| Series | Example | System Version |
| LED Display | PHSIA1.2-CH | NA |
| LED Display | PHSIA1.8-LF | NA |
| LED Sending Box | VX1000 All-in-One Controller | NA 28 W |
NB: The firmware version is based on the latest version when this document was created and may slightly differ from future versions, however, this will not affect any of the functionality.
The calculation sometimes could be confusing. Let's use 2 examples to explain:
Note: The required power should be 120% of the Exact power and round up to the thousand level or higher.
The power consumption for stand-by is about 100W/m2 for both LED models below.
Example 1:
Model: PHSIA1.2-CH
Size of each Cabnet:600*337.5MM
Input Power (max): 350 W/m2
Count: 7*7=49 panels
Overall Power Consumption:
Size: 600*337.5MM*49Cabnets= 9.92 m2
Exact Power:350*9.92=3472W
Required Power：3472*120%=4166.4 W, then round up to 5000W
Power Consumption for separate leads:
Based on the diagram:
Power: 5000/7=714W
Ampere=714/230=3.1 A each
Example 2:
Model: PHSIA1.8-LF
Size of each Cabnet: 480*480MM
Input Power (max): 700 W/m2
Count: 9*5=45 panels
Overall Power Consumption:
Size: 480*480MM*45Cabnets= 10.368 m2
Exact Power:700*10.368=7257W
Required Power：7257*120%=8708W, then round up to 9000W
VX1000 Power 28W can be included
Power Consumption for separate leads:
Based on the diagram:
Power: 9000/4.5=2000W
Ampere=2000/230=8.7 A each
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