ASUS UL20A specs
General info
Netbook
Class:
7
Display
12.1 inches
Size:
1366x768
Resolution:
No
Touchscreen:
No
Pivot screen:
No
3D screen:
Processor
Intel
Manufacturer:
Core 2 Duo
CPU family:
SU7300
Model:
2
Cores per processor:
1.3 GHz
Operating frequency:
3 MB
L2 Cache:
64-bit
CPU architecture:
45 nm
Manufacturing technology:
800 MHz
Front side bus (FSB):
10 W
Thermal Design Power (TDP):
Mobile Intel® GS45
Chipset model:
RAM Memory
DDR2
Type:
DDR2-800
Slots:
2
Total:
Capacity:
4 GB
Maximum:
2 GB
Maximum per slot:
DDR2-800
Preloaded memory:
Storage memory
Hard Disc (HDD)
Available storage devices:
Hard Disc details:
320 GB
Memory:
2.5"
Size:
5400
RPM:
SATA (Bays (total): 1, Bays (in use): 1)
Interface:
Graphics
No
Dedicated card:
Yes
Integrated card:
Intel
Manufacturer:
4500MHD
Model:
Optical drive
No
Optical drives:
Connectivity
100 mbps
LAN:
Yes (802.11b, 802.11g, 802.11n)
Wi-Fi:
USB:
3
Slots:
2.0
Version:
Yes
Bluetooth:
2.1
Version:
VGA (D-sub), Microphone in (3.5mm), Audio out (3.5mm)
Video/Audio:
No
FireWire IEEE 1394:
No
eSATA:
Yes (Memory Stick, Memory Stick PRO Duo, SD, xD-Picture Card, MMC)
Card reader:
No
Multipurpose drive bay:
No
Docking station port:
No
WiMAX:
No
Ultra-wideband (UWB):
Other
Touchpad/Trackpad
Pointing devices:
Yes (0.3 megapixels)
Camera:
No
Microphone:
Body
11.65 in x 8.27 in x 0.99 in
Dimensions (WxHxD):
3.44 lb
Weight:
Gray
Available color options:
Power
3 cells
Battery size:
2200 mAh
Battery capacity:
Li-Ion
Battery type:
Warranty
24 months
Warranty period:
12 months
Parts only:
US Availability
Available
Market status:
European Availability
Available
Market status:
Links
Official page:
-
in English:
-
If you are interested in using our specs commercially, check out our Notebooks specs database licensing page.
Alternative variants
You can add different versions of a single gadget as alternative variants.
Description:
UnLimited Power
Designed for uninterrupted, extended computing, the ASUS UL20A features up to 8-hours* battery life, thanks to the ASUS Power4Gear. It facilitates the deployment and usage of power according to the users’ preferences in relation to the specific tasks that they need to perform. It also provides users with the option to turn off hardware devices to conserve even more energy