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Power and Thermal Specifications
Chapter 5 -
5.1
Power Specifications
Board Load
VX3030-SA22-00000
Idle (2GHz)
Typical (2GHz)
Maximum (2GHz)
Board Load
VX3030-SA22-00000
Maximum
(1.2GHz)
Does not include current eventually supplied to external periphals like USB.
(1)
5.2
Board Thermal Monitoring
To ensure optimal and long-term reliability of the VX3030, all onboard components must remain within the
maximum temperature specifications. The most critical components on the VX3030 are the processor and the
memory. Operating the VX3030 above the maximum operating limits will result in permanent damage to the
board.
The VX3030 includes one temperature sensor, located on the I
Figure 16 "I2C Diagram" page 30.
Key Features of the Temperature Sensors
> Local temperature accuracy:
> Operating temperature:
Page 50
Power and Thermal Specifications
Power Consumption
22W
41W
48W
Power Consumption
40W
Table 26: VX3030 Power Consumption
+/- 2°C.
-40 °C / +150°C.
Current Drawn
(1)
1A 12V
1.7A 5V
0.4A 3.3V
Standard configuration (VGA, 1x 1000B-T, 1x
2.4A 12V
1000B-BX, 1x SATA, 2x USB, Keyboard,
2.2A 5V
0.5A 3.3V
CPU running FFT and DDR benches
All interfaces used (VGA, Display Port, 1x
2.8A 12V
1000B-T, 2x 1000B-BX, 4x SATA, 4x USB,
2.6A 5V
0.5A 3.3V
CPU running FFT, DDR and Ethernet benches
Current Drawn
(1)
All interfaces used (VGA, Display Port, 1x
2.1A 12V
1000B-T, 2x 1000B-BX, 4x SATA, 4x USB,
2.6A 5V
0.5A 3.3V
CPU running FFT, DDR and Ethernet benches
2
C bus, and managed by the CPLDs. Refer to
VX3030 User's Guide
Test Condition
Idle Linux
(interfaces not used)
Mouse)
Keyboard, Mouse)
Test Condition
Keyboard, Mouse)
CA.DT.A87-5e
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