- IEEE 802.11ax
- Up to 4.2Gbps / AX4200 Wireless Data Rates
- Remote Cloud management and monitoring through the Insight app or Cloud Portal Supports up to 600 wireless clients. Instant WiFi: With Insight management, the access points will automatically tune to best channel and Tx power based on the dynamics of WiFi environments Multi-User Multiple In Multiple Out (MU-MIMO) avoids congestion and ensures performance in high client density deployments like public WiFi hotspots Dual Ethernet: Supports static link aggregation for increased backhaul bandwidth. Powered by PoE+ or DC power adapter (PoE+ switch and AC/DC power sold separately)
Common Questions about Wireless Routers and Wireless Access Points
A wireless router and wireless access point (WAP) are both fairly common networking devices, but people often mistake one for the other. It is an understandable mix up, as they can look very similar and have comparable functionality. Below, you will find out what makes them different and get answers to other common questions about routers and access points.
What is a router?
A router allows your organization’s network to connect to the internet and can route information between multiple local area networks (LAN). A router also analyzes inbound data packets from the internet and directs the data to the correct computer. For organizations with large networks, routers can have extra features such as protection against distributed denial-of-service (DDoS) attacks, remote-access virtual private network (VPN) operation, virtual local area network (vLAN) creation, and content filtering.
What is a wireless access point?
A wireless access point connects to an existing network and broadcasts it for wireless devices. What a wireless access point doesn’t do is create the network. In fact, the difference between a wired router and a wireless router is that a wireless router has a built-in wireless access point. Standalone wireless access points connect to wired switches and routers to add wireless coverage.
What are wireless standards?
Wireless networks are created through Wi-FiTM standards, which are rules that govern what radio frequencies must be used, how many antennas a device must have, and how the data must be encoded among other details. The two most recent standards are 802.11n and 802.11ac, with 802.11ac being the newer and faster of the two. 802.11ac is backwards compatible, so 802.11n devices are able to connect to 802.11ac routers. However, an 802.11n device connected to an 802.11ac wireless router or WAP will only be capable of 802.11n network speeds. So while you can use a wireless n router with a wireless ac device, it will not be operating at ac speeds.
How do I add wireless coverage to my wired network?
It depends on the size of your organization’s network and the amount of networking equipment. For smaller organizations that only utilize one wired router, replacing it with a wireless router is all that is required. However, for larger organizations that have enterprise-grade routers and network switches, utilizing wireless routers to add Wi-Fi coverage is not the best solution. Deploying wireless access points is a better alternative because WAPs cost less than wireless routers and adding Wi-Fi coverage to a network does not require all the functionalities that a wireless router is capable of. While it is possible to use a wireless router to add Wi-Fi coverage to a wired network, it can be done at lower cost with a wireless access point.
What if I already have a wireless network but want to extend its coverage?
To extend the coverage of a wireless network, you have several options. You can use Wi-Fi extenders, wireless access points, or wireless routers. A Wi-Fi extender is a device that is designed specifically to extend the coverage of a wireless network and eliminate dead zones. To use a wireless access point or wireless router to extend the coverage of your network, you will need to put them into repeater mode.