4 x 10/100Base-TX Network - Wi-Fi - IEEE 802.11n draft - MPN: WLITX4AG300N See Product Details
Description
The Buffalo Wireless-N Nfiniti Ethernet Converter is an extremely versatile wireless client adapter. Use it to wirelessly connect gaming consoles, desktops, notebooks, media players, printers, Unix workstations, and any other devices with Ethernet ports. With a built-in four port switch, up to 4 devices can be simultaneously connected to the Ethernet Converter for instant wireless connectivity. Once the simple browser-based setup or AOSS is complete, the Ethernet Converter can be moved from one device to another without reconfiguration.When combined with a Wireless-N router, you can achieve throughputs up to 300 Mbps
Quick Glance
Network Type: Wi-Fi - IEEE 802.11n (draft)
Device Type: Wireless Converter
Summary
Product Title: Buffalo Technology Nfiniti WLI-TX4-AG300N Wireless-N Ethernet Converter
Manufacturer: Buffalo Technology
Lowest Price: $88.99
Power Score: 4.0 | 2 Reviews
Wireless Device
Device Type: Wireless Converter
Networking Standards
Network Architecture Supported: Wi-Fi - IEEE 802.11n (draft)
Wireless Security Features: WPA2-PSK (AES, TKIP) WPA-PSK (AES, TKIP) 128/64-bit WEP
Ports
Number of Network Ports: 4
Dimensions
Dimensions: 5.51" x 1.54" x 5.51"
Weight: 9.88 oz
More Info
URL: Manufacturer Link
Additional Specifications
Management: HTTP
Modulation: Direct Sequence Spread Spectrum (DSSS) OFDM
Transmission Speed Details: 1 Mbps IEEE 802.11b
Testseek.com has collected 6 expert reviews for Buffalo WLI-TX4-AG300N Ethernet Converter and the average expert rating is 80 of 100. The average score reflects the expert community’s view on this product. Click below and use Testseek.com to see all ratings, product awards and conclusions.
Top
The Buffalo Technology Nfiniti WLI-TX4-AG300N is a Wireless-N dual band Ethernet converter/router useful for connecting gaming consoles, printers, media players, desktops, etc. The centerpiece of this unit is its dual band 2.4GHz and 5GHz capabilities, which allow each band to simultaneously access separate data. This way, one band can be allocated for high-bandwidth operations such as HD-content...
TopAdvertisement
