Aztech Systems WL630PCI Manual Do Utilizador
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1 Introduction to WL630PCI Wireless B/G PCI Card
The WL630PCI Wireless B/G PCI Card is designed for creating a wireless workstation for
desktop computer. The WL630PCI Wireless B/G PCI Card is compliant with both Wireless-G
(802.11g) and Wireless-B (802.11b).
WL630PCI is based on Texas Instruments’ (TI) G++ Turbo mode (125Mbps equivalent)
performance enhancing technology. The PCI card connects to wireless network at incredible
speeds and delivers blazing fast data rates up to 125 Mbps*. An example of 125Mbps*
Wireless LAN set up will be Aztech WL630PCI (TI chipset) + DSL600EW (TI chipset).
desktop computer. The WL630PCI Wireless B/G PCI Card is compliant with both Wireless-G
(802.11g) and Wireless-B (802.11b).
WL630PCI is based on Texas Instruments’ (TI) G++ Turbo mode (125Mbps equivalent)
performance enhancing technology. The PCI card connects to wireless network at incredible
speeds and delivers blazing fast data rates up to 125 Mbps*. An example of 125Mbps*
Wireless LAN set up will be Aztech WL630PCI (TI chipset) + DSL600EW (TI chipset).
1.1 Package Contents
Make sure that you have the following items. If any of the items is damaged or missing,
please contact your dealer immediately.
WL630PCI Wireless B/G PCI Card (Qty:1)
Antenna (Qty:1)
Easy Start (Qty:1)
Installation CD (Qty:1)
1.2 Features
• Complies with IEEE 802.11b standard and draft standard 802.11g for 2.4GHz Wireless
LAN
• Works with all existing network infrastructure
• Complies with specific wireless products and services
• Capable of up to 256-Bit WEP Encryption
• Freedom to roam while staying connected
• 22-Mbps Packet Binary Convolution Coding (PBCC) (according to the IEEE Standard
802.11b high-rate specification)
• Up to 125Mbps
∗
data rate
• Complies with Windows 98SE/2000/ME/XP
• Lower power consumption
• Easy to install and configure
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∗
Applicable to Texas Instruments end-to-end chipsets Wireless LAN solution on Windows®
2000/XP platform. Maximum wireless signal rate derived from IEEE Standard 802.11g
specifications and does not represent actual data throughput. Network conditions and
environmental factors, including volume of network traffic, building materials and construction,
and network overhead, lower actual data throughput rate)
specifications and does not represent actual data throughput. Network conditions and
environmental factors, including volume of network traffic, building materials and construction,
and network overhead, lower actual data throughput rate)
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