Acer Aspire 5051 ANWXMi Laptop
The Acer Aspire 5051 ANWXMi Laptop is powered by 2.0 GHz AMD Turion 64 Processor MK36 with 256 KB L2 cache, 1200 MHz FSB, supporting AMD PowerNow technology and AMD HyperTransport technology, and it features 512-MB of DDR2 667 MHz SDRAM (Max 4 GB), a 60-GB SATA 5400 rpm hard disk drive and 8X DVD-Super Multi double-layer (8.5 GB) DVD Writer.
Weighing about 2.4 kg, the Linux OS preinstalled Acer Aspire 5051 ANWXMi laptop PC is equipped with 14.1-inch (35.8 cm) WXGA Widescreen Acer CrystalBrite TFT LCD display powered by integrated ATI Radeo Xpress 1100 integrated 3D graphics which uses maximum of 128 MB of shared video RAM offering maximum of 1280 x 800 pixel resolution.
The Acer Aspire 5051 ANWXMi laptop is equipped with integrated Intel PRO/Wireless 3945BG network connection offering dual-mode 802.11b/g wireless technology. In addition, it also comes with integrated 10/100 mbps Ethernet LAN card for wired networking and integrated 56 kbps v.92 fax/modem.

Weighing about 2.4 kg, the Linux OS preinstalled Acer Aspire 5101 ANWLMi laptop PC is equipped with 15.4-inch (39.1 cm) WXGA Acer CrystalBrite TFT LCD Display, supporting simultaneous multi-window viewing via Acer GridVista, 16.7 million colors, powered by integrated ATI Radeo Xpress 1100 integrated 3D graphics which uses maximum of 128 MB of shared video RAM offering maximum of 1280 x 800 pixel resolution.
Weighing about 2.4 kg, the Linux OS preinstalled Acer Aspire 5102 ANWLMi laptop PC is equipped with 15.4-inch (39.1 cm) WXGA Acer CrystalBrite TFT LCD Display, supporting simultaneous multi-window viewing via Acer GridVista, 16.7 million colors, powered by integrated ATI Radeo Xpress 1100 integrated 3D graphics which uses maximum of 128 MB of shared video RAM offering maximum of 1280 x 800 pixel resolution.
The L2, or secondary cache, temporarily stores data and a larger L2 cache can help speed up your system’s performance. The FSB carries data between the CPU and RAM, and a faster front-side bus (FSB) help deliver better overall performance.
The L2, or secondary cache, temporarily stores data and a larger L2 cache can help speed up your system’s performance. The FSB carries data between the CPU and RAM, and a faster front-side bus (FSB) help deliver better overall performance.