Huawei AP362 Wi-Fi 6 Access Point Dual-Radio 2×2 MU-MIMO 1x GE Port

Huawei AP362 Access Point

The Huawei AP362 Wi-Fi 6 indoor access point utilizes the 802.11ax standard to deliver high-density wireless connectivity. This dual-radio hardware operates on both 2.4 GHz and 5 GHz frequency bands simultaneously. It supports 2×2 MU-MIMO on both radios to ensure efficient spatial stream allocation. The internal smart antennas optimize signal directionality based on environment dynamics. Consequently, this hardware provides a maximum theoretical throughput of 1.775 Gbps. Network engineers can deploy this unit in small to medium enterprise environments requiring robust throughput and low latency. The integrated GE Base-T port facilitates high-speed backhaul connections to the core switch infrastructure.

Key Features

• High-Efficiency OFDMA
  Orthogonal Frequency Division Multiple Access allows the radio to serve multiple clients across a single channel simultaneously.

• Smart Antenna Technology

  • Internal antennas adjust signal patterns to suppress co-channel interference.
  • The system increases signal gain by focusing energy toward active terminal devices.

• 1024-QAM Modulation
  Advanced modulation increases data transmission efficiency by 25 percent compared to legacy 256-QAM standards.

• WPA3 Security Protocol
  The device implements the latest security standards to protect against brute-force attacks on wireless passwords.

Specifications

What’s in the Box

• Huawei AP362 Access Point

• Mounting Bracket and Screws

• Quick Start Guide

• Compliance and Safety Information

Why Choose Huawei Networking

• The dual-radio architecture ensures legacy device support while providing high-speed channels for modern hardware.

• Advanced power management features reduce energy consumption during periods of low network traffic.

• Integrated cloud management capabilities allow administrators to oversee multiple sites from a centralized dashboard.

• Enhanced roaming protocols permit seamless transitions for mobile clients between different coverage zones.