Studio Technologies Model 440 Optical Re-Launcher Card

Introducing the Studio Technologies Model 440 Optical Re-Launcher Card
The Studio Technologies Model 440 Optical Re-Launcher Card is a highly specialized tool designed to enhance optical-input-to-optical-output functionality across four channels. This advanced circuit board is essential for applications requiring robust signal integrity in broadcast, live production, and high-demand multimedia environments. With its capacity to support four standard MSA SFP optical transceiver modules (available separately), the Model 440 offers versatility and high performance for professionals in the field.

High Compatibility and Performance
The Model 440 has been rigorously tested and proven to operate correctly with 3G SDI video signals, making it a reliable choice for current broadcast standards. Additionally, there is potential for compatibility with higher bandwidth demands, including 6G and 12G SDI video signals, providing users with a future-proof solution that can evolve with technological advancements.

Flexible Power and Connectivity Options
Powering the Model 440 is made flexible with a range from 5 to 17 volts DC, accommodating various field and studio setups. It utilizes a 4-pin MTA100 "header" connector for easy access to power entry and future integration with RS-485 data systems. Furthermore, a 5-pin MTA100 "header" connector is available for accessing status LED outputs, enhancing user control and monitoring capabilities.

Designed for Advanced Applications
This circuit board is specifically engineered for use in specialized applications, making it ideal for technically proficient personnel who design and implement complex systems. The Model 440 requires a mounting enclosure, interface cables, and an external power source, allowing for customization and integration into existing technological ecosystems.

Installation and Operational Efficiency
The Model 440 is designed to be integrated seamlessly into professional setups, offering enhanced operational efficiency and reliability. Its compact size and requirement for technical expertise make it perfect for targeted applications where space optimization and precision are critical.