LANCOM Wireless L-322agn / Radio access point / 802.11a/b/g/n | 61533

Description

The Lancom L-322agn dual Wireless is a High Speed Dual Radio and Dual Band Access Point. With its two 11n radio modules it operates simultaneously in 2.4 and 5 GHz and can be connected to Gigabit Ethernet as well as to Fast Ethernet networks. It features RSMA connectors for special applications requiring external antennas, for example high speed point to point links. Numerous security features like WPA2, 802.1X, Multi-SSID and VLAN ensure that this Access Point meets professional needs.

Special Features

• Two integrated 11n radio modules for simultaneous 2.4- and 5 GHz wireless network operations
• Power supply via IEEE 802.3af PoE
• Separation of user groups by multi-SSID and VLAN
• Four RSMA connectors for special applications requiring external antennas

Product features

• More security
  LANCOM sets the standards in WLAN security. A comprehensive range of security technologies is supported in wireless LAN including IEEE 802.11i, 802.1x, WPA, WPA2, WEP64/128/152, access control lists or LEPS (LANCOM Enhanced Passphrase Security), which enables the configuration of an optimized solution, whatever the individual requirements. For example, Multi SSID allows the definition of up to 8 user groups, each with its own level of security.
• More management
  LANCOM's WLAN management tools offer real benefits to network administrators for the installation, control and monitoring of access points. LANCOM WLAN Controller has built-in support for the L-322 access point. As a result higher bandwidth applications can directly offloaded at the access point and reduces the overall cost involved in expensive network upgrades required in centralized architectures. WLAN monitor visualizes the devices connected to WLAN irrespective of physical location and facilitates the central surveillance of the entire wireless network.
• Better and reliable coverage
  MIMO technology uses multiple antennas at both the transmitter and receiver to transmit multiple spatial streams. The multiple transmit streams which take different routes in reflecting environments are combined at the receiver using MIMO techniques. The end result is a two-fold increase in throughput and improved wireless coverage due to lesser dead spots.