Tascam IF-AE16 16-In/16-Out AES/EBU Expansion Card for DA-6400

Transform Your Studio Setup with Tascam IF-AE16
Discover the power of the Tascam IF-AE16, a highly versatile 16-in/16-out AES/EBU expansion card designed to elevate your audio production capabilities. This expansion card is an essential tool for professional studios, seamlessly integrating with TASCAM's expansion slot system. Whether you're working with the Sonicview 24XP, Sonicview 16XP, DA-6400, or DA-6400dp, the IF-AE16 offers a robust solution for managing complex audio setups with precision and ease.

High-Quality Audio Conversion
The IF-AE16 is not just about connectivity; it excels in audio quality too. Each input pair comes with a built-in sampling rate converter, supporting a wide range of frequencies from 32kHz to 192kHz. This feature ensures that your audio remains pristine and accurately converted, regardless of the original source’s sampling rate, allowing for flexible integration into any production workflow.

Effortless Integration and Connectivity
Designed to enhance your TASCAM system, the IF-AE16 fits perfectly into the available expansion slot, adding immediate functionality without the hassle of external devices. It features two D-sub 25pin connectors for channels 1-8 and 9-16, ensuring comprehensive connectivity for multi-channel audio operations.

Versatile Format Support and Compliance
Beyond its primary AES/EBU interface, the IF-AE16 also supports S/PDIF as an input data format, broadening its usability. Adherence to AES59-2012 standard with TASCAM's standard pinout confirms that this expansion card will integrate smoothly not only with TASCAM products but also with a range of professional audio equipment using this common industry standard.

Designed for Professionals
The Tascam IF-AE16 is built for the professional who needs reliable, high-quality audio transfer within their digital audio setup. Its ability to handle multiple inputs and outputs simultaneously makes it an invaluable part of any serious audio engineer’s toolkit, ensuring that high-volume sessions run smoothly without sacrificing audio integrity.