The RME M-32 AD Pro II is a next-generation 32-channel A/D converter built to meet the rigorous demands of professional recording studios, immersive audio environments, broadcast installations, and industrial audio systems. Engineered for precision and reliability, the RME M-32 AD Pro II features 32 balanced analogue inputs with state-of-the-art 192 kHz conversion and ultra-low THD performance, ensuring pristine audio quality.
Equipped with both coaxial and optional optical MADI interfaces, as well as dual AVB-compliant Gigabit Ethernet ports, the RME M-32 AD Pro II integrates effortlessly into modern audio networks. The unit supports advanced channel routing, offering extensive configuration options directly from the front panel or via a web-based remote interface, accessible through USB or network.
Designed with operational security in mind, it includes dual redundant internal power supplies and a fanless enclosure for silent performance. With the latest version of RME’s SteadyClock FS technology, the RME M-32 AD Pro II delivers exceptional jitter suppression, accurate synchronisation, and clean clocking even in complex setups. This converter redefines reliability and sonic transparency in high-end multi-channel A/D conversion.
Features
- Analogue inputs: 32 x balanced line-level inputs via 4 x 25-pin D-sub connectors (Tascam standard)
- Conversion quality: 24-bit conversion at up to 192 kHz sample rate
- Digital outputs:
- 1 x MADI coaxial (BNC)
- 1 x MADI optical via optional SFP module
- 2 x Gigabit Ethernet ports (AVB-compliant)
- Clocking: SteadyClock FS for ultra-low jitter and advanced synchronisation
- Control interface:
- Front-panel 2” full-colour display with rotary encoder
- Web-based remote control via USB or network (HTTP interface)
- Routing matrix: Internal signal routing with per-channel flexibility
- Power supply: Dual redundant internal power supplies (100–240 V AC)
- Cooling: Fanless design for silent operation
- Chassis: 1U 19” rackmount metal enclosure
- Integration: Full support for MADI redundancy, AVB stream redundancy, and seamless sync switching
