Space satellite payload solutions

Rad hard electronics designed to optimize performance and reliability in satellite payload systems

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Overview

Satellite payloads refer to the equipment or systems aboard a spacecraft designed to perform specific functions. Payload designs vary for specific missions, ranging from communications and data relay to observation, remote sensing, navigation, scientific instruments, and electric propulsion for orbital maneuvering. Infineon’s rad hard power and memory solutions support these payloads, ensuring reliable performance and longevity across missions.

Benefits

  • Global certified HiRel facilities
  • DLA and ESA qualified solutions
  • Broad rad hard portfolio
  • COTS+ extended screening
  • Longevity programs
  • RF foundry services

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About

Designing high-reliability payload systems

Size, weight, volume, and power are limited in any spacecraft, so satellite payload design must balance performance with efficiency. Payload electronics need to withstand harsh space conditions while optimizing mass, power draw, and thermal margins across the full payload system.

Reliability is critical to ensure satellite payload missions succeed, and that starts with choosing the right satellite components. Infineon’s HiRel portfolio includes radiation hardened power and memory designed for extreme environmental conditions, including severe ionizing radiation. Our flight-proven solutions support payload systems such as satellite communication components and control electronics for electric propulsion systems, backed by long-term product longevity and commitment to space.

Learn more

Rad hard memories for satellite payload systems

Infineon offers a differentiated portfolio of radiation hardened memories for extreme environments such as those found in satellite payload systems. Our extensive portfolio supports volatile and non-volatile memories with serial and parallel interfaces. Infineon’s rad hard memories adhere to the most stringent standards in the industry and are DLAM QML certified, meeting the reliability and life cycle demands of aerospace and defense applications.

Learn more

Rad hard PMAD solutions for satellite payload systems

Infineon's rad hard power electronics are used throughout satellite payloads to improve size, efficiency, and power density across payload systems and space power management and distribution (PMAD) architectures. Our portfolio of radiation hardened power devices, including rad hard MOSFETs,  ICs, GaN HEMTs, solid state relays, synchronous rectifiers, and Schottkys  that support demanding satellite payload design requirements, including electric propulsion systems and satellite communication components. Certified to ESA and DLA standards, Infineon's rad hard power portfolio is recognized globally for excellent performance, reliability, product longevity, and world-class design heritage.

Learn more

RF microwave for space payload system designs

As a key supplier of discrete semiconductor devices for the high-reliability community, Infineon has built an excellent reputation in space community for over 40 years. From silicon to backend and screening, Infineon’s RF capabilities include space-qualified silicon microwave transistors and foundry services.

Learn more

Designing high-reliability payload systems

Size, weight, volume, and power are limited in any spacecraft, so satellite payload design must balance performance with efficiency. Payload electronics need to withstand harsh space conditions while optimizing mass, power draw, and thermal margins across the full payload system.

Reliability is critical to ensure satellite payload missions succeed, and that starts with choosing the right satellite components. Infineon’s HiRel portfolio includes radiation hardened power and memory designed for extreme environmental conditions, including severe ionizing radiation. Our flight-proven solutions support payload systems such as satellite communication components and control electronics for electric propulsion systems, backed by long-term product longevity and commitment to space.

Learn more

Rad hard memories for satellite payload systems

Infineon offers a differentiated portfolio of radiation hardened memories for extreme environments such as those found in satellite payload systems. Our extensive portfolio supports volatile and non-volatile memories with serial and parallel interfaces. Infineon’s rad hard memories adhere to the most stringent standards in the industry and are DLAM QML certified, meeting the reliability and life cycle demands of aerospace and defense applications.

Learn more

Rad hard PMAD solutions for satellite payload systems

Infineon's rad hard power electronics are used throughout satellite payloads to improve size, efficiency, and power density across payload systems and space power management and distribution (PMAD) architectures. Our portfolio of radiation hardened power devices, including rad hard MOSFETs,  ICs, GaN HEMTs, solid state relays, synchronous rectifiers, and Schottkys  that support demanding satellite payload design requirements, including electric propulsion systems and satellite communication components. Certified to ESA and DLA standards, Infineon's rad hard power portfolio is recognized globally for excellent performance, reliability, product longevity, and world-class design heritage.

Learn more

RF microwave for space payload system designs

As a key supplier of discrete semiconductor devices for the high-reliability community, Infineon has built an excellent reputation in space community for over 40 years. From silicon to backend and screening, Infineon’s RF capabilities include space-qualified silicon microwave transistors and foundry services.

Learn more
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