802.11ax (WiFi 6) Dual-Radio Unified Pro Access Point
The WAX610D is truly the next generation of wireless (WiFi 6) AP, especially for businesses looking to strike the right balance between performance and budget. It embodies the full range of WiFi 6 technologies including UL/DL, OFDMA, MU-MIMO, and 1024 QAM, which enables the ultra-fast speed of 2975 Mbps. The WAX610D 4×4 (5G) + 2×2 (2.4G) dual-optimized antenna design boasts the most effective solution to guarantee that it provides smooth and consistently fast service to each client at all times whether it
is wall-mounted or ceiling-mounted. Also, it uses the second generation transmit beamforming technology incorporating Low End Sensitivity Improvements and Time Domain Channel Smoothing allowing data rates to increase for not only MU-MIMO clients, but for all existing ones as well.
1. Bringing next generation WiFi within reach
Zyxel’s new WAX610D is a true WiFi 6 access point that delivers faster performance and massive increased-
capacity, which along with unique Zyxel dual optimized antenna technology, make the user experience even better. Apart from running at 25% faster speed, the WAX610D can also accommodate more client devices without any fall-off in speed, allowing an easy scale-up capacity to support hundreds of connections without increased latency.
2. NebulaFlex Pro – simply manage it your way!
The NebulaFlex Pro provides extended flexibility, allowing users to easily switch among standalone, on-promises controller or our intuitive NCC (Nebula Control Center) modes any time according to your needs without additional cost while protecting wireless technology investments. The privilege of one-year professional pack you can get once upon registration on Nebula includes wireless health, site-wide topology, 365-day statistics on the devices and clients monitoring along with more upcoming advanced
features on NCC and its App.
3. Unparalleled high-density performance
Essentially, there are two technologies that make a real difference in WiFi 6 – orthogonal frequency-division multiple access (ODFMA), and spatial re-use, which is also referred to as Basic Service Set (BSS) coloring. These make WiFi 6 a much more efficient technology than 802.11ac. The BSS coloring allows multiple access points to be used in the same vicinity without fear of co-channel interference.
4. Superior performance with innovative “Dual-optimized” antenna
People without RF expertise may not realize that installing an AP optimized for ceiling-mount as wall-mount may cause the ceiling-mount radiation pattern to interfere with other devices up- or downstairs as well as to deliver signals with shorter-than-expected range for its clients. Designed with the innovative “Dual-optimized” antenna, the WAX610D adapts to both wall- and ceiling-mount installations. Thus,
users can switch between the two optimized antenna modes easily to fit either situation. To boost WiFi speeds for your network, the WAX610D is definitely an excellent choice.
5. 4G/5G cellular network coexistence
With the growing pervasiveness of mobile devices in the wireless network, users start to experience degraded performance, such as ping drops and high latency, however whenever user shutdown the mobile equipment, wireless service resumes working smooth. Thus, to enable 4G/5G cellular network coexistence and minimize interference from 4G/5G antennas or signal boosters, the WAX610D has built-in 4G/5G interference filters. As a result, the visible or invisible 4G/5G indoor antennas in the environment is no
longer an issue when installing APs
Fabulous Efficiency of WiFi 6
WAX610D is designed to deliver the true WiFi 6 experience to users for various types of applications.
Robust hardware design you can trust
The design of WAX610D includes Anti-noise spreader, 6x Surge and 2x ESD Protection, Dual-optimized Antenna, 4G/5G filter and lots more.
WAX610D enhances the network capacity with 2.90 Gbps WiFi speed and 2.5 Gbps multi-gigabit Ethernet port, which allows multi-gigabit speed run on the existing infrastructure without the need of re-cabling, thereby meeting the ever-growing demands for WiFi connectivity.