There are lots of users who leave their computers on all the time; this demographic can always find another task for their arithmetic servants: for example, vast amounts of data are downloaded overnight from the Internet, or videos are converted. Then during the day games are played or video continues to be converted. The computer may also be left on all the time so that access to it is more convenient, and it’s not necessary to wait for it to boot up.It is also interesting to see what costs are raised when the HTPC in the living room is never turned off, so that immediate access to the TV or to videos is possible. In this calculation, we assume that the computer is used for an average of 8 hours a day, for example, loading down the CPU by playing HDTV.
If the computer is equipped with the smallest BE Dual-Core processor, the per year costs are about $220.27 (143 Euros). The yearly costs of the “Energy Efficient” processors are between $220 and $245.10 (142.79 and 159.12 Euros).
At $308.07 (200 Euros), the Phenom processors have the highest electrical costs for an AMD system. When compared to the fastest Dual-Core processor in a 24 hour a day setting, though, the cost is only $23.10 (15 Euros) more per year.
- 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