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Space Qualified Connectors

We design, develop and manufacture high reliability connectors that ensure optimal performance, durability and safety in space-related operating environments. We have proudly delivered failure-free performance in numerous spaceflight programs and work globally with our customers and space agencies to design the next generation of solutions for launchers, satellites, manned space flight and ground systems support.

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60+ Years of Space Heritage

We are an approved vendor for international space agencies including ESA, ISRO, JAXA and NASA

avionics-board-level

Satellites GEO/MEO/LEO

The primary satellite functions of navigation, broadband communication and environmental sciences not only require the highest performance components, but also ultra-high reliability since operating conditions are extreme. Smiths Interconnect designs compact and reliable spacecraft suitable products which minimize mass, footprint and volume. Our solutions use space approved materials and controlled processes for minimum mission lifetimes of 15 to 20 years.

  • Broad range of ESA & NASA approved solutions
  • Controlled and qualified design and manufacturing processes
  • Technical advice on appropriate screening levels for non-standard products

Sat-GEO-MEO

Image of Rugged D-Sub with Twinax/Quadrax contacts
Rugged D-Sub with Twinax/Quadrax contacts
Image of KNB/KNC Series ESA Qualified
KNB/KNC Series ESA Qualified
Image of SpaceABLE 28G SL Series 4TRX, 12TX, and 12RX
SpaceABLE 28G SL Series 4TRX, 12TX, and 12RX
Launchers

Launchers

Customers in the space industry know that liftoff is always the most dynamic and crucial phase of the process. The launch vehicle is the delivery mechanism for space-bound hardware and astronauts. Smiths Interconnect has a keen awareness of the criticalities associated with the launch process. Robust components are demanded for space launch applications, and we offer a broad portfolio of high density interconnect solutions that provide long contact life, unparalleled.signal integrity, immunity to shock and vibration, and elimination of contact fretting in extreme operating environments.

  • Digital data connectors provide extremely high resistance to shock and vibration on ESA launch rockets.
  • Proven technology with small footprint and low power consumption
  • Extended life and guaranteed performance levels
  • Improved signal speed and integrity
  • Interoperability solutions
Image of MDD Series
MDD Series
Ground Systems

Ground Systems

The space industry requires interconnect technology that delivers flawless, dependable and consistent performance, for it plays a key role in getting critically important initiatives off the ground. In real-world application scenarios involving geo-navigational engineering, wireless communications and receiving stations, Smiths Interconnect’s rugged, cost-effective solutions meet the unique needs of our space customers on the ground, during liftoff and ultimately in the reaches of deep space.

  • Ultra-rugged, light weight and low outgassing
  • Advanced composite materials with optimized strength, thermal and electrical performance
  • Greater flexibility for easy routing and faster installation
  • Optimized inspection and cleaning processes
  • Excellent RF performance maintained in harsh environments
Image of 2mm / cPCI Series
2mm / cPCI Series
Image of HDLP
HDLP
Image of Nebula Series
Nebula Series

Featured Connectivity Solutions

  • Image of Fibre Channel D-Sub

    Fibre Channel D-Sub

    Utilizing a multi-finger ground spring fixed around the shell to provide a multi-point contact engagement that affords superior EMI shielding.

  • Image of KA Series

    KA Series

    With more than 2,500 configurations, the KA Series provides design flexibility not available with other MIL-DTL-55302 connectors.

  • Image of KVPX+ Series

    KVPX+ Series

    Embedded interconnect system meeting the VITA standard design requirements for applications performed in harsh environments.

  • Image of NXS Series

    NXS Series

    Can withstand data rate applications up to 50 Gbps per bay requirements, including extreme levels of vibration, shock and climatic testing above 2100 G. Robust construction with 4 or 12 high speed quadrax (dual-twinax) modules.

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