Outdoor Access Point AirEngine 6760R-51E Wi‑Fi 6 Wireless AP with smart antenna

Smart Parks/Campus/Communities: Flexible coverage between buildings, main roads, and playgrounds; external antennas avoid obstructions for a more stable signal.

City Squares/Pedestrian Streets/Commercial Districts: Continuous coverage in open public areas, supporting visitor navigation, mobile payments, and smooth loading of short videos.

Scenic Spots/Parks/Large Amusement Parks: Extensive outdoor coverage, supporting visitor QR code entry, AR navigation, and high-definition live streaming; high density and stable signal.

Logistics Parks/Industrial Parks: Provides stable wireless connectivity for forklifts, AGVs, surveillance cameras, and sensors; adaptable to industrial dust and humid environments.

Narrow Roads/Riverside/Coastal Areas: Equipped with directional antennas, enabling long-distance, point-to-point wireless backhaul; providing stable connectivity for road monitoring and intelligent inspection.

Key selling points

1. External Antenna for Flexible Coverage Customization: Utilizing an N-type external antenna interface, it can be freely paired with omnidirectional/directional/high-gain antennas to achieve precise directional coverage or ultra-long-distance transmission, flexibly adapting to scenarios such as narrow roads, between buildings, and complex terrain.

2. High-Performance Wi-Fi with 68 Streams for High-Density Access: Supports 8x8 MU-MIMO+OFDMA, with a total speed of 5.95Gbps. A single AP can support 1024 concurrent users, ensuring smooth access in high-density scenarios such as squares and scenic areas.

3. IP68 Industrial-Grade Protection for All-Weather Stability: All-metal body, waterproof connectors, and enhanced lightning protection design ensure long-term reliable operation in environments ranging from -40°C to +65°C, heavy rain, and sandstorms.

4. 5GE+10GE Optical Uplink for Flexible Deployment: Supports dual uplink (5GE Ethernet port + 10GE optical port), adapting to hybrid cabling (network cable/fiber optic) and meeting the needs of long-distance, high-bandwidth backhaul.