Allied Telesis TQ6602 Dual Band 802.11ax 2.35 Gbit/s Wireless Access Point

Highlights

• The TQ6602 supports operation in multi-channel, single-channel1 (Channel Blanket) and hybrid (multi-channel and Channel Blanket) modes, for the most flexible wireless solution available.
• Multi-channel operation provides maximum throughput for high-bandwidth clients, while Channel Blanket operation supports seamless roaming for dynamic environments like warehouses and hospitals, as all APs appear as a single virtual AP.
• Hybrid mode combines the best of both architectures, enabling an innovative wireless solution that maximizes performance for a superior user experience.
• The high throughput of Wi-Fi 6 further increases the performance of hybrid networks in large environments with many clients.
• The TQ6602 supports Wi-Fi6 (802.11ax) bidirectional MU-MIMO. Unlike conventional unidirectional MU-MIMO, this feature enables the AP to transmit and receive data simultaneously from multiple clients at once, to lower latency and improve throughput and performance for end-user wireless devices.
• IEEE 802.11ax Wi-Fi 6 wireless connectivity delivers performance and throughput that is four times faster than 802.11ac devices. In crowded wireless environments, efficient bandwidth distribution is important. Bi-directional Multi-user MIMO technology simultaneously communicates with multiple clients at once, reducing contention and improving capacity and throughput.
• Quality of Service (QoS) on the wireless network optimizes the performance of voice, video, and data applications, as each has different latency, bandwidth and performance requirements. QoS traffic prioritization ensures the timely delivery of these services.
• This feature set facilitates strong encryption, authentication and key management strategies, guaranteeing data and system security. In addition to Counter Mode with Cipher Block Chaining Message Authentication Code Protocol (CCMP), IEEE 802.1X key distribution via RADIUS controls access to the network.
• The TQ6602 supports Virtual AP (VAP) functionality, with the assignment of different SSIDs and security policies for each VAP on the physical device.
• VAPs can be mapped to VLANs for logical network separation and improved throughput. Enable communication by application, function or users.

Specifications