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Radiation-Tolerant PolarFire® SoC FPGAs
First RISC-V® Based, Radiation-Tolerant System-on-Chip (SoC) FPGA
Key Benefits
Low Power Consumption
- 40% to 50% lower total FPGA power consumption than competing SRAM FPGAs
- Low-power MSS, consuming 55% lower power than competing SoC FPGAs at a CoreMark® score of 8,000
Radiation Tolerance
- 100 Krad Total Ionizing Dose (TID)
- Complete absence of configuration upsets
- Single-Event Latch-Up (SEL) threshold that exceeds 75 MeV.cm2/mg with 2.5V I/Os
Qualification for Space Flight
- Hermetically sealed ceramic package with 1.0 mm column pitch and Six Sigma columns designed to support QML class Q and QML class V qualification
- Organic ball-grid-array plastic package with a path to JEDEC and QML class Y qualification
- Product Table
- Product Selector Guide
Notes:
- L2 can be configured as cache or RAM. The minimum cache size is 128 KB and the maximum RAM size is 1920 KB. This can be allocated in blocks of 128 KB.
RT PolarFire® SoC FPGAs are offered with multiple speed grades, temperatures, and package combinations. All temperatures are specified as junction temperatures.
- Microchip Evaluation Platforms
- Mi-V Ecosystem Platforms
- Programmers and Adapters
PolarFire® SoC Icicle Kit
General Purpose, Linux® Ready, PCIe®
- General-purpose PolarFire SoC platform for Linux and MPU + FPGA evaluation
- Full I/O and expansion, including PCIe Gen 2 x4 and rich peripheral set
- Starter kit suitable for serious development, reference designs and system initial setup
PolarFire SoC Video Kit
Vision and Video,AI/ML, Cameras, HDMI®
- Purpose-built for vision and video workloads
- Native video interfaces: dual MIPI CSI-2® cameras and HDMI 2.0 in/out
- Well suited for edge AI, imaging and video pipelines using PolarFire SoC fabric acceleration
PolarFire® SoC Discovery Kit
Low Cost, Compact, Learning and Prototyping
- Lowest-cost entry point into PolarFire SoC and RISC‑V® development
- Smaller FPGA and no PCIe, optimized for affordability and size
- Great for learning, software initial setup and quick prototypes
Aldec TySOM-M
- PolarFire SoC FPGA prototyping and development board
- Suitable for embedded compute, AI/ML and system validation
- Rich peripherals with FMC expansion and PCIe support
Aries Embedded SoM
- Low-power PolarFire SoC module with RISC‑V
- Suitable for embedded vision, industrial and IoT systems
- Designed for compact, scalable system integration
Conclusive Engineering SoM
- Compact PolarFire SoC system-on-module
- Suitable for edge compute, AI and industrial designs
- Production-ready platform for rapid deployment
Digital Core SoM
- PolarFire SoC-based embedded compute module
- Suitable for high-performance and custom FPGA designs
- Flexible architecture for carrier-based systems
Sundance PolarBerry System-on-Module (SoM)
- Low-power RISC‑V SoC FPGA module
- Suitable for secure, edge and industrial designs
- Compact SoM with Raspberry Pi® I/O, Ethernet, DDR
Enclustra® Mercury SoM
- Compact PolarFire SoC FPGA module
- Suitable for high-performance embedded and real-time systems
- High-bandwidth memory and rich I/O for scalable designs
BeagleV®-Fire
- RISC‑V SoC FPGA single-board computer
- Suitable for embedded development, AI/IoT and prototyping
- Rich I/O with Ethernet, USB‑C®, DDR and expansion headers
Numato Lab® EagleCore
- High-performance PolarFire SoC FPGA module
- Suitable for AI, vision and compute-intensive embedded systems
- Integrated memory, Ethernet and high-speed I/O for expansion
Enktron KYNESIS SoM
- PolarFire SoC-based SoM platform
- Suitable for custom embedded and application-specific designs
- Supports flexible carrier-based system development
Trenz Electronic TEM0007 SoM
- Compact PolarFire FPGA-based SoM
- Suitable for space-constrained embedded designs
- Optimized for carrier-board integration
Sundance SoM1‑SoC
- Feature-rich PolarFire SoC module with RISC‑V
- Suitable for industrial, vision and secure embedded systems
- High-bandwidth memory and scalable connectivity
Sundance Polar-VPX
- 3U VPX-form PolarFire SoC FPGA platform
- Suitable for defense, aerospace, and rugged compute systems
- Supports high-speed data and modular VPX architectures
Antmicro Open-Source PolarFire SoC SoM
- Open-source PolarFire SoC module (CM4-compatible)
- Suitable for customizable embedded and edge AI systems
- Simplifies design with integrated memory, I/O and power
OBC–Cube-Polar
- Radiation-tolerant PolarFire SoC onboard computer
- Suitable for CubeSat and space-mission applications
- High-reliability design with ECC memory and robust interfaces
OBC-Hyper-Polar
- Advanced PolarFire® SoC + AI edge computing platform
- Suitable for high-performance space and autonomous systems
- Designed for scalable compute with AI acceleration capabilities
Video Recorder
- PolarFire SoC-based video processing platform
- Suitable for high-speed capture and real-time video analytics
- Optimized for imaging pipelines and frame grabber use cases
FlashPro6 offers exceptionally high performance through USB 3.0 that supports Serial Peripheral Interconnect (SPI) client and JTAG interfaces.
FlashPro5 offers high performance through USB 2.0 that supports Serial Peripheral Interconnect (SPI) and JTAG interfaces.
FlashPro4 is designed for JTAG programming of older Microchip FPGA families, including IGLOO, ProASIC3, SmartFusion, and Fusion. It is suitable for existing designs that do not require SPI Slave programming, advanced debugging, or high-speed programming