Allen & Heath gigaACE 128x128 dLive/Avantis Audio Networking Card

Overcome the challenges of audio networking with the gigaACE 128x128 dLive/Avantis Audio Networking Card. This powerful tool enables a high-performance, low latency 128x128ch 96kHz point-to-point connection between dLive or Avantis systems, ensuring seamless audio transmission.

The gigaACE card is designed for plug-and-play splits, requiring no configuration. Simply install the card, connect your CAT5e cable, and patch your channels for an effortless setup. With an ultra-low latency of just 5 samples (52 us), this card ensures rapid transport latency between systems equipped with gigaACE, enhancing the efficiency of your audio networking.

Expand your dLive system's capabilities by connecting it to the GX4816 remote expander via the gigaACE card. This feature broadens the scope of your audio networking, offering more flexibility and control.

The gigaACE card also supports dual-cable redundant connections, ensuring a reliable and uninterrupted audio transmission. This is an integral feature of Allen & Heath's proprietary protocol for transporting Audio and Control over Ethernet, gigaACE.

This card is not only cost-effective but also offers a simple solution for digital split applications. It allows for very low latency (52 us) and cable redundancy without any audio dropout, ensuring a smooth and consistent audio experience.

The gigaACE card also enables the tunneling of dLive/Avantis control data over the same connection. This feature allows for the control of either of the two systems via a single laptop, simplifying your audio networking setup.

With gigaACE, you get a truly plug 'n play protocol, eliminating the need for a computer during the setup of gigaACE connections. Simply plug the cable between any two dLive/Avantis systems and set the patch and clock settings directly on the mixer for a hassle-free setup.

In summary, the gigaACE 128x128 dLive/Avantis Audio Networking Card is a robust and reliable solution for your audio networking needs, offering high performance, low latency, and seamless connectivity.