TK Lab Blog
O056 / UNIT AXP100G-01 / Open bench / 75mm

INDIVIDUAL TEST RECORD · O056 · UNIT AXP100G-01

CPU PROFILEStock settings

The cooler and each fan link to separate profiles; an air duct is listed as a test accessory, and the result still belongs to the complete configuration.

R23 Score39,296ptsOpen bench · #31 / 65
R23 Sustained Power186.6WOpen bench · #37 / 76
AIDA64 Heat Dissipation175.1WOpen bench · #32 / 75
NoisePendingAdded after controlled sound testing
MEASURED PERFORMANCE PROFILECompared within Open bench
  1. 01
    R23 ScoreMulti-core score
    39,296 pts#31 of 65 · P54
  2. 02
    R23 SustainedLast-five-minute average power
    186.6 W#37 of 76 · P53
  3. 03
    AIDA64 CoolingLast-five-minute heat dissipation
    175.1 W#32 of 75 · P59
  4. 04
    Cooling per HeightAIDA64 cooling divided by total height
    2.33 W/mm#65 of 75 · P15

Farther from the center means a higher relative result within the same test environment. Only measured metrics with at least three comparable records are included; missing values are omitted, and acoustics stays out until enough formal dBA data exists.

TEST CONDITIONSConditions saved per record
Test ID
O056
Unit ID
AXP100G-01
Height
75 mm
Environment
Open bench
CPU operating profile
Stock settings
Fan
CPU
Ryzen 9 9950X3D
Ambient
28°C
PWM
100%
Thermal paste
ARCTIC MX-4

S5M COMPONENT TEMPERATURES

Component temperatures

Averages from the final five minutes of AIDA64, with maxima shown separately. These values reveal overhanging airflow and in-case heat soak and are not folded into the CPU cooling rank.

VDD VRM64.9°CMax 65°C
Motherboard40.6°CFinal-five-minute average
DIMM40.9°CMax 41.2°C
Chipset71°CFinal-five-minute average
Steady state reachedMaximum late-run sensor slope was 0°C/min. The direction of change is useful, but exact deltas remain provisional.
Full component-sensor data and conditions
SoC VRM Avg
50°C
MISC VRM Avg
60°C
SSD Avg
40.1°C
CPU_FAN Avg
2,954.9 RPM
Sampling window
Final five minutes of AIDA64
GPU load
No GPU stress load
Panel / duct
Documented