RME ADI-6432 R BNC
Estimated Shipping Widget will be displayed here!
- This item is covered for 3 years
What you need to know
What you need to know
- High-capacity digital bridge: bidirectional conversion up to 2x 64 channels between MADI and AES-3id, ideal for dense audio infrastructures.
- Studio quality: 24-bit / 192 kHz resolution with clock management designed to preserve signal accuracy and stability.
- Reliability in critical environments: redundant power supply and dedicated MADI and AES status displays for immediate rack diagnostics.
- Advanced system integration: remote control via MIDI, MIDI and RS-232 transport over MADI, and comprehensive connectivity (AES-3id on BNC, coaxial and optical MADI, Wordclock).
Manufacturer Information
RME
https://www.rme-audio.de
info@audioag.com
------------------------
Safety manager:
CSI audiovisuel
Email:
Address:
A Key Link Between MADI and AES-3id Standards in Studio and Broadcast
In studios, OB vans, and broadcast installations, MADI remains a reliable standard for transporting a large number of channels over a single link, while AES-3id is often preferred for reliable coaxial distribution (patch bays, racks, routers, digital peripherals). This converter positions itself as a central gateway: it simplifies interconnections between different format devices while maintaining an infrastructure-oriented approach, featuring a 2U rack format, status indicators, and an architecture designed for service continuity.
Who Is It For and What Are Its Uses?
This converter is aimed at recording and post-production studios, live service providers, and broadcast environments where clock stability, monitoring, and redundancy are daily requirements. It is particularly relevant if you need to connect AES-3id devices (digital processors, matrices, routers, splits) to a MADI infrastructure, or vice versa, without multiplying conversions and points of failure.
Another integration advantage is the ability to centralize control (MIDI remote control) and transport control data (MIDI, RS-232) via the MADI link. In a technical rack, this reduces dedicated cabling and maintains a coherent control logic, especially when multiple machines need to be synchronized and monitored.
Features and Design: Stability, Control, and Professional Connectivity
Multi-channel Conversion and Full MADI Compatibility
Designed for workflows where channel count is as important as cabling simplicity, the device handles 2x 64 channels and offers coaxial and optical MADI connectivity. This allows you to adapt the link to your environment (cable lengths, rack constraints, existing equipment) while maintaining a clear approach: a dedicated interface for conversion without compromising capacity.
Robust Clock and Jitter Suppression
The quality of a digital installation depends directly on synchronization. The SteadyClock technology aims for maximum jitter suppression and stable clock refresh to preserve the temporal precision of the signal in complex chains (multiple digital devices, multiple clock sources, reference changes). With the Wordclock input/output, you can easily integrate the converter into an existing clock distribution, either as master or slave depending on your architecture.
Monitoring and Remote Control for Technical Racks
In real-world situations, it's not enough that "it works": you also need to immediately see the status of connections. The MADI and AES status display facilitates operation and troubleshooting, especially in broadcast and live environments. Remote control via MIDI remote control reinforces this integration logic, and the ability to transmit MIDI and RS-232 over MADI is an asset for controlling ancillary equipment within the same infrastructure stream.
Dense AES-3id Connectivity Designed for Rack Use
With 32x AES-3id inputs/outputs on BNC, the device is tailored for installations favoring coaxial and short, clean, reproducible paths. This density simplifies rack installation, limits adapters, and makes channel organization clearer in a multi-source environment.
Technical specifications
| Category | converter | Sampling frequency | 192 kHz |
| Number of channels | 128 | Rack unit | 2 |
| Capacity | 2x 64 channels | Dimensions (W x H x D) | 483 x 88 x 200 mm |
| Resolution | 24 bits / 192 kHz | Weight | 2 kg |
Questions frequently asked
Does the RME ADI-6432 R BNC allow connection of a MADI network to AES-3id equipment?
The device performs conversion between MADI and AES-3id on 2 x 64 channels, totaling 128 channels. The 32 AES-3id inputs and 32 outputs are available on BNC connectors.
What MADI connectivity is available on this converter?
MADI connections are offered in both coaxial and optical formats to adapt to the existing infrastructure.
Can it be synchronized to an external Wordclock?
One Wordclock input and one output allow integration into an existing clock distribution. SteadyClock technology ensures clock refresh and jitter reduction. The declared resolution reaches 24 bits / 192 kHz.
Can MIDI and RS-232 data be transmitted via MADI?
Transport of MIDI and RS-232 data over the MADI link is supported. A MIDI remote control also enables remote operation.
What are the rack dimensions of the RME ADI-6432 R BNC converter?
The chassis occupies 2 rack units and measures 483 x 88 x 200 mm. Its weight is 2 kg.



