Product Overview:
The TP-Link BE9300 TL-EAP773 is a high-performance Wi-Fi 7 ceiling-mount access point designed for modern enterprise, educational, and commercial environments. Delivering ultra-fast tri-band wireless speeds up to 9300 Mbps, this access point ensures seamless, low-latency connectivity for large numbers of users and bandwidth-intensive applications. With enhanced reliability, advanced security, and cloud-based management, the TL-EAP773 is a powerful solution for high-density network deployments.
Cutting-Edge Wi-Fi 7 Technology
Built on the IEEE 802.11be (Wi-Fi 7) standard, the TL-EAP773 introduces major upgrades in speed, efficiency, and stability. It supports 320 MHz ultra-wide channels, 4K-QAM modulation, and Multi-Link Operation (MLO), combining multiple frequency bands for faster and more stable connections. This ensures smoother data transfers, minimal interference, and optimized performance even in congested wireless environments.
Tri-Band Performance for Maximum Throughput
The access point operates across three bands—2.4GHz, 5GHz, and 6GHz—providing combined speeds of up to 9300 Mbps:
2.4GHz Band: up to 1376 Mbps
5GHz Band: up to 2880 Mbps
6GHz Band: up to 5760 Mbps
This tri-band architecture allows load balancing and optimized bandwidth allocation, ensuring superior performance for simultaneous users and devices.
Enterprise-Grade Hardware and Design
Engineered with a ceiling-mountable, low-profile design, the TL-EAP773 blends seamlessly into modern office or commercial environments. Its high-performance internal antennas provide wide and consistent coverage, while PoE++ (Power over Ethernet) support simplifies installation with a single cable for both power and data. The robust build ensures stability for 24/7 operation in demanding network setups.
Centralized Management with Omada SDN
Integrated with TP-Link Omada Software Defined Networking (SDN), the TL-EAP773 can be managed centrally alongside routers, switches, and gateways. Through Omada Cloud, IT administrators can configure, monitor, and optimize the network remotely with real-time analytics, traffic insights, and automated maintenance features. This unified management solution enhances scalability and reduces operational complexity.
Intelligent Network Optimization
The TL-EAP773 supports AI-powered RF optimization, band steering, load balancing, and self-healing mesh networking to maintain reliable performance across large deployments. The Seamless Roaming feature ensures users stay connected as they move between access points without dropping connections—ideal for hotels, campuses, and offices.
Advanced Security Features
Security is at the core of the TL-EAP773’s design. It supports WPA3 Enterprise encryption, VLAN segmentation, RADIUS authentication, and guest network isolation to protect users and sensitive data. Captive portal options allow customizable access for guests or staff, ensuring network control without compromising convenience.
Flexible Connectivity and Deployment
With one 2.5G Ethernet port and one PoE++-compatible port, the TL-EAP773 offers flexible wired connectivity and faster backhaul performance. It integrates easily with TP-Link’s switches and routers, forming a powerful and unified enterprise-grade wireless system. The device’s mounting accessories allow for simple ceiling or wall installation, adapting to any environment’s aesthetic and functional needs.
General Specifications
Brand: TP-Link
Model: TL-EAP773
Wi-Fi Standard: Wi-Fi 7 (IEEE 802.11be)
Bands: Tri-Band (2.4GHz + 5GHz + 6GHz)
Total Speed: Up to 9300 Mbps
Processor: High-efficiency quad-core chipset
Antenna Type: Internal high-gain antennas
Ports: 1 × 2.5G Ethernet (PoE++), 1 × Gigabit Ethernet
Power Supply: PoE++ or DC 12V adapter
Mounting: Ceiling or wall mount
Management: Omada SDN, Cloud Access, Omada App
Security: WPA3-Enterprise, VLAN, Captive Portal, RADIUS
The TP-Link BE9300 TL-EAP773 delivers the next generation of wireless connectivity with Wi-Fi 7 technology, enterprise-grade security, and intelligent cloud management. Perfect for organizations seeking powerful, scalable, and future-ready network infrastructure.