Accelerate Transformation to Industry 4.0 Enabling Smart and Connected Systems in Field, Edge & Cloud
Industrial products play a big role in delivering technology that impacts the world around us. Intel is delivering solutions to enable innovation from edge to cloud in industrial automation. With Intel® FPGAs, industries are enabled to develop safe, reliable and optimized designs. Intel provides a wide range of FPGA and ARM® core integrated SoC devices, tools, IPs, reference solutions etc. that caters to diverse application use cases including artificial intelligence, edge computing and robotics.
英特尔® 以边缘为中心的 FPGA
专为低功耗和成本敏感的应用而设计；英特尔® MAX® 和英特尔® Cyclone® FPGA 设备的销量超过 25 亿台，这些 FPGA 能为工程师提供在边缘及其他位置部署所需的灵活性和使用寿命。
The Intel® FPGA Advantage
Intel's innovative programmable solutions at the heart of industrial designs, enable developers in overcoming the design challenges. Core values:
Connectivity
Deliver real-time connectivity and support diverse connectivity protocols.
Flexibility
Adapt quickly and cost effectively to evolving end markets and standards.
Performance
Meet and escalate performance requirements across product lines.
Safety and Security
Adapt to constantly evolving threats and meet safety standards.
Architecture
Leverage Intel’s large portfolio to create scalable and efficient system solutions.
Applications
Industry 4.0
Industry 4.0 leverages connectivity and autonomous operation to create robust industrial IoT applications. Intel® FPGA and SoC FPGA industrial automation solutions enable industrial system designers to reduce costs and time to market significantly for factory automation system designs.
Industrial Machine Vision
Smart vision solutions must address applications on the edge, at the fog level, and finally in the cloud. This encompasses the use of image databases created offline by deep learning algorithms as well as video analytics that must achieve high levels of accuracy and perform in real-time. Intel® FPGA and SoC FPGA solutions provide a rapid development path with the flexibility to adapt to evolving challenges and solutions for a wide range of video and intelligent vision applications.
Smart Energy
Designing smart grid automation equipment and renewable energy sources is far from simple. With a single Intel® FPGA or SoC FPGA, you can better meet evolving standards for your design while increasing performance and scalability demands for mission-critical system functions like the control loop, grid communications, network redundancy, and security.
Solutions and Use Cases
FPGA-Based Functional Safety Case Study by Yaskawa
Yaskawa Electric selected multiple Intel® FPGAs for use in its YRC1000 robot controller. The company also cut the amount of work needed for functional safety certification by adopting Intel’s IEC 61508-certified Functional Safety Data Package.
Veridify Solves Security Challenges for Connected Buildings
Learn how Veridify leverages Intel’s programmable solutions to future-proof security for building automation systems.
EasyMVC: Machine Vision Camera Development Kit
This kit provides a smart and easy way to develop machine vision systems for high-performance Sony image sensors with multiple video interface options supported by Intel® Cyclone® FPGAs.
FPGA Cloud Connectivity Kit
This kit is designed to help you build FPGA-based IoT “cloud-ready” applications with a comprehensive set of hardware and software to kick start your project.
Demo Videos
Edge Intelligence Demo with Intel® FPGAs
EXOR's Edge Intelligence Demo with Intel® FPGAs where an edge-automation node performs orchestrations and edge-cloud interface for smart factories.
Industrial Vision AI Demo with Intel® FPGAs and Intel® VPUs
Macnica's Industrial Vision AI Demo shows you how to combine Intel®’s Vision Processing Unit and Intel® FPGAs for embedded machine vision.
Smart Factory Demo with Intel® FPGAs
The Smart Factory Demo illustrates how Intel® FPGAs are allowing our customers to overcome key challenges in smart factory implementation.
FPGA Cloud Connectivity Kit Webinar
Intel makes it easy to develop versatile FPGA-based applications that can collect, analyze, and react to data from cloud-connected IoT devices.
Documentation
Includes documentation regarding devices, IP Cores, white papers, and reference designs.