Product details
The M-32 Pro II series is designed to meet the demanding requirements of professional studios, immersive sound installations, live sound systems and industrial applications that require a reliable analogue converter solution with high-end network audio processing. These new converters are available with either 32 analogue inputs or outputs and AVB for a choice of four different models. With up to 32 channels, full MADI I/O, improved specifications with ultra-low distortion, intelligent channel routing and innovative ease of use, the new M-32 Pro II series represents the state of the art in exceptional audio performance.In addition to two MADI I/Os including separate signal routing, the M-32 DA Pro II features an AVB interface based on the open network standards IEEE 802.1 and 1722.1, which enables the transmission of 32 analogue channels with up to 192 kHz sampling rate via a single Ethernet cable. In conjunction with external AVB switches, the new M-Series converters can be quickly, easily and reliably integrated into more complex network structures thanks to the extensive time-synchronised signal processing of the AVB protocol. The AVB models transmit and receive up to 128 channels at 48 kHz (96 @ 96kHz, 64 @ 192k- Hz) and are fully controllable and configurable via ATDECC (IEEE 1722.1). This enables seamless integration into deterministic AVB networks.RME offers an AVB device with two fully redundant network ports, based on MILAN™ recommendations. The RME AVB-Core consistently implements the IEEE standards for audio streaming, discovery and control, so that RME devices can be both recognised and fully controlled by any AVB controller and manufacturer-specific control protocols are a thing of the past.
Item number | 43103425 |
Manufacturer | RME Audio |
Category | Audio effects |
Release date | 22.2.2024 |
Number of faders | 32 x |
Number of controllers | 4 x |
Signal processing | Analogue |
CO₂-Emission | |
Climate contribution |
Length | 56 cm |
Width | 32 cm |
Height | 12 cm |
Weight | 4.59 kg |