don't recall the model, but not important.. I think it was a P4). I put a very thin layer of thermals paste on the whole CPU and heatsink (spreading it with a card), and tried the pea method, and both resulted equivalent results (pea method was less dirty and simpler). I also tried to put too much, and the end result is that the CPU was overheating and the system shutdown (over heating protection kicked in to protect the hardware. More modern CPUs will try to throttle instead before shutting down on you if the temps still can't be controlled by the throttling).