Enhance your small to medium business with fast and reliable wireless network connections using the Netgear WAX620 AX3600 Wireless Dual-Band 2.5 Gigabit Access Point. Featuring a high-powered internal antenna, this 802.11ax access point is designed to cut through high-density environments such as hotels, restaurants, conference centers, and schools to provide wireless speeds of up to 3600 MB/s over the 2.4 and 5 GHz frequencies. Connect this access point directly to your compatible network switch or router through its high-speed PoE+ compliant 2.5G Ethernet port to transfer both data and power over a single cable, providing you with the bandwidth to support up to 256 users. Alternatively, you can power the device by purchasing a separate AC adapter.

Use the Netgear Insight app to configure and manage the access point, including setting up multiple SSIDs with different access privileges and a custom guest portal for customers. For added convenience, the WAX620 can be quickly integrated into existing wireless mesh networks alongside compatible devices to expand their coverage, and it is backward compatible with previous Wi-Fi standards. You can mount the Netgear WAX620 access point onto a wall or ceiling, where it may discreetly blend in with the environment.

Wi-Fi 6 (802.11ax)    Up to 3600 MB/s Throughput    2.4 GHz / 5 GHz (Dual-Band)    1 x 4.3 dBi Internal Antenna    1 x 2.5G Ethernet LAN Port    Supports Power-Over-Ethernet    Wall & Ceiling Mountable    Works with Insight App

The Netgear WAX620 features a powerful internal antenna that can transfer up to 2400 MB/s over 5.0 GHz and 1200 Mb/s at 2.4 GHz frequency.

Use the 2.5G Ethernet LAN port to connect to compatible high-bandwidth network devices.

Connecting this access point to a PoE+ compatible network switch allows you to transfer both power and data to the device using a single cable. The Netgear WAX620 also supports separately purchased AC power adapters.

Use the Netgear Insight cloud portal and app to configure, manage, and monitor your network from almost anywhere in the world.

Your wireless signal is protected with enterprise-grade encryption. You can also configure up to eight wireless network IDs (SSIDs) to provide different levels of access to employees, administrators, and guests. Setting up dedicated VLANs keeps different departments separate from each other.

Related Questions and Answers

Q: 1. Does this create its own wifi network, or just extend a current one?

A: The Ubiquiti Networks WiFi 6 Pro Dual-Band Access Point will not create its own SSID and will just extend an existing wired network.

Q: 2. What's the point of an AP that supports wifi 6 and 1.7 gps throughput, if the uplink to the AP only supports 1 gbps?

A: This would be from one AP to another.

Q: 3. Which version of the EAP613 is this? Is it the V2?

A: This is V1 (V1.x) of the TP-Link Omada EAP613 AX1800 Dual-Band Access Point.

Q: 4. Do I need purchase license for this?

A: These Cisco 140AC AP come with a Cisco Business limited lifetime hardware warranty, free software updates, no service contract required.

Q: 5. does this include a power adapter?

A: The TP-Link EAP223 AC1350 Wireless Dual-Band Access Point, B&H # TPEAP223, does not include a power adapter.

Q: 6. does it require a controller?

A: This item can work independently, however adding a controller helps add advanced functionality.

Q: 7. Does it support RADIUS-based auth?

A: Yes, TP-Link EAP650 AX3000 Wireless Dual-Band Access Point supports RADIUS authentication.

Q: 8. Does this include a PoE injector?

A: No, a PoE injector is not included with this access point.

Q: 9. Can I use the access point to give ethernet access via with wifi connection to router./nternet?

A: The TP-Link EAP653 AX3000 Wireless Dual-Band Access Point must have a wired connection to your router, either directly or via a switch. It will then provide wireless network (Wi-Fi) access to your network.

Q: 10. Do I need a hardware controller if I want to use 3 of these U6 Pro antennas?

A: For the Ubiquiti Networks WiFi 6 Pro Dual-Band Access Point, you wouldn't need a "hardware controller" per se, but you'd at need some sort of switch and/or injectors to power these APs via PoE+.