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Radiation-Tolerant Mil-Plastic FPGAs

High Reliability, Low Cost and Short Lead Times for New Space Applications

Our RT Mil-Plastic FPGAs for space applications bridge the gap between traditional Qualified Manufacturers List (QML) components and Commercial Off-The-Shelf (COTS) components, which typically have little to no radiation or reliability data. For New Space’s low- to mid-volume constellations with stringent cost and schedule requirements, RT Mil-Plastic FPGAs are the optimal solution that combine the radiation tolerance of QML components with our space flight heritage that permits lower screening requirements for lower cost and shorter lead times.

Download RT Mil-Plastic FPGA Screening Flows
View Radiation Data
AEC-Q Reports

Qualification and Screening Flows

The following table describes the QML and RT Mil-Plastic qualification and screening flows for RT PolarFire® SoC, RT PolarFire and RTG4™ FPGAs. The first four rows describe traditional QML screening while the fifth row describes the screening for RT Mil-Plastic products.

  • Dark green represents the best screening
  • Light green represents good screening
  • Yellow indicates a reduction in screening standards to reduce costs
QML and RT MIL-Plastic Qualification and Screening Flows

Key Benefits of RT Mil-Plastic FPGAs

Radiation Tolerance

RT Mil-Plastic FPGAs offer the same silicon reliability and radiation performance as QML FPGAs.

Reliability

Using the same technology as the equivalent QML components, our RT Mil-Plastic FPGAs offer the highest reliability in the industry.

Screening and Qualification

The reduced screening flows and JEDEC qualification for RT Mil-Plastic FPGAs result in lower costs and shorter lead times for satellite constellations.

Ability to Solve Key Market Issues

RT Mil-Plastic FPGAs provide a faster and more economical production path for developers of New Space missions while delivering high reliability and radiation protection.

Featured Applications and Capabilities

RT Mil-Plastic FPGAs are excellent options for New Space constellations, medical electronics, nuclear power plant control and many other applications.

Radiation and Reliability

Radiation-Tolerant FPGAs

RTG4 FPGAs

AEC-Q Reports

PolarFire® FPGAs

Title
Date
AEC-Q Qualification of MPF500T-FCSG536 17 Feb 2025 Link
AEC-Q100 Qualification of MPF300T-FCSG536 17 Feb 2025 Link

PolarFire® SoC FPGAs

Title
Date
AECQ Qualification of MPFS250T-FCG1152 03 Jun 2025 Link

IGLOO®2 and SmartFusion®2 FPGAs

Title
Date
AEC-Q Qualification of M2S,M2GL090 15 May 2025 Link

ProASIC® 3 FPGAs

Title
Date
AEC-Q Qualification of Pb-free A3P1000-FGG484 15 May 2025 Link
AEC-Q Qualification of A3P060, A3P125, A3P250 15 May 2025 Link
AEC-Q Qualification of A3P250 A3P125-QNG132 15 May 2025 Link
AEC-Q Qualification of A3P1000-FCG256 15 May 2025 Link
AEC-Q Qualification of A3P1000-FCG484 15 May 2025 Link