[Gigi1]

mislim da se previse brinete ako vam pod loadom temperature ne idu u neke ludosti.

masu senzora je stavljeno u zen i nije ni cudno da razliciti programi imaju razlicito ocitavanje...

a ovo dali je 35 ili 45 je fakat nebitno, i vjerojatno ovisi o trenutnom workloadu određenog djela proca

Scattered across each CCX are a whole bunch of sensors; 20 thermal diodes, 48 power supply monitors, nine voltage droop detectors, and more than 1,300 critical path monitors. These sensors are all connected to an Infinity Fabric control plane, feeding their data into a power management unit.They report their readings 1,000 times a second, and are accurate to 1mA, 1mV, 1mW, and 1°C.

On the one hand, this system allows Zen to cut back its voltages to the bare minimum needed to operate correctly. Each core has its own voltage regulator, and they'll be set as low as possible to maintain clock speeds. Not all cores are created equal; some are naturally faster than others. Those faster cores are given slightly less power, creating the thermal headroom to boost the power given to other, weaker cores. A fast core can use as much as five percent less power than a slow one at the same speed.

This per-core adjustment is in contrast to AMD's previous Adaptive Voltage and Frequency Scaling (AVFS) implementations, where the voltage was set chip-wide. In the past, the voltage had to be high enough to support all the cores. Likewise, Intel's cores all share a power plane and operate at the same voltage. Setting it on a core-by-core basis saves power.

potpuno nova arhitektura, treba to sve pohvatat, proc ce jos vremena dok se neke stvari ne standardiziraju u monitoring softverima