Digigram Eases IP Migration With New AUDIOWAY BRIDGE

Digigram has announced the release of AUDIOWAY BRIDGE, the first in the company's new AUDIOWAY range of IP studio solutions.

Serving as a gateway between legacy and IP audio equipment in the studio, or in multiple studios connected by a managed network, AUDIOWAY BRIDGE allows users to input MADI, AES67, RAVENNA, Dante/AES67, Livewire+, or AES/EBU and route audio to output in any one of these formats.

By facilitating use of familiar legacy audio equipment alongside newer IP-based systems in both on-air broadcasting and production, AUDIOWAY BRIDGE reduces the cost and complexity of migrating to IP.

Pascal Malgouyard, head of marketing at Digigram, said: "AUDIOWAY BRIDGE offers the smart studio interfaces that allow for a seamless IP migration. This first product in the AUDIOWAY range demonstrates our depth of experience in designing mission-critical equipment for audio-over-IP applications."

As a complete single-box system, Digigram's AUDIOWAY BRIDGE can replace more costly and complicated gateways that can be too specialized to facilitate broadcasters' migration schemes. Occupying just one rack unit, the all-in-one gateway not only bridges audio-over-IP (AoIP) streams and legacy signals, but also ensures clock synchronization between the two systems.

The AUDIOWAY BRIDGE features dual AES67 gigabit 2 x 64 full-duplex I/O channels, and is equipped with both 64/64 MADI I/O and 8/8 AES/EBU legacy interfaces, as well as a high-precision PTP master clock addressing all synchronization between IP and legacy audio. PTP synchronization also combines with ultralarge receiver buffering (20 milliseconds) to support a flexible IP highway on a managed wide area network.

Operation of the AUDIOWAY BRIDGE is simple thanks to its embedded routing matrix and support for the open-source EMBER+ protocol, which eases connections to studio management systems. In addition to SIP for Unicast streams, the Digigram gateway is capable of discovering both RAVENNA (mDNS) and SAP (Dante/AES67) AoIP streams, the former with ultralow latency down to one sample per packet.

digigram.com