- Joined
- Mar 18, 2008
- Messages
- 5,717 (0.97/day)
System Name | Virtual Reality / Bioinformatics |
---|---|
Processor | Undead CPU |
Motherboard | Undead TUF X99 |
Cooling | Noctua NH-D15 |
Memory | GSkill 128GB DDR4-3000 |
Video Card(s) | EVGA RTX 3090 FTW3 Ultra |
Storage | Samsung 960 Pro 1TB + 860 EVO 2TB + WD Black 5TB |
Display(s) | 32'' 4K Dell |
Case | Fractal Design R5 |
Audio Device(s) | BOSE 2.0 |
Power Supply | Seasonic 850watt |
Mouse | Logitech Master MX |
Keyboard | Corsair K70 Cherry MX Blue |
VR HMD | HTC Vive + Oculus Quest 2 |
Software | Windows 10 P |
Due to the nature of my work I have to do I/O on a lot of small files. Average size 300KB~500KB, about 200k of those tiny files for every batch of analysis. Such heavy I/O heats up my 960Pro fast, so fast that I experience significant slowdown during my work once I get to these data intensive steps. It doesn't crash, simply slow down to a crawling speed.
So I thought about what I can do to levitate the problem. I can go with the EK M2 heatsink. Only problem is it may not fit on my motherboard. Another option is to get a fan to blow on the M2. In the end i decide to go with the fan route, since adding one more bottom intake fan may result in positive pressure inside the case which may help cooling down other components as well.
As for the fan selection I went with Noctua Redux 140mm fan simply for its better quality as well as quietness. Gotta say the fan looks beautiful.
Now get to the results. I cannot quantify during the slowdown since I can't even use ReLive capture to record how slow it was going. So I just used the Samsung magician built in benchmark tool. Here is the before.
The idle temp is ~45C (Room temperature 31C). During the benchmark the drive went as high as 75C.
Now after adding the Noctua fan:
Idle temp is about 43C with the same room temperature. During benchmark the highest temp was 64C.
For my actual workload I am seeing a lot better results comparing to synthetic benchmarks. The unbearable slowdown during data intensive steps is gone. So overall it is definitely worth the $15 put in.
So I thought about what I can do to levitate the problem. I can go with the EK M2 heatsink. Only problem is it may not fit on my motherboard. Another option is to get a fan to blow on the M2. In the end i decide to go with the fan route, since adding one more bottom intake fan may result in positive pressure inside the case which may help cooling down other components as well.
As for the fan selection I went with Noctua Redux 140mm fan simply for its better quality as well as quietness. Gotta say the fan looks beautiful.
Now get to the results. I cannot quantify during the slowdown since I can't even use ReLive capture to record how slow it was going. So I just used the Samsung magician built in benchmark tool. Here is the before.
The idle temp is ~45C (Room temperature 31C). During the benchmark the drive went as high as 75C.
Now after adding the Noctua fan:
Idle temp is about 43C with the same room temperature. During benchmark the highest temp was 64C.
For my actual workload I am seeing a lot better results comparing to synthetic benchmarks. The unbearable slowdown during data intensive steps is gone. So overall it is definitely worth the $15 put in.