AirEngine 6760-X1

AirEngine 6760-X1 is an indoor AP released by Huawei that supports Wi Fi 6 (802.11ax) standard. Built in smart antenna, the signal moves with the user, greatly enhancing the user's experience of using wireless networks. Supporting optical/electrical uplink ports, facilitating customers to use different deployment methods, effectively saving customer investment, suitable for enterprise office and education scenarios.

‌I. Core Features‌

‌Multi-Spatial Stream Support‌

Supports 10 spatial streams by default, upgradable to 12 spatial streams via RTU software license for enhanced concurrent connectivity.

‌Intelligent Radio Frequency Switching‌

Supports Software-Defined Radio (SDR) technology, enabling dynamic switching between dual-band, tri-band, and dual-band + independent scanning modes to adapt to high-interference or high-density scenarios.

‌Low-Latency Acceleration‌

Utilizes SmartRadio acceleration technology optimized for latency-sensitive applications (e.g., VR/AR/gaming), achieving ultra-low latency of 10ms under multi-user concurrency.

‌II. Hardware Configuration‌

‌Antenna System‌

Built-in dual-band co-polarized intelligent antenna system with 20% increased coverage radius and dynamic user tracking.

‌Network Interfaces‌

10GE electrical port/PoE input (supports 2.5G/5G/10G auto-negotiation).

1×10GE electrical port + 1×GE electrical port + 1×10GE SFP+ optical port (1G/10G auto-negotiation).

GE electrical port (10M/100M/1000M auto-negotiation).

‌Expansion Interfaces‌

IoT card slot (supports IoT extensions).

USB 2.0 Type A port (for external IoT devices).

MCX RF port (external antenna extension).

‌III. Deployment Features‌

‌Power Supply‌

Supports PoE power supply or DC 48V adapter.

‌Environmental Adaptability‌

Operating temperature: 0–40°C.

Optional external antenna version (AirEngine 6760-X1E) for specialized scenarios (e.g., corridors, high-rise buildings).

‌IV. Security & Management‌

‌Encryption Protocols‌

Supports enterprise-grade security standards: WPA3-SAE, WPA2-802.1x.

‌Network Management‌

Supports NAT, QoS hierarchical scheduling (including VR/mobile gaming acceleration), and IEEE 802.1q VLAN protocol.

‌Applications‌

Ideal for medium-to-large indoor scenarios such as enterprise campuses, educational institutions, and smart manufacturing. Delivers high-density wireless coverage through flexible RF configuration and intelligent antenna systems.

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I. Wireless Ward Round Systems in Medical Institutions

‌Medical Mobile Terminal Access‌

Ensures secure patient data transmission via WPA3-SAE encryption.

Prioritizes bandwidth for PACS imaging systems and mobile ward round tablets using QoS hierarchical scheduling, reducing medical data upload latency by 30%.

‌IoT Vital Sign Monitoring‌

Expands Bluetooth 5.2 modules via IoT card slots to wirelessly connect temperature patches, heart rate monitors, and other devices.

Supports concurrent connectivity for 200+ medical IoT terminals per AP.

II. Smart Hotel Guest Room Scenarios

‌Corridor Directional Coverage‌

Deploys external antenna version (AirEngine 6760-X1E) with high-gain directional antennas via RP-SMA RF ports, resolving signal attenuation in narrow corridors and boosting guest room edge speeds to 600Mbps.

‌Network Isolation Between Rooms‌

Segregates guest networks from hotel management systems using IEEE 802.1q VLAN protocols, preventing data leaks from smart locks and energy monitoring devices.

III. Whole-Home Coverage for Luxury Villas

‌Entertainment System Optimization‌

Connects directly to home NAS via 10GE SFP+ optical ports, enabling low-latency 8K video streaming and VR gaming (measured latency ≤15ms) with SmartRadio acceleration.

‌Garden/Garage Coverage Extension‌

Utilizes MCX RF interfaces with omnidirectional waterproof antennas for outdoor coverage up to 50 meters, supporting smart irrigation systems and EV charging stations.

IV. Smart Campus IoT Integration

‌Environmental Monitoring Networking‌

Integrates PM2.5 sensors via USB 2.0 ports and dual IoT card slots for simultaneous Zigbee temperature/humidity probes and RFID asset tags, enabling unified multi-protocol IoT management.

‌Emergency Broadcast System Coordination‌

Dedicates 2.4GHz band for broadcast systems in tri-band mode, ensuring prioritized voice command transmission during emergencies.

V. High-Density Airport Lounge Access

‌Concurrent Passenger Access Optimization‌

Activates 12 spatial streams (RTU license upgrade required) to support 120+ concurrent connections per AP, maintaining stable peak download speeds above 800Mbps.

‌Commercial Ad System Isolation‌

Uses NAT to separate passenger traffic from digital ad screen channels, preventing 4K video streams from consuming user bandwidth.