RME HDSP MADI-E HDSPe MADI 24 Bit/192 kHz, 2 x 64-Channel PCI Express Card

Introduction to RME HDSPe MADI PCIe Card
The RME HDSPe MADI is a high-performance PCIe sound card that effortlessly integrates into your computer via MADI interface, a leading standard in the audio industry. Designed for both Mac and Windows systems, this card simplifies the digital transfer of audio data from any MADI-equipped device into a computer. With its plug-and-play technology, it offers a straightforward setup, making it accessible even to users without extensive technical expertise. This card is perfect for those seeking a reliable, high-capacity audio interface for professional environments.

High Capacity and Flexible Audio Transmission
The RME HDSPe MADI excels in handling extensive audio data with its capability to support 56 and 64 channels of 24-bit audio at 48kHz, 32 channels at 96kHz, and 16 channels at 192kHz. Transmission is streamlined through a single line, which can be either coaxial with BNC plugs or via fiber optic cable, achieving distances exceeding 100 meters. This flexibility makes the HDSPe MADI ideal for large-scale audio setups, ensuring high-quality, stable transmission across substantial distances.

Cutting-Edge Technology and Maximum Efficiency
RME's commitment to performance is evident in the HDSPe MADI's design, which offloads extensive processing tasks to the audio hardware rather than relying on the host computer's CPU. This approach maximizes system efficiency and stability. The card features a comprehensive range of clock synchronization options, including slave and master modes with automatic and intelligent control, ensuring that all connected devices operate cohesively.

Real-Time Audio Processing and Monitoring
The HDSPe MADI is equipped with RME's TotalMix software, which allows for real-time mixing and ASIO Direct Monitoring without latency, crucial for live and studio settings where timing is critical. Enhanced Zero Latency Monitoring capabilities ensure that audio is processed in real-time across all clock modes and sample rates, providing users with immediate feedback and seamless audio playback.