Motorola AP-7131 Dual Radio 802.11n Adaptive Access Point - Dependent Mode, with QIG

Motorola AP-7131 Wireless Access Point

The AP-7131 802.11n Wireless Access Point delivers the throughput, coverage and resiliency required to build an all-wireless enterprise. The tri-radio design provides simultaneous support for high-speed wireless voice and data services, self-healing mesh networking and non-data applications such as Motorola’s Wireless IPS. The fully DFS-compliant 802.11n Draft 2.0 device offers speeds up to 600 Mbps per access point six times the bandwidth of an 802.11a/g access point. And Adaptive AP provides unparalleled resiliency and flexibility, enabling the AP-7131 to be deployed as either a stand-alone wireless access point or adopted by a Motorola wireless switch for centralized configuration and management.

Features & Benifits -

Works with any standards-based IEEE WLAN
Tri-radio, dual-band design; 802.11a/b/g/n in 2.4/5 GHz bands.

802.11n support
Delivers maximum wireless network throughput to support virtually any enterprise application, including voice and video:

3X3 MIMO
20/ 40 MHz Channel Width in both 2.4GHz & 5Ghz
Frame Aggregation (AMSDU/ AMPDU)
Reduced Interframe Spacing
300 Mbps data rates per Radio


Adaptive AP mode
Can be controlled with a wireless switch to enable central management from the NOC and in the event of loss of connectivity, resumes functionality as a standalone access point.

Complete Integration
Integrated secure router, DHCP server, Stateful Packet Inspection Firewall, AAA Radius server, NAT and Hot-Spot Gateway eliminate the need to purchase and manage additional equipment and simplify provisioning of network services and public access.

Mesh networking
Allows wireless extension of existing wired or wireless networks in remote or outdoor locations.

End-to-end enterprise class wired and wireless security.
802.11i, WPA2 and WPA; IPSec encryption.

Triple methodology rogue AP detection
Instantly identify and report unauthorised users with on-board IDS, mobile unit assist mode, dedicated Wireless IPS sensor radio.