So from what i can tell when your computer sleeps it uses less energy to get in and out of sleep mode but uses more power in sleep mode, while when you hibernate it takes more power to get in and out of hibernation mode but uses less power in hibernation mode.
Following that, at which point does the power used to get into and out of hibernation mode is more than just having the computer in sleep mode?
Or how would one calculate that?
Following that, at which point does the power used to get into and out of hibernation mode is more than just having the computer in sleep mode?
Or how would one calculate that?
My Computer
- Computer type
- PC/Desktop
- Computer Manufacturer/Model Number
- Apple 17" iMac MA199LL (Early 2006)
- OS
- Windows 8 Pro (32-bit)
- CPU
- 1.83GHz Intel Core Duo
- Memory
- 2GB 667MHz DDR2 SDRAM (PC2-5300) (upgrade)
- Graphics Card(s)
- ATI Radeon X1600 with 128MB GDDR3 memory
- Monitor(s) Displays
- 17-inch TFT active-matrix LCD, millions of colors
- Screen Resolution
- 1440 x 900
- Hard Drives
- Hitachi 320GB HDT721032SLA360 7200RPM SATA II (upgrade)
- Keyboard
- Microsoft Wired Keyboard 600
- Mouse
- Microsoft Basic Optical Mouse v2.0
- Internet Speed
- 4 Mbps
- Antivirus
- Microsoft Security Essentials
- Browser
- Google Chrome
- Other Info
- WEI:
Base Score: 3.9 Processor: 4.4 Memory 4.7
Graphics: 3.9 Gaming Graphics: 4.1 Primary HD: 5.9