Space applications

High reliability, radiation-hardened memory, power and RF solutions for satellites and space exploration

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Satellite bus electrical power systems (EPS)

Space and satellite bus platforms provide essential infrastructure for payloads, power, propulsion, communication, and data acquisition, storage, and processing. Mission requirements drive system design, with mass and volume optimization being crucial for efficiency. System reliability is vital for long mission life, making space qualified components and rad hard electronics essential.

Infineon's radiation hardened semiconductors and space grade electronics are engineered for optimal performance and longevity in extreme environmental conditions, including severe ionizing radiation in space. Our rad hard components have a proven track record across numerous space applications worldwide. For satellite bus subsystems, IR HiRel's space components include DC-DC converter space applications, load switching, motor control, power conditioning units, power source and storage, and power distribution units (PDU).

Satellite payload

Satellite payloads are the equipment and instruments designed to perform specific mission functions. IR HiRel’s featured applications include image sensors and processing, load switching, on-board computing, and RF communications. As reliability is crucial throughout the mission lifetime, the use of space qualified components and rad hard electronics is a necessity.

Infineon IR HiRel’s radiation hardened and space grade electronics are engineered for optimal performance and longevity in extreme environmental conditions, including severe ionizing radiation in space. Our rad hard components have been proven in space applications across numerous programs worldwide, spanning multiple decades. This demonstrated track record highlights our commitment to high reliability space components and rad hard solutions for critical payload missions.

Tracking, telemetry & command (TT&C)

Failure-free performance in a satellite’s TT&C subsystems is crucial, providing the vital communications link between the spacecraft and Earth station: uplink for command, downlink for monitoring the various health parameters through telemetry and tracking information for its position in orbit. Customers globally count on Infineon’s DLA and ESA certified rad hard devices for premium performance, reliability, longevity and design heritage for space applications.

Explore our infographic to learn more about Infineon's space portfolio

Take a look at the info-graphic below and discover additional information regarding Infineon's space-level collection.

Find out more

Satellite bus electrical power systems (EPS)

Space and satellite bus platforms provide essential infrastructure for payloads, power, propulsion, communication, and data acquisition, storage, and processing. Mission requirements drive system design, with mass and volume optimization being crucial for efficiency. System reliability is vital for long mission life, making space qualified components and rad hard electronics essential.

Infineon's radiation hardened semiconductors and space grade electronics are engineered for optimal performance and longevity in extreme environmental conditions, including severe ionizing radiation in space. Our rad hard components have a proven track record across numerous space applications worldwide. For satellite bus subsystems, IR HiRel's space components include DC-DC converter space applications, load switching, motor control, power conditioning units, power source and storage, and power distribution units (PDU).

Satellite payload

Satellite payloads are the equipment and instruments designed to perform specific mission functions. IR HiRel’s featured applications include image sensors and processing, load switching, on-board computing, and RF communications. As reliability is crucial throughout the mission lifetime, the use of space qualified components and rad hard electronics is a necessity.

Infineon IR HiRel’s radiation hardened and space grade electronics are engineered for optimal performance and longevity in extreme environmental conditions, including severe ionizing radiation in space. Our rad hard components have been proven in space applications across numerous programs worldwide, spanning multiple decades. This demonstrated track record highlights our commitment to high reliability space components and rad hard solutions for critical payload missions.

Tracking, telemetry & command (TT&C)

Failure-free performance in a satellite’s TT&C subsystems is crucial, providing the vital communications link between the spacecraft and Earth station: uplink for command, downlink for monitoring the various health parameters through telemetry and tracking information for its position in orbit. Customers globally count on Infineon’s DLA and ESA certified rad hard devices for premium performance, reliability, longevity and design heritage for space applications.

Explore our infographic to learn more about Infineon's space portfolio

Take a look at the info-graphic below and discover additional information regarding Infineon's space-level collection.

Find out more
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