Silicon Software A31A0086 Frame Grabber Board microEnable III-XXL

Silicon Software A31A0086 Frame Grabber Board microEnable III-XXL

The Silicon Software A31A0086, known as the microEnable III-XXL, is a high-performance frame grabber board designed for advanced machine vision applications. This board facilitates the seamless acquisition and processing of high-resolution images, making it an essential component in industrial automation and quality control systems.

Key Features

• Dual-Port Connectivity: Equipped with two ports, the microEnable III-XXL allows simultaneous connection to two cameras, enhancing flexibility and efficiency in multi-camera setups.
• High-Speed Data Transfer: Utilizing a PCI Express interface, the board ensures rapid data transfer rates, accommodating the demands of high-resolution and high-frame-rate imaging.
• Real-Time Image Processing: Integrated FPGA technology enables real-time image preprocessing directly on the board, reducing the computational load on the host system and improving overall processing speed.
• Versatile Camera Support: Compatible with various camera interfaces, including Camera Link and GigE Vision, the microEnable III-XXL supports a wide range of camera models and configurations.
• Industrial-Grade Reliability: Designed for robust performance in industrial environments, the board ensures consistent operation under demanding conditions.

Applications

The microEnable III-XXL is ideal for applications requiring precise and rapid image acquisition and processing, such as:

• Automated optical inspection
• Quality control in manufacturing
• Medical imaging systems
• Scientific research requiring high-resolution imaging

Technical Specifications

• Interface: PCI Express
• Ports: 2
• Supported Camera Interfaces: Camera Link, GigE Vision
• Onboard Processing: FPGA-based real-time image processing
• Operating System Compatibility: Windows and Linux platforms

The Silicon Software A31A0086 microEnable III-XXL frame grabber board offers a powerful solution for complex imaging tasks, combining high-speed data acquisition with real-time processing capabilities to meet the rigorous demands of modern machine vision applications.