TP-Link EAP660 HD WiFi 6 AX3600 Wireless Access Point |
TP-Link EAP660 HD | Omada WiFi 6 AX3600 2.5G High Density Deployment Wireless Access Point | Intel® OFDMA, Seamless Roaming, and MU-MIMO Developer Zone | Integrated SDN | Cloud Access and Omada Bo + Power Apps | white
Ease of deployment with PoE +
With support for 802.3at Power over Ethernet (PoE +), no additional cabling is required. Simply plug in and use your existing Ethernet cable.
8 room streams burn very fast
Omada Wi-Fi 6 access point uses the latest 802.11ax technologies such as 1024 QAM and Long OFDM code, so EAP can increase the total speed to 3550Mbps. Using 8 spatial streams can increase throughput for multiple users to run more applications.
Easy to install, great industrial design
Try the easiest install process. It only takes two simple steps to solve your ceiling mount problem.
2.5 Gigabit port with PoE + delivers industry-leading performance
EAP660 HD has a 2.5 Gigabit Ethernet port, which provides excellent multi-gigabit performance and can increase the overall internet speed, thus providing better WiFi network. 802.3at PoE + support for flexible deployment and installation.
Transparent roaming
Thanks to seamless roaming, the customer can automatically switch to the AP with the best signal even while traveling. In this way, covert applications like VoIP and video conferencing can continue to operate without interruption.
Omada SDN provides flexible management and cloud access
The Omada SDN integrates network hardware, including access points, switches, and gates, and has multiple control options: controllers, software controllers, and cloud-based controllers. Cloud centralization enables remote management of the entire network from one device
Cloud based console opens up more possibilities
Contactless configuration (soon) enables remote deployment and network configuration in multiple sites. AI technology may (soon) provide more robust performance and easy network maintenance.
TP-Link EAP660 HD WiFi 6 AX3600 Wireless Access Point |
- 【The EAP660 HD ultra-fast Wi-Fi adopts the latest design of Wi-Fi 6 wireless technology with 1024QAM code and long OFDM code, which can increase the speed of dual-band Wi-Fi to 3550Mbps. With 8 spatial streams, it greatly increases the transfer rate for many users to run more applications.
- [High-density OFDMA, Uplink, and MU-MIMO connections can increase network capacity up to four times over Wi-Fi 5 (802.11ac) in a high density environment, allowing more devices to be connected at the same time.
- [2.5GHz with PoE + EAP660 HD easy to install equipped with 2.5Gb Ethernet port, which provides excellent multi-gigabit performance and improves the overall internet speed, providing better WiFi. 802.3 over PoE + supports flexible deployment and easy installation.
- [Integration with Omada SDN] Omada SDN integrates network hardware, including access points, switches, and gates, and has a variety of control options - controllers, software controllers, and software based controllers. Zipper. Standalone mode also applies.
- [Cloud based console] Does not provide a contact (soon) to enable remote deployment and multi-site network configuration. AI technology may (soon) provide more robust performance and easy network maintenance. There are additional costs associated with using the cloud-based console.
- [Cloud Access, Remote Cloud Access and Omada provide centralized cloud management for the entire network from different locations. It can be controlled anytime and anywhere with a single interface.
- SDN Compatibility] In order to use an SDN, please ensure that your device / controller is equipped or can be upgraded to the SDN version. SDN controller is only suitable for SDN access points, switches, and doors. A non-SDN controller only applies to non-SDN access points. For information on devices compatible with SDN firmware, see the "Questions and Answers from the manufacturer" section or on the tplink website.
- [Limited Lifetime Warranty] This industry-leading Lifetime Limited Warranty guarantees you free 24/7 technical support.