Studio Technologies Model 400A-6T SDI-Over-Fiber Transport System

Introducing the Studio Technologies Model 400A-6T
The Studio Technologies Model 400A-6T SDI-Over-Fiber Transport System stands as a paramount solution for professionals seeking a reliable, high-performance method to distribute digital video signals across both short and medium distances. This rack-mountable unit seamlessly integrates into setups such as remote trucks, live-event video distribution, and permanent links within broadcast and production environments. With compatibility across all common broadcast serial digital video formats, the Model 400A-6T ensures comprehensive adaptability and high efficiency in dynamic media landscapes.

Robust Conversion Technology
The Model 400A-6T excels in electrical-to-optical signal conversion, featuring six SD/HD/3G-SDI inputs and converting these signals into two streamlined single-mode optical outputs. This capability not only enhances the integrity and quality of video signals but also extends the reach of broadcast-quality media content without the loss of fidelity or clarity, which is critical in professional broadcast and media production settings.

Enhanced Connectivity and Versatility
This system is designed to support a wide array of video formats and standards, including 3G (SMPTE 424M), HD (SMPTE 292), SD (SMPTE 259M), and DVB-ASI, ensuring that it can handle virtually any broadcast need. The use of four single-mode optical fibers allows for substantial data paths, accommodating twelve independent SDI channels, and providing flexibility and scalability in complex setups.

Reliable and Continuous Operation
Dual power capability with AC mains and DC options offers uninterrupted service, with the DC supply serving as a reliable backup to mains power. This feature is crucial for maintaining continuous operations in live production scenarios, where even brief interruptions can disrupt broadcasts and result in significant operational challenges.

Easy Monitoring and Configuration
An intuitive front-panel display, coupled with navigation buttons and LED indicators, allows for straightforward monitoring and control. Additionally, an Ethernet port supports extensive system configuration and real-time performance monitoring via web pages or SNMP, offering technical teams enhanced control over system parameters and operational status.