Does it make sense for a CPU to become warm in these circumstances?
Does it make sense for a CPU to become warm in these circumstances?
Requesting advice from a friend.
System details include: Motherboars Asus Strix B350F, CPU Ryzen 5 1600, RAM Patriot Viper 4 16gb 3200mhz, SSD Adata SX8200 240gb, HDD Seagate 2TB ST2000DM008, GPU Asus Strix 1070 Ti Advanced Edition, PSU Corsair RM750X (2018).
Performance notes indicate stable operation at 4ghz with 1.35625 volts, though Prime95 Blend tests showed overheating issues and high temperatures during short runs. At lower speeds (3.6ghz - 1.3 volts), temperatures remained manageable at 84 degrees in Prime95 Small FFT, rising to 89 degrees at 3.7ghz. The cooler used was a premium model with proper application.
Concerns arose after replacing components: instability increased, especially with the new RAM and CPU, prompting warranty claims for motherboard, CPU, and RAM. The motherboard passed inspection, but the CPU and RAM required replacement. The issue seemed linked to both faulty parts and improper testing.
Friend intends to purchase a high-performance cooler; the question is whether this behavior is typical or due to a defective motherboard. A suitable cooler like the Scyther Mugen 5 Rev. B appears appropriate for handling 4ghz while keeping temperatures below 75°C.
Unfortunately, stock coolers aren't very effective with today's clock speeds. If you're thinking about overclocking, consider buying a quality aftermarket cooler. Keep in mind that synthetic benchmarks put the processor under stress far beyond normal use, resulting in temperatures 15%-20% higher. Be cautious with tools like prime95, as they can really strain or even harm the CPU. For better results, use AIDA64 for benchmarks and stability checks.