Core i5-11400 various tests with thermal cam

Some workloads without a heatsink on the cpu. Managing this test was not as easy as the older AMD Ryzen Renoir APU Tests, because the Rocketlake design is not very well optimized for such low power consumption. In Multithreading workloads it was pretty hard to prevent the system from a emergency shutdowns. At stock settings the chip was not able to run for a longer time without any cooler. With reduced VCCSA (Offset -200mV), lower memory clocks, disabled Hyperthreading, AVX, and iGPU, the cpu was able to run single thread workloads with dynamic clocks for an undetermined time. :-) With fixed clocks at 800MHz it was also possible to run multithreaded workloads. The problem was the homogeneous heat emission at 800Mhz so there was no glow for the core visible. Intel’s opaque silicon complicated these tests... ASRock Z590 Phantom Gaming 4 (Biosversion ) Intel Core i5-11400 -Hyperthreading off -iGPU off -AVX off -VCCSA Offset -DDR4 1333 (dualchannel) 00:00:26 # core position via thermal cam 00:0