Hi 
Yeah, that is defintly a problem. Sadly I’m cant programm good enough or have the time for such a project.
Do you have information supporting this claim? I would really like to know this - I’m activly searching for the information.
Also please take a look at my comparison from the mentioned tools - I think its not even close to HWINFO.
Thats really nice and I’m happy for you - Sadly I need more information.
Linux
lm-sensors
amdgpu-pci-c100
Adapter: PCI adapter
vddgfx: 905.00 mV
vddnb: 668.00 mV
edge: +28.0°C
PPT: 5.02 W (avg = 4.25 W)
BAT1-acpi-0
Adapter: ACPI interface
in0: 15.31 V
curr1: 954.00 mA
k10temp-pci-00c3
Adapter: PCI adapter
Tctl: +31.4°C
acpitz-acpi-0
Adapter: ACPI interface
temp1: +31.8°C
temp2: +31.8°C
temp3: +32.8°C
temp4: +30.8°C
htop
Core Clock
Core Temperature
nvtop
GPU Core Clock
GPU Memory Clock
GPU Temp (not specified which one)
GPU Power
GPU Utilization %
GPU Memory Utilization
turbostat
Core Number
CPU Number
Avg_MHz
Busy%
Bzy_MHz
TSC_MHz
IPC
IRQ
POLL
C1
C2
C3
POLL%
C1%
C2%
C3%
CorWatt
PkgWatt
Windows
hwinfo
Virtual Memory assigned [MB]
Virtual Memory available [MB]
Auslastung des virtuellen Speichers [%]
Physical Memory assigned [MB]
Physical Memory available [MB]
Utilization of physical memory [%]
Utilization of swap file [%]
Core VIDs - Voltage (avg) [V]
Core 0 VID - Voltage [V]
Core 1 VID - Voltage [V]
Core 2 VID - Voltage [V]
Core 3 VID - Voltage [V]
Core 4 VID - Voltage [V]
Core 5 VID - Voltage [V]
Core 6 VID - Voltage [V]
Core 7 VID - Voltage [V]
Core-Clock (avg) [MHz]
Core 0 Clock (perf #7) [MHz]
Core 1 Clock (perf #1) [MHz]
Core 2 Clock (perf #4) [MHz]
Core 3 Clock (perf #6) [MHz]
Core 4 Clock (perf #3) [MHz]
Core 5 Clock (perf #1) [MHz]
Core 6 Clock (perf #2) [MHz]
Core 7 Clock (perf #5) [MHz]
Bus clock [MHz]
Effective Core Clock (avg) [MHz]
Core 0 T0 Effective Clock [MHz]
Core 0 T1 Effective Clock [MHz]
Core 1 T0 Effective Clock [MHz]
Core 1 T1 Effective Clock [MHz]
Core 2 T0 Effective Clock [MHz]
Core 2 T1 Effective Clock [MHz]
Core 3 T0 Effective Clock [MHz]
Core 3 T1 Effective Clock [MHz]
Core 4 T0 Effective Clock [MHz]
Core 4 T1 Effective Clock [MHz]
Core 5 T0 Effective Clock [MHz]
Core 5 T1 Effective Clock [MHz]
Core 6 T0 Effective Clock [MHz]
Core 6 T1 Effective Clock [MHz]
Core 7 T0 Effective Clock [MHz]
Core 7 T1 Effective Clock [MHz]
Average effective Clock [MHz]
Core Utilization (avg) [%]
Core 0 T0 Utilization [%]
Core 0 T1 Utilization [%]
Core 1 T0 Utilization [%]
Core 1 T1 Utilization [%]
Core 2 T0 Utilization [%]
Core 2 T1 Utilization [%]
Core 3 T0 Utilization [%]
Core 3 T1 Utilization [%]
Core 4 T0 Utilization [%]
Core 4 T1 Utilization [%]
Core 5 T0 Utilization [%]
Core 5 T1 Utilization [%]
Core 6 T0 Utilization [%]
Core 6 T1 Utilization [%]
Core 7 T0 Utilization [%]
Core 7 T1 Utilization [%]
Maximum CPU/Thread Utilization [%]
Overall CPU Utilization [%]
Core Efficency (avg) [%]
Core 0 T0 Efficency [%]
Core 0 T1 Efficency [%]
Core 1 T0 Efficency [%]
Core 1 T1 Efficency [%]
Core 2 T0 Efficency [%]
Core 2 T1 Efficency [%]
Core 3 T0 Efficency [%]
Core 3 T1 Efficency [%]
Core 4 T0 Efficency [%]
Core 4 T1 Efficency [%]
Core 5 T0 Efficency [%]
Core 5 T1 Efficency [%]
Core 6 T0 Efficency [%]
Core 6 T1 Efficency [%]
Core 7 T0 Efficency [%]
Core 7 T1 Efficency [%]
