Marshall Electronics MD-TC-A Telecube I/O Base Module

Your High-Performance Connection Solution
The Marshall Electronics MD-TC-A TeleCube Fiber Optic I/O Base Module is an advanced audio and video transceiver designed for large MD series rackmount monitors. This module employs cutting-edge fiber optic technology to transmit and receive signals, ensuring high-quality, error-free data transmission across various media platforms. It's an ideal choice for broadcast, live event production, and professional AV setups requiring robust, long-distance signal integrity.

Fiber Optic Technology for Superior Transmission
Harness the power of fiber optics with the MD-TC-A TeleCube. This technology offers unparalleled data transfer rates ranging from 19.4 Mbps to 3 Gbps, allowing for the handling of high-bandwidth files without loss or delay. Fiber optic cables not only enhance the quality of the transmission but also significantly reduce system jitter and signal degradation over long distances.

Designed for the Demands of Professional Broadcasting
Specifically engineered for compatibility with Marshall Electronics' large MD series monitors, this module supports a wide range of SMPTE standards, including 310M, 292M, 259M, 297M, and 424M. Whether you're working in HD, 3G, or digital cinema, the TeleCube meets the rigorous requirements of professional broadcast environments.

Enhanced Features for Comprehensive Signal Management
The MD-TC-A doesn't just transmit video and audio; it ensures that your data is transferred with minimal return loss, less than 10db at 3 GHz. This precision helps maintain the integrity of the signal even in the most demanding setups. Additionally, the module supports embedded audio, integrating seamlessly with your existing audio-visual systems without the need for separate audio equipment.

Long Distance Transmission with CWDM Technology
Expand your reach with the TeleCube's support for CWDM (Coarse Wavelength Division Multiplexing) laser diodes. This feature enables the module to perform over extended distances without compromising signal quality, making it perfect for large venues and complex network setups that require reliable, long-range connectivity.