PQX33A-02G00J - Toshiba Qosmio X500/02G Computer (DISCONTINUED)

Toshiba Qosmio X500/02G PQX33A-02G00J Computer
Download & Print Specs (PQX33A-02G00J)
CPU Intel® Core™ i7 processor 720QM (1.6GHz/2.8GHz, 1333MHz FSB, 6MB L2 Cache) Help
Operating System Windows® 7 Home Premium (64bit) Help
Screen Size 18.4” Widescreen Full HD TruBrite® Display (1920 x 1080) Help
Memory 4GB DDR3 (2GB + 2GB) (1066MHz) expandable to 8GB Help
Storage 1000GB (500GB + 500GB) (5400rpm) SATA Help
Graphics NVIDIA® GeForce® GTS 250M (2298MB Total: 1GB DDR5 discrete memory + 1274MB shared memory) Help
Optical Disc Drive Blu-Ray RW/DVD SuperMulti Double/Dual Layer Drive Help
Sound Premium harman/kardon® speakers Help
Webcam Yes Help
Buttons and Pointing device Backlit Toshiba Multimedia Console Buttons, Touchpad™ with Gesture Support Help
Security 3D Hard Drive Shock Sensor, Fingerprint Reader, Kensington® cable lock slot for optional theft protection devices  
Software ConfigFree™, Google Picasa™, Google Toolbar™, Microsoft® Office 2007 Professional Trial (60 day trial), Norton Internet Security™ 2009 (Trial), Toshiba Face recognition, Wild Tangent  
PC Card / Express Card slot 1x PCI Express Card Help
USB Ports 4x USB Ports (3x USB 2.0 + 1x eSATA/USB Combo with Sleep and Charge) Help
Bridge Media Adaptor SD Slot Help
LAN Integrated 1Gbit TX Ethernet Help
Wireless LAN 802.11(b/g/n) Help
Integrated Bluetooth™ V2.1 + EDR (Enhanced Data Rate) Help
Physical Description
Weight (from) 4.64kg Help
Battery 12 Cell Lithium-Ion battery Help
Dimensions (W x D x H(front/back)) 442.6mm x 294.2mm x 41.5/41.5mm Help

Design and specifications are subject to change without prior notice. All images and videos are for illustration purposes only.

*Terms and conditions apply, please refer to the Limited Warranty Statement.

Battery Life
Battery Life rating based on Mobile Mark™ 2014. Rating is for comparison purposes only, and does not indicate the battery life that will be obtained by any individual user. Actual battery life may vary considerably from specifications depending on product model, configuration, applications, power management settings and features utilized, as well as the natural performance variations produced by the design of individual components.