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  • RISC-V MC CPU IP Core

    IP Core

    RISC-V MC CPU IP Core

    The Lattice RISC-V MC CPU soft IP contains a 32-bit RISC-V processor core and optional submodules – Timer and Programmable Interrupt Controller (PIC).
    RISC-V MC CPU IP Core
  • RISC-V SM CPU IP Core

    IP Core

    RISC-V SM CPU IP Core

    Lattice RISC-V SM CPU IP core supports the RV32I instruction set, external interrupt, and debug feature, which is JTAG – IEEE 1149.1 compliant.
    RISC-V SM CPU IP Core
  • ECP5 Evaluation Board

    Board

    ECP5 Evaluation Board

    Evaluation and development for ECP5-5G FPGA - 85K LUTs. Includes generous IO access and easy expansion to PMOD, Arduino, RaspberryPI, SERDES interface and more
    ECP5 Evaluation Board
  • I3C Controller IP Core

    IP Core

    I3C Controller IP Core

    I3C Controller IP Core is a two-wire, bi-directional serial bus designed for use with many sensor secondary devices controlled by a single I3C controller.
    I3C Controller IP Core
  • I3C Target IP Core

    IP Core

    I3C Target IP Core

    I3C Target IP Core enables greater than 10-fold speed improvements, more effective bus power management, and backward compatibility with I2C devices.
    I3C Target IP Core
  • MachXO3D Breakout Board

    Board

    MachXO3D Breakout Board

    Small low-cost board with generous access to MachXO3D FPGA IO for general purpose evaluation and development
    MachXO3D Breakout Board
  • MachXO3D Development Board

    Board

    MachXO3D Development Board

    General purpose evaluation and development for MachXO3D with generous IO access and multiple expansion connectors RaspberryPi, Arduino, Lattice Versa, and more.
    MachXO3D Development Board
  • 8N1 UART Transceiver Reference Design

    Reference Design

    8N1 UART Transceiver Reference Design

    8-bit data, no parity, and 1 stop bit Universal Asynchronous Receiver/Transmitter (UART) performs serial-to-parallel and parallel to serial conversions on data characters received from a peripheral device or CPU
    8N1 UART Transceiver Reference Design
  • AHB-Lite Interconnect Module

    IP Core

    AHB-Lite Interconnect Module

    Propel IP Module: Fully parameterized interconnect for AHB-Lite systems - bus widths of 8 to 1024 bits, address widths up to 32 bits, 32 masters and 32 slaves.
    AHB-Lite Interconnect Module
  • AHB-Lite to APB Bridge Module

    IP Core

    AHB-Lite to APB Bridge Module

    Propel IP Module: Bridges high-speed AHB-lite to low-power APB. Data bus widths up to 32 bits. Address width up to 32 bits.
    AHB-Lite to APB Bridge Module
  • EFB Module

    IP Core

    EFB Module

    Propel IP Module: Implements the Embedded Function Block (EFB) in MachXO3D, including I2C, Configuration Blocks and User Flash Memory with an APB Interface.
    EFB Module
  • Soft I2C Bus Master

    Reference Design

    Soft I2C Bus Master

    Implements a soft I2C Bus Master in Verilog, supporting many Lattice FPGA families
    Soft I2C Bus Master
  • Soft I2C Master and Slave – Simple Write and Read

    Demo

    Soft I2C Master and Slave – Simple Write and Read

    Demonstrates the operation of an I2C Master and Slave doing simple write and read of data.
    Soft I2C Master and Slave – Simple Write and Read
  • Soft I2C Slave Peripheral

    Reference Design

    Soft I2C Slave Peripheral

    Implements a soft I2C Slave Peripheral in Verilog, supporting many Lattice FPGA families
    Soft I2C Slave Peripheral
  • System Memory Module IP Core

    IP Core

    System Memory Module IP Core

    Propel IP Module: Configures Embedded Block RAMs or Distributed Memory interfaces and connects to the AHB-Lite bus.
    System Memory Module IP Core
  • UART IP Core

    IP Core

    UART IP Core

    Propel IP Module: Similar to NS16450 UART for serial communication supporting RS-232.
    UART IP Core
  • GPIO IP Core

    IP Core

    GPIO IP Core

    General Purpose Input/Output (GPIO) peripheral Soft IP is designed to control GPIOs via LMMI or APB.
    GPIO IP Core
  • SPI Controller IP Core

    IP Core

    SPI Controller IP Core

    Lattice SPI Controller IP Core is used to communicate with external SPI Target devices such as display drivers, SPI EPROMS, and analog-to-digital converters.
    SPI Controller IP Core
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