802.11a/b/g Dynamic Expansion Outdoor Wireless Access Point

The HK-T13 is a carrier class Outdoor Wireless Access Point which offers
customer a robust and high performing solution for PTP/PTMP/Hotzone applications in both license-free 2.4GHz and 5GHz bands. HK-T13 includes powerful feature sets such as - AES (enhanced security), Bandwidth management (flexible throttling client control), 802.11e Wifi QoS, 802.11h compliant. Using Aphelion's patented intelligent Sequential OS, HK-T13 working together with Aphelion 500AG/600AG dual band AP by daisy-chaining/clustering over the wireless interfaces as to provide greater coverage without a wired connection, thereby constructing a larger area of Hotzones and avoiding interference by using 802.11a as the trunk for hotzone deployments. Superior performance is the key feature in HK-T13. With three radios, HK-T13 could sustain very high performance and extending coverage and user capacity by configuring to Big AP mode integrated with three 120 degree Sector Antenna. Furthermore, HK-T13 enables customer to provide high bandwidth connection by trunking three interfaces together to form a maximum 162Mbps link rate connection. The HK-T13 is the most ideal candidate for Service Providers looking to deliver carrier class wireless services to multiple market segments such as campuses, hospitality, healthcare, warehousing and wider metropolitan area deployments. 

Low Latency and High Throughput over Multiple Hops

        Dynamic Expansion Daisy chained wireless Hot Zones
Low latency and high throughput upon multiple wireless hops
Reliable performance when deploying multiple nodes in bridged
or routed environments.
Bandwidth control module at subscriber level

Comprehensive Security Features

       WPA with TKIP/AES support
802.1x EAP support (Client and Server modes)
64/128/152 bits Dynamic WEP keys
Radius client
Hide ESSID
MAC address filtering
NAT

Dynamic WAN Interface Configuration

        Flexible assignments of any wired or wireless interfaces as WAN links to adapt to different network topologies
Bandwidth aggregation by logically combining multiple RF links to achieve super trunk mode for high bandwidth deployments Smart traffic load balancing across multiple RF links interface 1+1 and N+1 interface protection schemes that meets high availability carrier grade deployments
Flexible wireless network distribution system