Factory Automation - PLC HMI

Performance, Low Power and Flexibility for PLCs and HMIs

Today’s broad range of Industrial PLC/HMI requirements are best met with a platform capable of scaling across diverse needs, enabling maximum design efficiency and reuse for a broad product range and long lifecycles.

  • Optimal integration, power and scalability
  • Deterministic performance, low latency
  • Flexible Networking, Display and Sensor I/F
  • Combining Software flexibility with HW acceleration

Lattice FPGAs are a great fit for PLC / HMI designs, offering:

  • Up to 75% lower power than similar FPGAs
  • Small form factors – from 4mm x 4mm
  • Optimized 2.5Gbps Hardened MIPI D-Phy / lane, 1.5 Gbps I/O for SLVS EC, and LVDS
  • 100x lower soft error rate compared with bulk process alternatives
  • Lattice Propel SW System Design tools
  • Partner solutions for HMI and more
PLC HMI

Jump to

Block Diagram

HMI Block Diagram

Example Use Cases

PLC / HMI

  • Flexible Sensor Interfaces
  • Soft CPU and HW Acceleration
  • Industrial Ethernet and Fieldbus protocols
  • System Design Tools – Lattice Propel

Demo

User Tracking and Onlooker Detection Demonstration

Demo

User Tracking and Onlooker Detection Demonstration

Sample demonstration for detection and tracking of multiple human faces running on a low power general purpose FPGA using CNN Model
User Tracking and Onlooker Detection Demonstration
User Background Blurring Demonstration

Demo

User Background Blurring Demonstration

Efficient and low power approach for implementing user background blurring using Lattice CrossLink-NX FPGA
User Background Blurring Demonstration
3D Depth Mapping - SGBM Algorithm

Demo

3D Depth Mapping - SGBM Algorithm

Determines the distance between an embedded device and an object using a Semi-Global Block Matching (SGBM) algorithm to determine 64 different disparity levels
3D Depth Mapping - SGBM Algorithm

IP Cores

Image Signal Processing IP Cores Suite

IP Core

Image Signal Processing IP Cores Suite

The Lattice mVision ISP IP Core implements ISP pipelines for image quality enhancements in embedded designs based on Lattice FPGA devices.
Image Signal Processing IP Cores Suite
Helion IONOS画像シグナル処理IPポートフォリオ

IP Core

Helion IONOS画像シグナル処理IPポートフォリオ

Comprehensive, high-quality, highly-configurable ISP solution from Helion Vision, from basic to advanced High Dynamic Range Imaging (HDRI) color pipelines.
Helion IONOS画像シグナル処理IPポートフォリオ
​​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)​
カラー・スペース・コンバータの概要

IP Core

カラー・スペース・コンバータの概要

The Lattice Color Space Converter IP Core is widely parameterizable and can support any custom color space conversion requirement.
カラー・スペース・コンバータの概要
DPC CCM – Color correction

IP Core

DPC CCM – Color correction

DPC CCM is designed to reduce the difference between the spectral characteristics of an image sensor and the spectral response of the human eye.
DPC CCM – Color correction

Development Kits & Boards

eUSB 3.1 FMC

Board

eUSB 3.1 FMC

eUSB 3.1 FMC board is to validate USB 3.1 functionality with FPGA’s inbuilt serial transceivers. It has ULPI PHY chip to validate USB 2.0 functionality.
eUSB 3.1 FMC
Tachysséma Développement 101 Module

Board

Tachysséma Développement 101 Module

A versatile compact low-power stand-alone module with LPDDR4 & 10G SERDES. Excellent compact solution (27x47m) for embedded imaging and vision applications.
Tachysséma Développement 101 Module
Tachysséma Développement 201 Board

Board

Tachysséma Développement 201 Board

A powerful development board that makes development, testing and validation of FPGA CertusPro-NX projects easier and supports 10 GbE SerDes and LPDDR4 memory.
Tachysséma Développement 201 Board
MAS LIFCL Evaluation Board

Board

MAS LIFCL Evaluation Board

This modular, flexible and easy-to-use CrossLink-NX 17 board is designed for video applications, including CSI2 MIPI, LVDS HDMI (through PMOD).
MAS LIFCL Evaluation Board

Support

技術サポート

技術サポートが必要な方はこちら

品質と信頼性

品質と信頼性に関する資料はこちら