Grace Design A908 Ravena Card
Estimated Shipping Widget will be displayed here!
Essential Information About the Optional RAVENA Card for the M908
Essential Information About the Optional RAVENA Card for the M908
- Audio over IP Network with dual Gigabit Ethernet ports for reliable integration in studio, broadcast, or post-production environments
- Up to 32 channels to interconnect the M908 with other RAVENA-compatible equipment
- RAVENA AES67 Compatibility for input and output conversion designed for multi-brand environments
- Up to 192 kHz for high-resolution workflows, made in the USA with a transferable 5-year warranty
Manufacturer Information
Grace Design
https://www.gracedesign.com
info@gracedesign.com
------------------------
Safety manager:
Woodbrass.com
Email: support@woodbrass.com
Address:
A Network Expansion Designed to Evolve the M908
The optional RAVENA card was developed to extend the capabilities of the M908 monitoring controller towards networked audio architectures. Its purpose is clear: to offer a high-performance gateway between the M908's reference monitoring and modern infrastructures based on audio-over-IP, while maintaining a reliability- and longevity-oriented approach for fixed installations.
Intended Uses and Profiles
This option is aimed at production and post-production studios, broadcast control rooms, as well as immersive or multi-room installations that need to transport multiple audio streams without multiplying physical connections. Thanks to its two Gigabit Ethernet ports, it facilitates interconnection with an existing network and integration of RAVENA-compatible devices, favoring clean channel distribution and more flexible routing management than traditional audio cabling.
Network Connectivity, Conversion, and High-Resolution Workflows
With this card, the M908 can exchange up to 32 channels over the network, relying on RAVENA AES67 conversion for both input and output. This allows connection to converters, interfaces, matrices, recording or broadcast systems that are compatible, and enables building a modular environment where the network becomes the backbone of audio exchanges.
Two Gigabit Ethernet Ports for More Robust Integration
The presence of two Gigabit Ethernet ports provides appreciated flexibility in professional environments: integration into an existing infrastructure, simplification of connections between devices, or implementation of more structured interconnection scenarios. In all cases, the goal remains the same: network connectivity adapted to the constraints of stability and service continuity.
Up to 192 kHz: Precision, Transparency, and Headroom
Support for sampling rates up to 192 kHz targets demanding workflows, whether for post-production, critical editing, or monitoring chains where conversion and distribution must stay as close as possible to the signal. This high resolution also offers comfortable headroom for varied projects, while remaining consistent with a high-end monitoring logic.
Technical specifications
| Number of channels | 32 | ||
| Sampling rate | up to 192 kHz | ||
Questions frequently asked
Is the RAVENA card compatible with the M908 controller?
This optional card is designed to extend the M908 monitoring controller to audio-over-network infrastructures.
How many audio channels can this network expansion carry?
The RAVENA AES67 connection allows the exchange of up to 32 audio channels in and out over the network.
What network ports are available on the Grace Design A908 Ravena Card?
Two Gigabit Ethernet ports are integrated. This connectivity enables connection to an existing network infrastructure and also facilitates linking compatible RAVENA devices.
Does the card support 192 kHz audio?
Sampling rates up to 192 kHz are supported for production, post-production, and critical monitoring workflows.
What type of installation is this network card intended for?
Its integration is suitable for studios, broadcast control rooms, and immersive or multi-room installations. Transporting 32 channels over network reduces the need for multiple physical audio links.



