Huawei AC650-256AP Wireless Access Controller, Manages 256 APs, 10x GE & 2x 10GE SFP+ (AC650-256AP)

0,00 EGP

SKU: AC650-256AP Category: Tags: , , Brand:
0 People watching this product now!

The Huawei AC650-256AP wireless access controller manages up to 256 access points with 10 Gigabit RJ45 ports and 2 high-speed 10GE SFP+ optical uplinks. Featuring advanced RF calibration, fast roaming, and 802.1X security, it powers large enterprise wireless networks.

Description

The Huawei AC650-256AP Wireless Access Controller is a high-capacity enterprise wireless controller engineered to orchestrate up to 256 access points with dual 10G SFP+ optical uplinks and intelligent radio resource management.

Technical Specifications & Core Features

Specification / Feature Technical Details
Model / SKU Huawei AC650-256AP
Managed AP Capacity Controls and Manages up to 256 Wireless Access Points
Ethernet Ports 10 × 10/100/1000BASE-T Gigabit RJ45 Ports
High-Speed Optical Uplinks 2 × 10GE SFP+ Optical Transceiver Slots
Forwarding Modes Local Direct Forwarding & Centralized CAPWAP Tunnel Forwarding
Intelligent RF Optimization AI-Powered Automatic Channel Selection, Power Tuning, and Load Balancing
Enterprise Security WPA3, 802.1X, MAC Authentication, Portal Server, Built-In Rogue AP Shield
Form Factor Standard 1U 19-Inch Rackmount Metal Enclosure with Internal AC Power

Package Contents

  • Access Controller: 1 × Huawei AC650-256AP Wireless Controller
  • Power Cable: 1 × Regional AC Power Cable
  • Mounting Hardware: 1 × 19-Inch 1U Rackmount Bracket Kit with Screws and Rubber Feet
  • Documentation: Quick Installation Guide

Recommended Applications

  • Large Corporate Campuses: Centralized configuration and monitoring for up to 256 Wi-Fi 6/7 access points.
  • University & College Wi-Fi: Managing thousands of student mobile devices with dynamic bandwidth shaping.
  • Convention Centers & Stadiums: High-density radio optimization preventing co-channel interference.
  • 10G Backbone Aggregation: Dual 10G SFP+ uplinks providing non-blocking data transport.

Contact Us for Any Questions