Introducing the TQ3403
The Allied Telesis TQ3403 is an enterprise-class hybrid wireless access point designed to deliver exceptional performance and user experience. Featuring a cutting-edge Wi-Fi 6E (802.11ax) standard and a sophisticated tri-radio design, this access point supports 2.4GHz, 5GHz, and 6GHz bands, offering a combined raw capacity of up to 2.4 Gigabits.
Enhanced by Allied Telesis' innovative wireless technologies, including Autonomous Wave Control (AWC) and AWC-Channel Blanket, the TQ3403 enables flexible operation and superior wireless connectivity across various environments. Its integrated AWC wireless controller, managed through the Vista Manager platform, centralizes AP administration, autonomously optimizing settings for a self-tuning Wi-Fi network and reducing operational costs.
Key Features for Enhanced Connectivity
The TQ3403 boasts a high-performance 3-radio design (2x2 for each band) ensuring high capacity and speed. It supports advanced Wi-Fi 6E features like OFDMA and SU-MIMO for improved efficiency and client management. The device also offers flexible operational modes, including multi-channel, single-channel (Channel Blanket), and hybrid modes, catering to diverse network needs.
For seamless user mobility, the TQ3403 supports Fast Roaming (802.11k, 802.11v, 802.11r) and offers Passpoint® and OpenRoaming compatibility for effortless and secure network connections. Additionally, features like Captive Portal, QR code connectivity, and Virtual APs with multiple SSIDs provide robust security and user management capabilities.
Flexible Management and Installation
The TQ3403 can be managed in standalone mode via an intuitive web interface or centrally through Allied Telesis' Vista Manager EX or Vista Manager mini platforms. This allows for efficient network-wide configuration and optimization.
Installation flexibility is provided through desktop, wall, or ceiling mounting options. Power can be supplied via Power over Ethernet (PoE) or an optional AC power adapter, ensuring adaptability to different deployment scenarios.