BDI 100-28 4 AES I/O Module for Audio Switchers

High-Performance AES I/O Module for Professional Audio Switchers
The BDI 100-28 4 AES I/O Module is designed to provide reliable digital audio input and output for professional audio switchers. This module offers four AES inputs and four AES outputs, ensuring clean and precise signal transmission in broadcast, studio, and live production environments. Built for seamless integration, the BDI 100-28 enhances audio routing flexibility while maintaining industry-leading sound quality.

Seamless Digital Audio Integration for Broadcast and Studio Applications
With four AES digital inputs and outputs, the BDI 100-28 ensures smooth connectivity within digital audio systems. Whether used in a large-scale broadcast facility or a professional studio, this module guarantees accurate and low-noise signal transmission, reducing the risk of audio artifacts and maintaining high-fidelity sound reproduction.

Reliable Signal Routing with Minimal Latency
Engineered for efficiency, the BDI 100-28 provides near-zero latency audio routing, making it an excellent choice for live sound applications and real-time production setups. Its precision digital architecture ensures that all signals are transmitted with the highest level of accuracy, preserving the integrity of the original source.

Durable and Compact Design for Easy Installation
This AES I/O module is built for long-term reliability, featuring a robust construction that ensures consistent performance in demanding environments. Its compact design allows for quick and hassle-free installation into compatible audio switchers, making it a valuable upgrade for systems requiring expanded AES capabilities.

Flexible Compatibility with Existing Audio Infrastructure
The BDI 100-28 is designed for seamless integration with a variety of professional audio switchers, making it a versatile addition to existing setups. Its ability to handle multiple AES inputs and outputs allows users to optimize audio workflows without the need for complex reconfigurations.