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  • RISC-V Nano CPU IP Core

    IP Core

    RISC-V Nano CPU IP Core

    The RISC-V Nano CPU IP contains a 32-bit RISC-V processor core that supports the RV32I instruction set and a lightweight interrupt merge controller.
    RISC-V Nano CPU IP Core
  • Single Wire Signal Aggregation Reference Design

    Reference Design

    Single Wire Signal Aggregation Reference Design

    Single Wire Signal Aggregation Reference Design is configurable, the number of I2C/I2S busses and GPIOs and single wire protocol packet length can be adjusted.
    Single Wire Signal Aggregation Reference Design
  • Human Presence Detection

    Reference Design

    Human Presence Detection

    Uses Lattice sensAI IP to continuously search for the presence of a human and reports results. Can be adapted to detect any other object.
    Human Presence Detection
  • 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
  • USB 2.0 Device with FIFO Interface (USB20HF)

    IP Core

    USB 2.0 Device with FIFO Interface (USB20HF)

    USB20HF IP Core provides FIFO & ULPI interface. It supports High Speed and Full Speed functionality for 15 IN/OUT endpoints.
    USB 2.0 Device with FIFO Interface (USB20HF)
  • 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
  • APB Interconnect IP Module

    IP Core

    APB Interconnect IP Module

    Propel IP Module: Fully parameterized to connect up to 32 APB bus masters and 32 slaves. Data bus width up to 32 bits. Address width up to 32 bits.
    APB Interconnect IP 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 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
  • 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
  • UART 16550 IP Core

    IP Core

    UART 16550 IP Core

    ​​Lattice UART16550 IP Core is designed for use in serial communication, supporting the RS-232, RS-422, RS-485, and Electronic Industries Association (EIA) standards, among others.​
    UART 16550 IP Core
  • PDM Microphone Aggregation

    Reference Design

    PDM Microphone Aggregation

    Aggregate up to 8 PDM microphones and connection to a processor over I2S or SPI with no impact in audio quality. Ideal for beam-forming. PCM output at 48HKz.
    PDM Microphone Aggregation
  • Image Sensor Bridge

    Reference Design

    Image Sensor Bridge

    Interfaces a CMOS camera to a Digital Video Port (DVP) for a low-power low-footprint solution.
    Image Sensor Bridge
  • Infrared Remote Tx/Rx Reference Designs

    Reference Design

    Infrared Remote Tx/Rx Reference Designs

    Implements an interface to IR receive and/or IR transmit. This includes PWM (pulse width modulation) timing and protocol conversion to an SPI /I2C bus
    Infrared Remote Tx/Rx Reference Designs
  • Long Range (LoRa) Wireless

    Reference Design

    Long Range (LoRa) Wireless

    Implement a LoRa compliant device using a tiny iCE40 UltraPlus FPGA, for low-power, low-footprint wireless communication over miles
    Long Range (LoRa) Wireless
  • Graphics Acceleration

    Reference Design

    Graphics Acceleration

    Enables a processor to save power in sleep mode while the low-power iCE40 UltraPlus drives a mobile DSI display, and monitors for wake-up signals.
    Graphics Acceleration
  • iCE40 UltraPlus I2S IP

    IP Core

    iCE40 UltraPlus I2S IP

    Customize and control an I2S bus - Transmit/Receive from 16 to 32 bits.
    iCE40 UltraPlus I2S IP
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