Normal
Intel TDP is specified at stock clocks. So if you're mobo is set to use MCE or overclock/overvolt, you will see higher thermals from Intel chips than published. Ryzen 1700(non-X) published TDP is 65W IIRC.Please define "overheating". When run at stock speeds and voltages, and using a cooler rated for the stock TDP properly installed in a well-ventilated case, you should not easily be able to push the CPU to the thermal limit. Smaller cases have less internal volume and the fans should be able to turn over the air volume inside the case more quickly than for a larger enclosure. The main limitation of a small enclosure is not the air volume, but the physical limitation on the size and mass of the cooling solution.FYI, Intel considers the maximum safe temperature for their CPUs to be ~100C. AMD's official top end appears to be ~95C. The BIOS, however, may have another, lower power limit (usually right at the published TDP) that it may enforce, especially if it is an OEM build, as OEMs don't want their customers exceeding the published specs of the components and incurring warranty costs to repair or replace.
Intel TDP is specified at stock clocks. So if you're mobo is set to use MCE or overclock/overvolt, you will see higher thermals from Intel chips than published. Ryzen 1700(non-X) published TDP is 65W IIRC.
Please define "overheating". When run at stock speeds and voltages, and using a cooler rated for the stock TDP properly installed in a well-ventilated case, you should not easily be able to push the CPU to the thermal limit. Smaller cases have less internal volume and the fans should be able to turn over the air volume inside the case more quickly than for a larger enclosure. The main limitation of a small enclosure is not the air volume, but the physical limitation on the size and mass of the cooling solution.
FYI, Intel considers the maximum safe temperature for their CPUs to be ~100C. AMD's official top end appears to be ~95C. The BIOS, however, may have another, lower power limit (usually right at the published TDP) that it may enforce, especially if it is an OEM build, as OEMs don't want their customers exceeding the published specs of the components and incurring warranty costs to repair or replace.
