TP‑Link EAP787 BE15000 Tri‑Band 8‑Stream Wi‑Fi 7 Ceiling Mount Access Point with 10 GbE Port

Designed for high-density, mission-critical networks, the TP-Link EAP787 ceiling mount access point brings the performance and reliability modern businesses need. As a Wi‑Fi 7 wireless access point in the Omada family, it uses tri-band, 8‑stream connectivity—plus support for 320MHz bandwidth and Multi-Link Operation—to deliver massive aggregate throughput for busy environments. A native 10GbE port provides a high-capacity uplink for video storage and monitoring servers, making the EAP787 ideal for surveillance, security monitoring and large-scale BYOD deployments.

Dedicated RF scanning and dynamic interference avoidance maintain stable connections for IP cameras, access control systems and real-time communications, while Mesh and seamless roaming ensure uninterrupted coverage across facilities. Centralized cloud management via Omada simplifies provisioning, firmware updates and network health monitoring so IT teams can focus on operations, not device-by-device troubleshooting. Deploy this ceiling AP where bandwidth, low latency and resilient wireless performance matter most—enterprise offices, education campuses, hospitality, and security/surveillance installations. Contact sales or add to cart to start future-proofing your network.

• Future-proof Wi‑Fi 7 capacity: Tri-band 8‑stream design delivers the throughput and low latency needed for dense offices, campuses and high-resolution surveillance.
• High‑speed backbone: Built-in 10GbE uplink ensures fast, reliable connectivity for video storage, monitoring servers and high-traffic aggregation.
• Reliable RF performance: Dedicated RF scanning and interference avoidance keep security cameras and monitoring devices online and stable.
• Simplified management: Omada centralized cloud management, Mesh and seamless roaming reduce admin overhead and speed deployments.
• Optimized for real-world use: Advanced features like 320MHz bandwidth, Multi-Link Operation and 4K‑QAM improve throughput for simultaneous clients and streaming workloads.