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Powell Electronics distributes Cinch Stratos T2 series media converters
Cinch Connectivity Solutions' Stratos T2 series provides Ethernet signal conversion for aerospace, defense, and industrial applications through distributor Powell Electronics.
www.powell.com

Signal conversion in demanding environments
The Stratos T2 series media converters are designed for deployment in sectors requiring signal integrity under harsh conditions, such as oil and gas, fire and rescue, maritime, and tactical military communications. These components facilitate the conversion between electrical and optical signals, allowing high-speed data transmission in areas where standard networking hardware is prone to failure. By transitioning signals to fiber optics, the system enables longer transmission distances and protection against electrical interference.
Data throughput and optical specifications
The hardware functions as a two-channel optical transceiver where each channel supports 1000 Mbps Ethernet. This configuration provides a combined 2 Gbps link over fiber between connected devices, ensuring high bandwidth for data-intensive applications. The optical interface utilizes a TFOCA-II four-channel connector, which supports various fiber modes and optical wavelengths. This flexibility allows the converters to be integrated into diverse fiber optic infrastructures without requiring extensive hardware reconfiguration.
Mechanical design and electrical integration
To accommodate different system architectures, the Stratos T2 series features a modular electrical interface. Users can select between rugged MIL circular connectors for high-vibration environments or RJ45 PoE mag-jacks for standard industrial networking needs. This modularity ensures that the media converter can be physically and electrically integrated into existing ruggedized enclosures or tactical communication kits.
Environmental and electromagnetic compliance
The converters are qualified to MIL-STD-810 standards, confirming their ability to operate during temperature variations, thermal shock, and mechanical vibration. The units are also tested for resistance to humidity and altitude changes. To ensure operation in electrically noisy environments, the products feature internal and external EMI sealing and maintain FCC Class A compliance. These protections prevent external electromagnetic fields from disrupting data flow and limit the emissions generated by the device itself.
Edited by an industrial journalist, Lekshman Ramdas, with AI assistance.
www.powell.com

