AP 900 Duo with 900 MHz + 802.11a/b/g and two N connectors
The AP 900 Duo is a first-to-market solution for delivering 900 MHz + 802.11a/b/g capabilities, all in one device! The unique design of the AP 900 Duo offers an array of configuration capabilities including dual-radio, mixed-mode access point provisioning, mixed-mode wireless repeater, and many more. The AP 900 Duo features Atheros-based chipset radios, enabling full, half, and quarter bandwidth channel support for superior link connectivity. This product is driven by a powerful, dual-radio network processing board and is enclosed in a rugged cast aluminum, hinged enclosure. The AP 900 Duo also features two external N-connectors, allowing for custom antenna applicability.
The AP 900 Duo ships pre-loaded with a powerful, Linux-based core operating system, providing an abundance of flexibility, stability, and management features that are not present in other WISP products on the market today. This robust software platform coupled with the versatility in hardware configuration makes the AP 900 Duo a universal, customized radio solution for a variety of wireless applications.
Product contains:
- Dual-Radio design (900 MHz + 2.4/5 GHz) with adjustable RF Output Power
- Rugged cast aluminum hinged enclosure
- Full, half, and quarter bandwidth channels
- Multi-BSSID support (VSSID) with VLAN tags
- PoE built-in for single cable installation
- Configurable Multi-mode AP
- AP mode/AP client mode
- WDS
- AP router/AP client router
- AP repeater
- Redundant PtP bridge with STP
- Latest security technologies
- Comprehensive software features
- IP routing
- DHCP client/server/relay
- DNS relay/proxy
- Stateful inspection firewall
- MAC/IP filtering
- Digital device certificates
- Comprehensive management features
- Web GUI
- Command line management via SSH
- RCMS server support for configuration
- SNMP V1/2/3 with traps supporting MIBs: 802.1, 802.1x, MIBII
- Syslog support
more specifications can be found here
|
|
|
|
|
This product was added to our catalog on Wednesday 10 December, 2008. |
|