Tesira AVB-1 CK Tesira AVB Network Card

Tesira AVB-1 CK AVB Network Card Kit for Digital Audio Systems
The Tesira AVB-1 CK is a high-performance AVB network card kit designed to provide up to 420x420 channels of digital audio I/O for Tesira SERVER and SERVER-IO devices. This expansion card enables seamless digital audio transmission over an Ethernet network, ensuring low latency and high-fidelity sound across AVB-enabled systems.

Scalable Audio Networking for Large-Scale Installations
Designed for complex audio environments, the AVB-1 CK allows extensive channel routing and distribution within AVB/TSN-compliant infrastructures. Whether in large auditoriums, corporate AV setups, or multi-zone sound systems, this network card delivers precise and reliable audio performance with flexibility for future expansion.

Seamless Integration with AVB-Enabled Networks
The AVB-1 CK adheres to IEEE AVB/TSN standards, including 802.1AS, 802.1Q, 1722, and 1722.1. These industry standards ensure broad compatibility with other AVB devices, enabling flexible and scalable audio networking solutions without requiring proprietary systems.

Low Latency and Redundant Network Support
Optimized for real-time audio transmission, the AVB-1 CK delivers extremely low latency, ensuring precise synchronization across all connected devices. It features dual RJ-45 connections, supporting primary and secondary redundant networks, minimizing the risk of data loss or connection failures.

Explicit AVB Input and Output Blocks in Tesira Software
The AVB-1 CK card is fully integrated into Tesira software, allowing users to configure and manage input and output blocks explicitly. This simplifies setup and provides a streamlined approach to routing digital audio signals while maintaining optimal network efficiency.

Reliable and Future-Proof AV Solution
Built for long-term performance, the Tesira AVB-1 CK is backed by Biamp’s industry-leading 5-year warranty. It is RoHS compliant, AES grounded, and designed to work alongside DAN-1 and SCM-1 cards, providing additional flexibility for audio system configurations.