Guys,
The reason why there are so many conflicting reports of different temperatures, is that everyone tests their rigs with different stress tests, clock speeds, Vcore, coolers, ambient temperatures and measuring utilities that read two different types of processor temperatures.
Add to that the fact that almost no one bothers to look up Intel's specs, which aren't written to make any sense to anyone anyway. Then there's the term "load" that gets tossed around like gorilla poo in a cage. Load? Which load? What load? Load is a very subjective term.
Applications, rendering, encoding and gaming are partial workloads with fluctuating temperatures, and aren't suitable for thermal testing or comparing temperatures, but they're great for endless debate. Add a graphics card that recirculates heat into your case, and your perspective is lost among all the variables.
The only way to make sense of this mess is to test your rig using a methodology that reduces the variables to the lowest common denominators. The Intel Temp Guide explains how to do it in Section 12 ... yet as the saying goes, you can lead a horse to water, but you can't push a rope.
😀
Please read this Tom’s Sticky:
Intel Temperature Guide -
http://www.tomshardware.com/forum/id-1800828/intel-temperature-guide.html
Use only Real Temp to measure your Core temperatures, as it was designed specifically for Intel processors: Real Temp - http://www.techpowerup.com/downloads/2089/real-temp-3-70/
Use only CPU-Z to read your Core voltage: CPU-Z -
http://www.cpuid.com/softwares/cpu-z.html
Always state your ambient temperature.
Standard Ambient temperature is 22C, which is
normal room temperature, and is the reference value for Intel’s Thermal Specifications. You can't make any valid temperature comparisons without knowing ambient.
Thanks,
CT