MOTU M64
Introduction to the MOTU M64
The MOTU M64 is a flexible MADI interface, router, repeater, splitter, converter, and mixer with AVB/TSN networking. It is designed to provide a high-performance solution for routing MADI digital audio streams in a wide range of applications, from live performance systems to recording studios. With its ultra-compact format and extensive feature set, the M64 is an excellent choice for audio engineers and producers seeking a reliable and versatile audio interface.Technical Specifications
The MOTU M64 has an impressive array of technical specifications, including:Performance and Benchmarking
The MOTU M64 has been benchmarked to deliver an astonishing round trip latency of 1.70 ms on OS X and 1.71 ms on Windows, making it an excellent choice for applications requiring low latency. Its high-performance design and extensive feature set make it an ideal solution for a wide range of audio applications, from live performance systems to recording studios.
What is the MOTU M64's primary function?
The MOTU M64 is a flexible MADI interface, router, repeater, splitter, converter, and mixer with AVB/TSN networking, designed to provide a high-performance solution for routing MADI digital audio streams in a wide range of applications.
What is the round trip latency of the MOTU M64?The MOTU M64 delivers an astonishing round trip latency of 1.70 ms on OS X and 1.71 ms on Windows, making it an excellent choice for applications requiring low latency.
Is the MOTU M64 compatible with both Mac and PC?Yes, the MOTU M64 is compatible with both Mac and PC, as well as iOS devices, making it a versatile and powerful tool for audio engineers and producers.
Specifications
| Specification | Value |
|---|---|
| Number of MADI I/O channels | 256 |
| Number of optical MADI I/O channels | 64 |
| Number of coax MADI I/O channels | 64 |
| Number of USB/AVB-TSN network audio channels | 64 |
| Round trip latency (RTL) on OS X | 1.70 ms |
| Round trip latency (RTL) on Windows | 1.71 ms |
| Sample rate | up to 96 kHz |
| Host buffer size | 32 samples |