This white paper introduces the Vibration Analysis Condition-Based Maintenance (CBM) Service that senses the condition of equipment and facilities for preventive maintenance in the manufacturing industry. The service combines Macnica’s Edge terminal ‘SENSPIDER’ equipped with Cyclone® V SoC FPGA with an Internet of Things (IoT) data analysis platform built on Amazon Web Services (AWS).
Veo Robotics use Intel® FPGAs to enable its FreeMove* 3D safeguarding system. The FreeMove system is used in factory and warehouse work cells to allow safe, dynamic, and flexible human-robot collaboration. With the Cyclone® V FPGA and tools for functional safety certification, the FreeMove system achieved safety certification in less time and with reduced effort.
LeapMind Edge AI Visual Inspection for Manufacturing
LeapMind's Efficiera ultra-low power AI inference accelerator enables the use of AI in manufacturing by providing lightweight and low power AI, an easy setup and installation, and a flexible implementation as an IP on Intel® FPGAs.
FPGA Hardware-Based Transport Layer Security (TLS) for IoT
Intel® FPGAs help provide critical protection of Internet of Things (IoT) devices and the data they produce, process, and transmit, while simultaneously maximizing performance, availability, and ease of use. The main advantage of FPGA-based security is a hardware-based implementation isolated from any software stacks and operating systems in which most attacks seek to exploit vulnerabilities.
EasyMVC - Versatile 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. The software suite supports Generic Interface for Cameras (GenIcam) applications to make it easy to test sensors and grabber boards.
Time-Sensitive Networking (TSN): From Theory to Implementation in Industrial Automation
This white paper introduces the features and benefits of TSN technology, as well as showing how Intel® FPGAs can be used to provide real-time deterministic connectivity in factories enabling Industry 4.0.
Intel offers a complete cloud-to-edge solution based on Cyclone® V SoC FPGAs that makes it easy to develop your own FPGA-based application that can collect, analyze, and react to data from cloud-connected IoT equipment.
JPEG XS is a new video codec ISO standard for high quality video transport. Intel has a complete evaluation platform for JPEG XS based on the Intel® Cyclone® 10 GX FPGA. Easily assess JPEG XS for your FPGA-based embedded video and image processing applications.
DisplayPort 1.4 Design Example for Intel® Cyclone® 10 GX
Intel makes it easy to evaluate DisplayPort 1.4 with an Intel® Cyclone® 10 GX FPGA development kit and provides a step-by-step tutorial to create custom video processing applications using high-quality IP from the Intel® FPGA Video and Image Processing Suite.
Build Video IP Processing Applications with Intel’s Edge-Centric FPGAs
This free, four-part, instructor-led video series provides detailed instructions on how to create a custom video pipeline using the DisplayPort 1.4 design example for Intel® Cyclone® 10 GX FPGA development kit.
Intel® IoT Market Ready Solutions (Intel® IMRS) and Intel® IoT RFP Ready Kit are Intel-enabled offerings from ecosystem partners1 that already have successful implementations in the field. Deploy faster with these vetted, proven, edge-centric solutions.
The Intel® CPU and FPGA support up to 200 different interface standards and MQTT streams with soft PLC. The gateway acts as the central element in a smart factory setting or other IIoT infrastructure. It is designed to communicate between field devices, analyze data, and connect to the cloud.
A hardware and software upgrade solution for existing PLCs, box PLCs, gateways, and industrial servers. This kit offers easy entry into TSN and facilitates the easy integration of endpoint devices into a TSN network.
Provides access to real-time data as well as enabling users to update control applications remotely. The kit solves the challenge of accessing real-time data from industrial machines without altering existing I/O infrastructure.
The Smart Energy IoT Kit includes a low-power energy gateway. The gateway acquires and processes real-time data from building power lines and can be enabled to connect with cloud analytics to support energy collective optimization. The Intel® Cyclone® FPGA implements high-speed energy signal processing, security, and provides the flexibility to add micro-services in the field.
SENSPIDER is an analog data acquisition unit, equipped with four sensor interface slots for various types of analog sensors, edge compute capabilities, and a system network interface in a very small form factor.
Professional-grade and deployable dual-camera system with 3D measurement capabilities that enables object recognition, parallax image processing, and real-time localization. Point cloud data is extracted from two image sensors using Intel® Cyclone® FPGAs, which run unique algorithms while minimizing footprint and power with deterministic latency. Built for mobile applications.