That was helpful @fedormelexin,
I also wanted to know one more thing
After checking this link i am still confused whether POM_5V_IN is the total power consumed by the whole board or we need to ADD all the three likePOM_5V_IN+POM_5V_GPU+POM_5V_CPU to get the total power consumed the motherboard.
This is the reading we got while the strip camera was running
RAM 1698/3965MB (lfb 99x4MB) CPU [16%@921,10%@921,10%@921,11%@921] EMC_FREQ 0% GR3D_FREQ 0% PLL@32.5C CPU@36C PMIC@100C GPU@33.5C AO@42.5C firstname.lastname@example.orgC POM_5V_IN 2915/2915 POM_5V_GPU 40/40 POM_5V_CPU 319/319
This is the reading we got while running TensorRT
RAM 3100/3957MB (lfb 18x1MB) SWAP 535/4096MB (cached 22MB) IRAM 0/252kB(lfb 252kB) CPU [79%@1428,100%@1428,81%@1428,83%@1428] EMC_FREQ 22%@1600 GR3D_FREQ 99%@844 APE 25 PLL@44.5C CPU@48.5C PMIC@100C GPU@43.5C AO@51C thermal@46C POM_5V_IN 7700/4490 POM_5V_GPU 2408/523 POM_5V_CPU 1224/613
This sums up to more than 11 watts and sometimes even 13 watts ,thus my doubt.
Is this normal? Will this affect the board if it runs for a long time??