Hybrid H28-100G-SR4 Transceiver by Stratos

Lombard, IL [June 19, 2024] Cinch Connectivity Solutions, a Bel Fuse company, (NASDAQ: BELFA and BELFB) and global leader in delivering reliable connectivity solutions, today is launching its highly ruggedized H28-100G-SR4 Transceiver. This new product boasts a BGA mounting bracket and electrical interposer, making it an ideal, low-cost solution for engineers.

The four TX and four RX channels utilize a custom route fiber ribbon that maintains high performance in extreme temperatures ranging from -40°C to 85°C, all at a data rate of 25.78 Gbps per channel up to a total of 100 Gbps. Its durability makes it suitable for aerospace, military, and other harsh environment applications. Professionals can take advantage of the removable, solder-less, pin-less design and tailor the transceiver to fit their specific needs, making it a versatile and efficient option.

Fiber management can be crucial to ensure reliability, and the H28-100G-SR4 Transceiver features Stratos' brand Fiber Flex technology which supports custom pigtail routing. This reduces the need for bulky cable trays and tie downs for a cleaner overall design. Additionally, this industry-leading product has a mated height of less than 0.20 inches, and it takes up less than 1 square inch of PCB space, which enables even more flexibility in the design process.

Summary

  • Product Series: H28-100G-SR4
  • Applications: Aerospace, Military
  • Distribution Availability: TBD

For more information about the QPS Terminations, visit the products page to see why they’re recommended for all space flight applications. More product lines available on our website at https://www.cinch.com/.


About Cinch
Cinch is a Bel group company (NASDAQ: BELFA and BELFB). Bel designs, manufactures and markets a broad array of products that include circuit protection, connectors, cable assemblies, discrete components, magnetics and power supplies. The company serves a global market and operates facilities around the world.

Media Contact
Theresa Schroeder
theresa.schroeder@belf.com