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Satellite can use optical transceivers extensively.

Optical interconnect within space vehicles in low-Earth orbit

Leveraging its expertise in embedded optical communication modules for defense and aerospace, Reflex Photonics is offering radiation-resistant optical transceivers aimed at the space market with the introduction of the SpaceABLE™ and SpaceCONEX™ “radiation resistant” line of products.

The LightABLE is used in the upgraded SH-60K of the Japan Self-Defense Forces.

Optical interconnect for upgraded military aircraft sub-systems

Military aircraft either consist of rotary-wing or fixed-wing aircraft that are used for combat or surveillance missions, or for the transportation of military personnel and supplies. Many of the global military aircraft fleets are designed to be in service for decades.

Mechanical-integrity

Rugged transceivers

Intrinsically robust making them the ideal choice for the most demanding environment. The sealed optical path guarantees optimum performances over high temperature and humidity ranges. LightABLE™ based products can be surface mounted and meet the strictest shock and vibration requirements for industrial and military applications.

Satellite can use optical transceivers extensively.

Optical interconnect within space vehicles in geostationary orbit

Leveraging its expertise in embedded optical communication modules for defense and aerospace, Reflex Photonics is offering radiation-resistant optical transceivers aimed at the space market with the introduction of the SpaceABLE™ and SpaceCONEX™ “radiation resistant” line of products.

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Smiths Interconnect's 80+ Years of Space Heritage

We have a long history of working with space program engineers to ensure reliability and help bring their state-of-the-art ideas to life. We have proudly delivered failure-free performance in numerous spaceflight programs.

Meeting Changing Industry Demands with High Reliability Solutions

Despite facing obstacles such as the ongoing COVID-19 pandemic, Smiths Interconnect has responded to the growing demands for interconnection technologies in markets such as medical, and provided solutions for the semiconductor test and aerospace industries. Rachael Morling finds out more from Roberta Rebora, product marketing and communications director, Smiths Interconnect.

Automotive testing today subjects whole vehicles, components, and systems to an intensive series of laboratory, virtual and real-world assessments – from emissions analysis, crash simulations and extensive electronics testing, to a wide range of ‘buzz, sq

Smiths Interconnect connectors drive revolution in automotive testing

Such cutting-edge expectations demand connectors that can perform reliably and consistently in the relentlessly unforgiving test environment, with the resilience to withstand multiple mating cycles over an extended period of time without failure. But, at the same time, they need to be easy to assemble, have a low unit price and be configurable for different applications and models.