Access Points
Outdoor

A660-S
The Altai A660-S features a tri-radio system integrated with Altai mesh technology, designed to enhance the Altai Super Wi-Fi solution. It includes built-in antennas for both 2.4 GHz and 5 GHz radios, as well as an external antenna for an additional 5 GHz radio. With dual 5 GHz radios dedicated to front-haul and back-haul connections, each A660 series device can create a mesh network group that extends coverage without compromising bandwidth. Within this mesh group, each A660 node communicates with one another to self-configure, self-heal, and self-organize, ensuring the most efficient data path from entry to exit points.

A660-X
The Altai A660-X features a tri-radio system integrated with Altai mesh technology, designed to enhance the Altai Super Wi-Fi solution. It supports external antennas for one 2.4 GHz radio and two 5 GHz radios, offering flexibility in selecting the appropriate antenna types to meet specific coverage needs. With dual 5 GHz radios dedicated to front-haul and back-haul connections, each A660 series device can create a mesh network group that extends coverage without compromising bandwidth. Within this mesh group, each A660 node communicates with one another to self-configure, self-heal, and self-organize, ensuring the most efficient data path from entry to exit points.

A2 Series
The Altai A2 WiFi Access Point/Bridge series is designed to be used in Altai Super WiFi systems to increase system capacity, extend coverage, fill-in areas of low or blocked signals caused by obstructions and bridge wirelessly to remote site. It is capable of providing the highest possible data throughput and capacity that the 802.11ac standard can offer.

AX600-S
The Altai AX600-S Dual-band 2×2 WiFi Access Point is designed to be used in Altai Super WiFi systems to provide high capacity 2.4 GHz and 5 GHz dual-band dual-concurrent access coverage for both outdoor and indoor areas, and to increase system capacity, extend coverage, fill-in areas of low or blocked signals caused by obstructions.





