The MPFS025TL-FCVG484I from Microchip Technology (formerly Micrel) is a sophisticated System On Chip (SoC) integrated circuit that combines a microprocessor unit with FPGA capabilities, addressing the growing demand for flexible, high-performance embedded computing solutions in modern electronic systems. This device tackles the design challenge of integrating programmable logic with processing power, eliminating the need for separate MCU and FPGA components while reducing board space, power consumption, and system complexity.
At its core, this SoC features a RISC-V processor architecture, representing the latest generation of open-standard instruction set computing that offers excellent performance-per-watt characteristics. The device incorporates 23,000 logic modules in its FPGA fabric, providing substantial programmable logic resources for custom hardware acceleration, signal processing, or interface implementation. Memory resources include 128KB of flash storage for program code and 230.4KB of RAM for runtime operations, offering adequate capacity for embedded applications requiring both code storage and data manipulation.
The product delivers exceptional I/O flexibility with 136 MCU I/Os and 108 FPGA I/Os, totaling 244 configurable pins that enable complex interfacing requirements. Comprehensive peripheral support includes DMA controllers for efficient data transfers, PCI for system interconnection, and PWM modules for motor control or power management applications. Connectivity options are extensive, featuring CAN for automotive and industrial networks, Ethernet for networked applications, I²C for sensor integration, MMC for memory card interfaces, QSPI and SPI for high-speed serial communications, UART/USART for standard serial protocols, and USB OTG for flexible host/device USB connectivity.
Housed in a 484-pin FBGA package measuring 19x19mm, this compact form factor maximizes functionality while maintaining a manageable footprint for space-constrained designs. The device operates reliably across an industrial temperature range of -40°C to 100°C, making it suitable for harsh environmental conditions. Components are supplied in tray packaging for manufacturing convenience.
Primary advantages include the unified architecture that simplifies system design, reduces component count, and improves reliability by eliminating inter-chip communication bottlenecks. The RISC-V processor offers software flexibility while the FPGA fabric enables hardware customization, creating an ideal platform for applications requiring both deterministic processing and adaptable logic. This hybrid approach is particularly valuable in industrial automation, automotive systems, communications infrastructure, medical devices, aerospace applications, and IoT edge computing where real-time processing, custom protocols, and field upgradeability are essential.
Equivalent or alternative models include other members of the Microchip PolarFire SoC family such as MPFS095T, MPFS160T, MPFS250T, and MPFS460T variants offering different logic densities and I/O counts. Competitive alternatives include Intel (formerly Altera) SoC FPGAs like the Cyclone V and Arria series, Xilinx Zynq-7000 and Zynq UltraScale+ MPSoC families, and Lattice CrossLink-NX devices, though these typically use ARM rather than RISC-V processor cores.
MPFS025TL-FCVG484I Key Technical Attributes
Architecture: MPU, FPGA
Core Processor: RISC-V
MPFS025TL-FCVG484I Packing Size
The MPFS025TL-FCVG484I comes in a 484-FBGA (19x19 mm) package, offering a compact ball grid array solution ideal for high-density designs. The package material is robust, supporting industrial-grade performance with excellent thermal dissipation suitable for extended temperature operations from -40°C to 100°C. The pin configuration supports a high number of I/O—136 for the MCU and 108 for the FPGA—facilitating versatile interconnectivity. Its Tray packaging ensures safe handling and efficient logistics, minimizing risks during manufacturing and assembly.
MPFS025TL-FCVG484I Application
This device is an integrated System on Chip (SoC) designed for use in advanced embedded applications. Its various connectivity protocols (CAN, Ethernet, I2C, MMC, QSPI, SPI, UART/USART, USB OTG), and significant FPGA logic resources make it well-suited for industrial automation, IoT applications, network infrastructure, communications, motor control, and other high-performance embedded systems requiring both microprocessor and programmable logic functionalities.
MPFS025TL-FCVG484I Features
The MPFS025TL-FCVG484I delivers comprehensive features including a RISC-V core processor, providing adaptable and power-efficient computation. The embedded FPGA delivers 23,000 logic modules, enabling custom hardware acceleration and advanced digital signal processing. The device offers an integrated 128 KB Flash memory and 230.4 KB RAM, which together enable flexible code and data storage for demanding real-time processing. On-board peripherals such as DMA, PCI, PWM enhance its capabilities in managing data throughput, communications, and control tasks. Comprehensive connectivity options ensure compatibility with standard and emerging protocols for seamless integration with a wide variety of subsystems. The balanced distribution of I/O lines offers flexibility for complex designs, enabling designers to build sophisticated custom interfaces and data pathways.
MPFS025TL-FCVG484I Quality and Safety Features
Built for reliability, this SoC operates across a broad industrial temperature range (-40°C to 100°C), supporting robust function in mission-critical and harsh operational environments. The product features advanced ESD and EMI resilience safeguards, ensuring operation safety and device longevity in factory, automotive, or network installations. The manufacturer, Microchip Technology, adheres to stringent quality control and certification standards, ensuring dependable performance throughout the lifecycle of your application.
MPFS025TL-FCVG484I Compatibility
Compatible with a broad range of embedded design tools, development kits, and protocols, the MPFS025TL-FCVG484I supports rapid design iterations and future scalability. Its connectivity matrix supports direct interfacing with industry-standard buses and communication protocols, facilitating straightforward integration into existing platforms and ecosystems.
MPFS025TL-FCVG484I Datasheet PDF
For in-depth information on pinouts, electrical characteristics, application guidelines, and performance data, our website provides the most authoritative and updated datasheet for the MPFS025TL-FCVG484I. We strongly recommend downloading the datasheet directly from this page to ensure you have access to the most reliable design and application resources available.
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