The M100PFEVPS supports a quick start-up of your SoC-FPGA project and can easily be used as a fast-prototype platform. Explore the new five core RISC-V architecture and integrate it into your product.
Order Codes
M100PFSEVP-250BAAB
M100PFS-250BAAB
MPFS250T PolarFire SoC FPGA
2GB DDR4 SDRAM dedicated to the HMS
512MB DDR4 SDRAM dedicated to the FPGA
32 MB SPI NOR Flash
4 GByte eMMC
0°C...+70°C
2x Gigabit Ethernet
USB
2x UART
2x CAN
TFT connector
HSMC extension connector
3x PMOD extension connectors
microSD-card slot
Contact ARIES Embedded for Special Features and early Access
M100PFEVP – PolarFire FPGA Evaluation PlatformEvaluation and Reference Platform for the M100PF SoM
The M100PFEVP supports a quick start-up of FPGA projects and can easily be used as a fast-prototype platform.
M100PF offers the full flexibility of the PolarFire FPGA family. PolarFire cost-optimized FPGAs deliver the lowest power at mid-range densities with 12.7 Gbps SerDes transceivers as well as best-in-class security and reliability. They offer unprecedented capabilities and value with 10G transceivers, advanced I/Os, security and DSP capabilities while maintaining all the advantages traditionally associated with non-volatile FPGAs such as static power, security and single event upset (SEU) immunity. The devices are ideal for a wide range of applications within wireline access networks and cellular infrastructure, defense and commercial aviation markets, as well as industrial automation and IoT Markets.
Features
2x Gigabit Ethernet
USB
2x UART
2x CAN
TFT connector
HSMC extension connector
3x PMOD extension connectors
microSD-card slotPolarFire FPGAs have now been adopted by dozens of customers in key communications, defense and industrial infrastructure market segments. These systems have a substantially lower cost of ownership, as the PolarFire family enables significantly lower power consumption and an ability to operate in harsher thermal environments.
Features:
Eight high-brightness green LEDs;
Uses BJTs for low-power logic level control;
Small PCB size for flexible designs 2.8 cm × 2.0 cm;
2×6-pin Pmod connector with GPIO interface.
Pmod 8LD has eight high-brightness LEDs that are driven by logic level transistors so that each LED can be individually illuminated from a logic high signal.
Custom antistatic Pmod packaging is included.
Features:
Rotary push-button shaft encoder;
Add multiple types of user input to host board or project;
Additional static slide switch;
Small PCB size for flexible designs 3.8 cm × 2.0 cm;
6-pin Pmod connector with GPIO interface.
Pmod ENC features a rotary shaft encoder with an integral push-button to provide multiple types of outputs such as a way for users to quickly switch between multiple choices shown on a screen or predefined motor speeds. The module also includes a sliding switch that is commonly used as an on/off output. An encoder is commonly used in freely rotating volume knobs to detect how many "clicks" a knob has been rotated.
Custom antistatic Pmod packaging is included.
Features:
Maxim Integrated MAX3232 RS232 transceiver;
Standard RS232 DB9 connector;
Optional RTS and CTS handshaking functions;
Small PCB size for flexible designs 2.5 cm × 3.3 cm;
6-pin Pmod connector with UART interface.
Pmod RS232 converts between digital logic voltage levels to RS232 voltage levels using the Maxim Integrated MAX3232 transceiver. The RS232 module is configured as a data communications equipment (DCE) device. It connects to data terminal equipment (DTE) devices, such as the serial port on a PC, using a straight-through cable.
Custom antistatic Pmod packaging is included.
Features:
Ultra-sensitive GPS module (-165 dBm);
Add 3m 2D satellite positioning accuracy to any embedded system;
Low power consumption;
Up to 10Hz update rate;
NMEA (default) and RTCM protocols available;
Small PCB size for flexible designs 5.0 cm × 2.0 cm;
6-pin Pmod connector with UART interface.
Pmod GPS can provide satellite positioning accuracy to any embedded system. By communicating through UART with the GlobalTop FGPMMOPA6H GPS module, users may benefit from the 3 meter accuracy for any long term traveling.
Custom antistatic Pmod packaging is included.
Features:
4 slide switches;
Add user input to host board or project;
Static binary logic input;
Small PCB size for flexible designs 3.3 cm × 2.0 cm;
6-pin Pmod connector with GPIO interface.
Pmod SWT provides users with four slides switches for up to 16 different binary logic inputs to for the attached system board.
Custom antistatic Pmod packaging is included.
Features:
USB to serial UART interface;
Micro USB connector;
Option to power the system board through the FTDI chip;
Small PCB size for flexible designs 2.5 cm × 2.0 cm;
6-pin Pmod connector with UART interface.
Pmod USBUART provides a USB to UART cross-conversion through the FTDI FT232R. Users may send data in either direction on the Pmod and receive the converted data in the appropriate format.
Custom antistatic Pmod packaging is included.
Features:
High-speed RS-485 communication module;
Isolated RS-485/RS-422 interfaces for use in noisy environments;
16Mbps maximum data rate;
Connect up to 256 nodes on one bus;
Differential half or full-duplex communication;
Thermal shutdown and ±15kV ESD protection;
6-pin Pmod connector with UART interface.
Pmod RS485 is a high-speed communication module powered by the Analog Devices ADM582E. By communicating with the device via UART, users can take advantage of the RS485 communication protocol with speeds up to 16 Mbps.
Custom antistatic Pmod packaging is included.
Features:
Real-time clock/calendar with lithium coin cell back-up;
Multi-function pin output that can generate a square wave;
Two available alarms;
128 bytes EEPROM;
64 bytes SRAM;
Small PCB size for flexible designs 3.3 cm × 2.0 cm;
2×4-pin connector with I2C interface.
Pmod RTCC is a real-time clock/calendar powered by the Microchip MCP79410. Through the I2C interface, users may configure up to two alarms that can be triggered at a wide variety of possible times.
Custom antistatic Pmod packaging is included.
€16.00*
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