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  • USB 2.0/3.2 IP核

    IP Core

    USB 2.0/3.2 IP核

    莱迪思USB 2.0/3.2 IP核提供了一种连接USB主机的解决方案,适用于莱迪思CrossLink-NX FPGA最新器件。
    USB 2.0/3.2 IP核
  • PCI Express for Nexus FPGAs

    IP Core

    PCI Express for Nexus FPGAs

    The Lattice PCIe IP Core provides a flexible, high-performance, easy-to-use Transaction Layer Interface to the PCI Express Bus.
    PCI Express for Nexus FPGAs
  • PCI Express for Avant and Nexus 2 FPGAs

    IP Core

    PCI Express for Avant and Nexus 2 FPGAs

    The Lattice PCIe X8 IP Core provides a flexible, high-performance, easy-to-use Transaction Layer Interface to the PCI Express Bus.
    PCI Express for Avant and Nexus 2 FPGAs
  • MPESTI Initiator Reference Design

    Reference Design

    MPESTI Initiator Reference Design

    The design specifically targets MIPI CSI-2 camera sensors and offers a flexible architecture capable of integrating multiple camera inputs based on system requirements.
    MPESTI Initiator Reference Design
  • APB to AHB-Lite Bridge Reference Design

    Reference Design

    APB to AHB-Lite Bridge Reference Design

    The APB to AHB-Lite Bridge Reference Design provides an interface between the low power APB and the high-speed AHB-Lite.
    APB to AHB-Lite Bridge Reference Design
  • I2C to APB Bridge Reference Design

    Reference Design

    I2C to APB Bridge Reference Design

    Support Discontinued - For Reference Only
    I2C to APB Bridge Reference Design
  • Internal Flash Controller IP Core

    IP Core

    Internal Flash Controller IP Core

    ​​The Lattice Internal Flash Controller for MachXO5-NX IP Core has a system bus interface to access the registers.​
    Internal Flash Controller IP Core
  • Memory Controller IP Core

    IP Core

    Memory Controller IP Core

    The Memory Controller IP reduces the effort required to integrate the LPDDR4 memory controller with the user application design.
    Memory Controller IP Core
  • RISC-V Single Core Linux (SCL) Processor

    IP Core

    RISC-V Single Core Linux (SCL) Processor

    RISC-V Single Core Linux processor includes everything required for running Linux on Lattice FPGAs and supports the RV32IMAC and RV32GC architecture.
    RISC-V Single Core Linux (SCL) Processor
  • SLVS-EC Receiver IP Core

    IP Core

    SLVS-EC Receiver IP Core

    The SLVS-EC RX IP provides the FPGA an interface to receive serial data from CMOS Image Sensors and offers a solution to convert the incoming serial data to a parallel pixel data format.
    SLVS-EC Receiver IP Core
  • SPI Flash Memory Controller IP Core

    IP Core

    SPI Flash Memory Controller IP Core

    The SPI Flash Memory Controller IP Core provides an industry-standard interface between a CPU and an off-chip SPI flash memory device.
    SPI Flash Memory Controller IP Core
  • USB 2.0 Device Controller IP Core (USB20SF)

    IP Core

    USB 2.0 Device Controller IP Core (USB20SF)

    USB20SF IP core provides FIFO interface for Data Endpoints while AHB Lite interface for Control Endpoint. This IP core supports High Speed and Full Speed modes
    USB 2.0 Device Controller IP Core (USB20SF)
  • ​​USB 3.2 Gen 1 Device Controller IP Core (USB32SF)​

    IP Core

    ​​USB 3.2 Gen 1 Device Controller IP Core (USB32SF)​

    This IP core solution uses the FPGA’s built-in transceiver for USB 3.2 and ULPI PHY for USB 2.0. It supports SuperSpeed, High Speed and Full Speed modes.
    ​​USB 3.2 Gen 1 Device Controller IP Core (USB32SF)​
  • 三倍速以太网MAC

    IP Core

    三倍速以太网MAC

    在主机处理器和以太网之间发送和接收数据。符合IEEE 802.3标准。支持10/100/1000 Mbps传输速率。
    三倍速以太网MAC
  • EP550: SD / SDIO / MMC 主控制器

    IP Core

    EP550: SD / SDIO / MMC 主控制器

    Host controller for SD memory card, SDIO and MMC interface
    EP550: SD / SDIO / MMC 主控制器
  • EP560: SD / SDIO / MMC 从控制器

    IP Core

    EP560: SD / SDIO / MMC 从控制器

    A slave controller for SD memory card, SDIO and MMC interfaces
    EP560: SD / SDIO / MMC 从控制器
  • AHB2AHB IP Core

    IP Core

    AHB2AHB IP Core

    The uni-directional AHB/AHB bridge is used to connect two AMBA AHB 2.0 buses clocked by synchronous clocks with any frequency ratio. The bridge is connected through a pair consisting of an AHB slave and an AHB master interface.
    AHB2AHB IP Core
  • AHB2AXIB IP Core

    IP Core

    AHB2AXIB IP Core

    This bridge allows to access an AXI3 or AXI4 slave from an AHB bus through an AHB 2.0 slave interface. The bridge has an AHB slave interface on the AHB side and AXI3 or AXI4 master interface on the AXI side.
    AHB2AXIB IP Core
  • FTMCTRL - Combined PROM/IO/SRAM/SDRAM Memory controller with EDAC IP Core

    IP Core

    FTMCTRL - Combined PROM/IO/SRAM/SDRAM Memory controller with EDAC IP Core

    Combined PROM/IO/SRAM/SDRAM Memory controller with optional EDAC. The PROM, SRAM and SDRAM areas can be EDAC-protected using a (39, 7) BCH code. The EDAC provides single error correction and double-error detection for each 32-bit memory word.
    FTMCTRL - Combined PROM/IO/SRAM/SDRAM Memory controller with EDAC IP Core
  • GR1553B Mil-Std-1553B/AS15531 Interface IP Core

    IP Core

    GR1553B Mil-Std-1553B/AS15531 Interface IP Core

    The GR1553B core implements the MIL-STD-1553B (Notice 2) data bus protocol, with ability to serve as Bus Controller (BC), Remote Terminal (RT) or Bus Monitor (BM). The core is connected to the MIL-STD-1553B bus via a dual transceiver interface
    GR1553B Mil-Std-1553B/AS15531 Interface IP Core
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