AES50 supports a high channel count and low latency audio transport, making it suitable for professional audio ecosystems. AES50 output routing refers to the configuration and management of audio channels being sent from a digital mixing console, audio interface, or another AES50 compatible device to external equipment, like digital stage boxes, recording systems, or other mixing consoles. Here are the key aspects typically involved in AES50 output routing:

1. Channel Mapping: AES50 supports 48 channels of audio at 24 bit/96 kHz over a single CAT5e/6 cable. Routing involves mapping these channels from the source (e.g., mixer) to specific outputs. Users can assign audio sources (like microphones or instruments) to specific channel outputs.
2. Routing Matrix: Many devices with AES50 capabilities include a routing matrix that visually represents all available inputs and outputs. From this matrix, users can easily route signals, adjusting which channels are sent to which outputs.
3. Primary and Redundant Routing: AES50 networks often implement redundancy features to ensure reliability. Routing can be configured to send the same audio signal through primary and backup paths, providing a fail-safe in case of cable or device failure.
4. Latency Management: AES50 supports low latency audio, which can be crucial in live performance settings. Routing output may include settings to manage or minimize latency, ensuring that sound output is aligned with the performance.
5. Group Routing: Users can often group multiple channels together for simpler routing adjustments. For instance, all channels coming from a drum kit can be routed to a specific output for easy adjustments.
6. Monitoring: Output routing allows for the setup of different monitoring mixes. Engineers can create separate monitor outputs for performers, enabling customized mixes based on their requirements.
7. Device Compatibility: Different devices implementing AES50 may have variations in routing capabilities. Users must understand the specific options and limitations of the devices in use.
8. Network Topology: In larger setups, AES50 networks may include multiple devices linked together. Proper routing ensures coherent connectivity across the entire setup, providing a seamless audio experience.
9. Configuration Interface: Routing can often be managed through a graphical user interface on digital mixers or software applications designed for audio control, simplifying the routing process for users.

Effective AES50 output routing is vital for achieving optimal audio performance in live sound, recording, and broadcast scenarios. By understanding the hardware capabilities and leveraging the routing options available, sound engineers can ensure reliable and high quality audio transmission throughout their audio systems. If you will be using Dante, check out their free courses for using their products. The short video below shows how to do this routing using two S16 Stage Boxes.