The beginning of this article will focus on introducing all of the system components, because they play an important role in energy analysis. This will also help you achieve a better understanding of the performance capabilities of a complete system.
Our complete test system platform for energy measurement.
For our energy measurements, we used the MSI K9A2 Platinum motherboard, which is based on AMD’s high-end 790FX chipset. We chose the MSI board because it has a lower power draw than comparable products from Asus or Gigabyte.
Test motherboard: MSI K9A2 Platinum with the 790FX chipset.
The BIOS 1.3 equipped motherboard is used with standard settings, which means that all on-board components, like audio and serial ports, are turned on. The test system has 2 GB of DDR2 RAM memory from A-DATA. The Vitesta module is run at DDR2 800 with a timing of CL5.0.
2 GB DDR2 memory M2OMIDG314720INC5Z from A-DATA
Our cooler is the Zalman CNPS9700 LED, used with the Fanmate 2 fan controller.
The cooler is set to maximum speed during the test, which enables our instruments to produce stable measurements.
Zalman CNPS9700 LED
Our system is equipped with a system cooler for the hard drive.
The WCL-03 system cooler from Noise Zero
- Energy consumption of 35 AMD-Processors
- Test System Components
- Test System Components, Continued...
- Measuring Devices and Testing Methods
- AMD Phenom: Up to 27 Watts During Standby
- Testing 35 AMD Processors
- Energy Consumption: The Processor and Cool'n'Quiet Mode
- Energy Consumption: Cool’n’Quiet and the Complete System
- Energy Loss: When Cool’n’Quiet Mode Doesn’t Work
- System Energy Loss: When Cool’n’Quiet Mode Doesn’t Function
- Energy Consumption: Loading the Processor to the Maximum
- Energy Consumption: Burdening the Complete System to the Maximum
- Energy Costs: When Cool'n'Quiet Mode Doesn’t Work
- Electrical Costs: For an Average User
- Electrical Costs: the 24-Hour System
- Electrical Costs: the Full Capacity for 24-Hour System
- Phenom, Efficient at Full Capacity