Total CPU Efficency [%]
Core Clock Multiplicator (avg) [x]
Core 0 Multiplicator [x]
Core 1 Multiplicator [x]
Core 2 Multiplicator [x]
Core 3 Multiplicator [x]
Core 4 Multiplicator [x]
Core 5 Multiplicator [x]
Core 6 Multiplicator [x]
Core 7 Multiplicator [x]
Package C6 [%]
Core C0 (avg) [%]
Core 0 C0 [%]
Core 1 C0 [%]
Core 2 C0 [%]
Core 3 C0 [%]
Core 4 C0 [%]
Core 5 C0 [%]
Core 6 C0 [%]
Core 7 C0 [%]
Core C1 (avg) [%]
Core 0 C1 [%]
Core 1 C1 [%]
Core 2 C1 [%]
Core 3 C1 [%]
Core 4 C1 [%]
Core 5 C1 [%]
Core 6 C1 [%]
Core 7 C1 [%]
Core C6 (avg) [%]
Core 0 C6 [%]
Core 1 C6 [%]
Core 2 C6 [%]
Core 3 C6 [%]
Core 4 C6 [%]
Core 5 C6 [%]
Core 6 C6 [%]
Core 7 C6 [%]
Memory Clock [MHz]
Memory Clock Multiplicator [x]
Tcas [T]
Trcd [T]
Trp [T]
Tras [T]
Trc [T]
Trfc [T]
Command Rate [T]
CPU (Tctl/Tdie) [°C]
CPU Core [°C]
CPU SOC [°C]
APU GFX [°C]
CPU Skin Temperatur [°C]
Core Temperatures (avg) [°C]
Core0 [°C]
Core1 [°C]
Core2 [°C]
Core3 [°C]
Core4 [°C]
Core5 [°C]
Core6 [°C]
Core7 [°C]
L3 Cache [°C]
CPU VDDCR_VDD Voltage (SVI3 TFN) [V]
CPU VDDCR_SOC Voltage (SVI3 TFN) [V]
CPU VDDCR_SR Voltage (SVI3 TFN) [V]
CPU Core Current (SVI3 TFN) [A]
SoC Current (SVI3 TFN) [A]
CPU TDC [A]
CPU EDC [A]
SR Current (SVI3 TFN) [A]
CPU Package Power [W]
Core Power (avg) [W]
Core 0 Power [W]
Core 1 Power [W]
Core 2 Power [W]
Core 3 Power [W]
Core 4 Power [W]
Core 5 Power [W]
Core 6 Power [W]
Core 7 Power [W]
CPU Core Power (SVI3 TFN) [W]
CPU SoC Power (SVI3 TFN) [W]
Core+SoC+SR Power (SVI3 TFN) [W]
APU STAPM [W]
Infinity Fabric Clock (FCLK) [MHz]
Clock of Memory Controller (UCLK) [MHz]
L3 Cache [MHz]
Frequency Maximum - Global [MHz]
NPU Clock [MHz]
CPU TDC-Grenzwert [%]
CPU EDC-Grenzwert [%]
CPU PPT FAST Limit [%]
CPU PPT SLOW Limit [%]
APU STAPM Limit [%]
available Thermal Limit [%]
Energy Performance Preference [%]
NPU Utilization [%]
thermal throttling (HTC) [Yes/No]
thermal throttling (PROCHOT CPU) [Yes/No]
thermal throttling (PROCHOT EXT) [Yes/No]
DRAM Read Bandwidth [Gbps]
DRAM Write Bandwidth [Gbps]
SPD Hub Temperature [°C]
VDD (SWA) Voltage [V]
VDDQ (SWB) Voltage [V]
VPP (SWC) Voltage [V]
1.8V Voltage [V]
1.0V VOUT Voltage [V]
VIN Voltage [V]
PMIC high Temperature [Yes/No]
PMIC Overvoltage [Yes/No]
PMIC Undervoltage [Yes/No]
SPD Hub Temperature [°C]
VDD (SWA) Voltage [V]
VDDQ (SWB) Voltage [V]
VPP (SWC) Voltage [V]
1.8V Voltage [V]
1.0V VOUT Voltage [V]
VIN Voltage [V]
PMIC high Temperature [Yes/No]
PMIC Overvoltage [Yes/No]
PMIC Undervoltage [Yes/No]
GPU Temperature [°C]
GPU Core Voltage [V]
GPU ASIC Power [W]
GPU Clock [MHz]
GPU Clock (Effective) [MHz]
GPU Memory Clock [MHz]
GPU SoC Clock [MHz]
GPU VCN Clock [MHz]
GPU Utilization [%]
GPU D3D Utilization [%]
GPU D3D Utilization (avg) [%]
GPU Video Decode 0 Utilization [%]
GPU Computing (Compute 0) Utilization [%]
GPU Computing (Compute 1) Utilization [%]
GPU Computing (High Priority Compute) Utilization [%]
GPU D3D Memory dedicated [MB]
GPU D3D Memory dynamic [MB]
PCIe Link Speed [GT/s]
GPU Memory Usage [MB]
Throttling - Power [Yes/No]
Throttling - Thermal [Yes/No]
Throttling - Current [Yes/No]
Framerate [FPS]
Batterry Voltage [V]
Capacity [Wh]
Charge [%]
Wear Level [%]
Internal Monitor
Framerate (Presented) [FPS]
Framerate (Displayed) [FPS]
Framerate [ms]
GPU Busy [ms]