Silex AP-100AH IEEE 802.11a/b/g/n Wireless Access Point

Easily Deploy your First 802.11ah Infrastructure Network

AP-100AH is the first commercially available access point supporting IEEE's 802.11ah wireless standard which is a long-range technology where a single access point can give you range up to 3 kilometers supporting up to 234 clients. The AP-100AH is all that you need to incorporate 802.11ah into your existing or new infrastructure.

First Commercial 802.11ah (HaLow) Wireless Access Point

A benefit of 802.11ah is extended range, making it useful for rural communications and offloading cell phone tower traffic. Among other benefits, AP-100AH is a revolutionary access point combining performance with unequivocal scalability and range (234 simultaneous connections and up to 3 km range).

• NAT Support: The AP-100AH supports Network Address Translation (NAT) which permits the access point to behave as an agent between the Internet and the private network. It signifies that a unique IP address can be used to symbolize the overall class of network devices like PCs. Thus NAT tenders the double feature of address translation and security for networking systems.
• Seamlessly Connect to an Existing Network: The AP-100AH combines all the good parts of Sub-GHz technology and blends it with the familiarity, strength, and technological power of the W-Fi standard. What this means is that you can simply add this to your existing Wi-Fi 802.11a/b/g/n network and add 802.11ah and leverage the benefits of long range and scalability that this new technology offers.
• Embedded Web Server: The AP-100AH has an inbuilt webserver and a configuration page that can be used to configure the access point. It supports both http and https protocol with TLS security.
• Customization for OEM's: We offer customization service leveraging our proprietary technologies and "know-how" incorporated into AP-100AH. Please contact us for your need for re-branding, feature enhancement, firmware customization, or hardware redesigning to meet your unique requirements.