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MPFS095TL-FCSG325I is listed in the Soc System On Chip range at ChipApex. The manufacturer field lists Microchip Technology. Its product description is IC SOC RISC-V 325LFBGA. Review the specifications below when checking this part for your BOM.
The MPFS095TL-FCSG325I is a System-on-Chip FPGA from Microchip Technology's PolarFire family, integrating a RISC-V processor with FPGA fabric. It features 93K logic elements and is housed in a 325-LFBGA package measuring 11x14.5 mm. The device supports an operating temperature range of -40°C to 100°C. Key memory resources include 857.6kB of RAM and 128KB of flash. It incorporates peripherals such as DMA, PCI, and PWM, alongside connectivity options including CAN, Ethernet, I2C, MMC, QSPI, SPI, UART/USART, and USB OTG.
Verify the specific suffix 'L' against official Microchip documentation to confirm low-power variant specifications. Check current datasheet revisions for any errata related to the FCSG325I package. Confirm moisture sensitivity level (MSL 4) handling requirements during assembly. Ensure compatibility with design tools supporting the PolarFire SoC architecture.
Select this component when a combination of RISC-V processing and FPGA flexibility is required in a compact footprint. Compare total logic capacity (93K LEs) against design complexity needs. Evaluate power consumption profiles relative to the standard MPFS095T variant if thermal constraints are critical. Verify that the 325-ball BGA package fits the target PCB layout constraints.
This part belongs to the PolarFire SoC FPGA family, bridging the gap between traditional MCUs and high-end FPGAs. It shares the 325-LFBGA form factor with other PolarFire devices like the MPFS095TS-1FCSG325I but differs in core integration and performance tiers. The 'L' suffix typically denotes a specific power or speed grade within the broader MPFS095T product line.
Direct pin-compatible substitutes within the same package may include other MPFS095T variants with verified functional equivalence. Cross-family replacements require re-evaluation of logic resources and interface availability.
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