Wireless Access Point AirEngine 5773-25HW Wi‑Fi 7 Indoor AP with 2.5GE ports

Hotels/Apartments: One wired network port per room, 8 rooms share one access point (AP), integrating Wi-Fi and cable TV/internet access in guest rooms for an enhanced stay experience.

Student Dormitories: 4/8-person rooms are equipped with a single AP, providing each student with dedicated wired + Wi-Fi access to meet various needs for study and entertainment, simplifying dormitory network maintenance.

Hospital Wards: Bedside monitors, call systems, and patient Wi-Fi are all integrated into one network, with 8 wired ports accommodating multiple devices and reducing cluttered wiring in wards.

Old Building Renovation: Utilizing existing fiber optic cables, power and transmission are remotely supplied via a hybrid fiber-optic cable, eliminating the need for rewiring and enabling rapid network upgrades.

Key selling points

The industry's only 8-port GE downlink panel AP: A single AP provides 8 wired network ports, offering a one-stop solution for wired + wireless access in multiple rooms/beds, reducing the number of low-voltage wiring and panels, and lowering renovation costs.

Dual 2.5GE uplink, highly flexible deployment: The optical ports have built-in BIDI modules, supporting hybrid fiber optic cables for data and power transmission over a single cable, with a range of up to 500 meters, suitable for renovations in older buildings.

Optical and electrical ports can be linked and redundant, improving reliability.

High-performance Wi-Fi 7 experience: Supports 160MHz bandwidth, 4096QAM, MU-MIMO, and OFDMA, enabling smoother multi-terminal concurrency and adapting to high-bandwidth services such as HD video and cloud desktops.

Intelligent anti-interference: Built-in dual-band common-port smart antenna automatically suppresses interference, increasing signal strength by approximately 100% in the same location, resulting in more uniform coverage.

PoE OUT Extension: The downlink port supports PoE OUT, which can power devices such as cameras and bedside terminals, reducing the need for additional wiring.