With the rapid growth of low-earth orbit satellites, the space industry is undergoing an unprecedented expansion to offer new capabilities and services. Lattice leverages the experience to build power efficient, small form factor and reliable FPGAs to deliver a scalable portfolio of inherently radiation tolerant FPGAs in support of the emerging field of small satellites for governments and businesses worldwide.
Lattice strives to provide the most reliable FPGAs for space and other harsh environment applications. Lattice offers a wide variety of FPGAs for space applications including non-Volatile MACH XO platforms, inherently radiation tolerant NEXUS platform based on FD-SOI and Avant platform based on state of the art FinFET technology. Lattice FPGA reliability and resilience have been independently verified by multiple agencies in the United States and Europe to meet the performance, reliability and lifecycle demands of space systems with the following results:
- Immunity to single event latch-up, tested to high LET
- High Total Ionizing Dose Immunity
- Instant-on feature configures I/O in under 4ms with full FPGA configured in less than 30ms
- Built-in hardened Scrubber, ECC and CRC to ensure maximum availability and in-orbit reconfigurability
In addition to characterizing radiation effects in reconfigurable FPGAs, Lattice offers mitigation techniques including built-in error detection and correction as well as Triple Modular Redundancy.
Working with a wide array of developers and subject matter experts, Lattice participates in an open radiation test consortium to facilitate industry cooperation, accelerate the development of test platforms and enable public awareness and access to test results. To learn more about how to join the consortium and obtain radiation test reports and other relevant documents, contact Lattice sales.