Howay2000HIDV3

Howay2000HIDV3

Overview

Howay2000HIDV3 Wireless Access Point is a next-generation WiFi 6 standard device offering gigabit-speed wireless access. With built-in omni-directional antennas, the Howay2000HIDV3 employs technologies such as MU-MIMO, OFDM, and 1024QAM modulation and demodulation algorithms, delivering up to 2.976Gbps wireless access rate, ensuring optimal connectivity for modern mobile smart devices.

Featuring rich functionalities including RF control, mobile access, network security, and multi-service support, the Howay2000HIDV3 offers various access modes. Based on different application scenarios, it flexibly accommodates FIT or FAT operation modes, facilitating standalone networking or collaborating with wireless controllers to provide high-performance wireless mobility networks with zero configuration.

Integrated into a holistic wireless networking solution, the Howay2000HIDV3 enables multiple authentication methods such as SMS authentication, account authentication, and one-click authentication, making it particularly suitable for environments like hospitals, campuses, hotels, enterprises, and airports.

HIDV3
  • Size:186*186*37mm
  • External Interfaces:1 Ethernet ports;1 DC  port;1 reset button hole
  • Power Supply Method:POE/DC 12V
  • Frequency Band:2.4GHz&5GHz
  • Max Rate: 574Mbps(2.4G),2401Mbps(5G)
  • Max Users:256

Features

Design Delicacy and Easy Deployment

  • Excellent exterior design
  • Gigabit uplink

High-Performance, Highly Reliable Wireless Network

  • Support  DL/UL MU-MIMO and MU-OFDMA 
  • WiFi 6 high-speed access
  • Intelligent switching work modes to enhance network survivability

Secure and Controllable Wireless Network

  • Support for user isolation strategies
  • Providing precise wireless user management
  • User secure access
  • Support for seamless user authentication

Conveniently Managed Wireless Network

  • Plug and play
  • Gateway function, deployment across public networks
  • Support for both Fat/Fit modes
  • Scheduled RF shutdown for network safety, eco-friendly practices