FG650-CL: Open FPGA for Advanced Camera Link Image Processing and AI

SundanceDSP is proud to announce significant enhancements to our FG650-CL, a powerful FPGA-based imaging solution designed to empower engineers and developers working with Camera Link applications.

The FG650-CL is a PCIe card equipped with a high-performance, open FPGA. The open FPGA which is the heart of the FG650-CL, allows for real-time image processing and custom AI implementation directly on the hardware. Traditional frame grabbers typically transmit raw image data to the host computer for processing, introducing latency and bottlenecks. The FG650-CL eliminates this limitation by enabling on-board processing, dramatically improving overall system performance and efficiency.

Key Advantages of the FG650-CL for Camera Link Applications:

• Extensive Camera Link Support: The FG650-CL seamlessly integrates with a wide range of Camera Link cameras, including Base, Medium, Full, and Extended Full configurations. This versatility ensures compatibility with various imaging projects, from basic machine vision to high-resolution scientific imaging.
• Open FPGA for Unparalleled Processing Power: The open-architecture FPGA on the FG650-CL sets it apart from conventional frame grabbers. Developers can leverage this programmable logic to implement custom image processing algorithms and artificial intelligence models directly on the hardware. This approach reduces latency by minimizing data transfer between the FG650-CL and the host computer, significantly improving overall system responsiveness and efficiency.
• Streamlined Development with Latest Vivado Compatibility: SundanceDSP understands the importance of staying current with the latest development tools. We've recently ported the Camera Link core to the newest version of Xilinx Vivado software (Vivado 2023.2). This ensures compatibility with the most up-to-date development environment, allowing engineers to leverage the latest features and optimizations offered by Xilinx.
• Simplified Integration with Sample Windows and Linux Software: In addition to the powerful hardware, SundanceDSP now offers sample Windows and Linux software to streamline the integration of the FG650-CL into your existing development environment. These sample code packages provide a foundation for developers to quickly begin building their applications without spending significant time on low-level driver development.
• Rich I/O Options for Enhanced System Flexibility: The FG650-CL boasts a comprehensive set of I/O functionalities, providing flexibility for various system configurations. This includes two SATA-3 connectors for real-time image storage (SATA IP core required) and an SFP+ for transmitting data at 10G speed to storage or other systems with very low latency.

Ruggedized Solution with FMC-CL and PCIe104Z

For applications that demand a ruggedized solution in harsh industrial environments, SundanceDSP offers a powerful combination of the FMC-CL and PCIe104Z.

• FMC-CL: This Camera Link FMC mezzanine card offers a compact and versatile solution for interfacing with a variety of Camera Link cameras. The FMC form factor makes it ideal for situations where space constraints are a concern.

• PCIe104Z: This carrier board is built around the Xilinx Zynq UltraScale+ MPSoC, a powerful multi-processor system-on-chip. The PCIe104Z offers exceptional performance and multiple high-speed interfaces, making it well-suited for demanding industrial applications that require real-time processing and high-bandwidth data transfer.

Flexible Deployment Options: Host Integration or Standalone Processing

The FG650-CL offers deployment flexibility to cater to diverse project requirements. Here are two common use cases:

• Host Integration: The FG650-CL can be seamlessly integrated as a high-performance frame grabber card within a host computer system. Captured image data or processed data is transferred to the host computer via the high-speed PCIe interface. SundanceDSP provides sample code and FPGA firmware to simplify this communication, enabling developers to quickly integrate the FG650-CL into their existing host-based applications.
• Standalone Processing: For applications requiring real-time decision-making without relying on a host computer, the FG650-CL can function as a standalone processing unit. The processed data can be transmitted via the high-speed SFP+ optical interface for further analysis or control purposes. Alternatively, the FPGA's processing results can be used directly to control external devices in real time.

Deterministic Latency for Real-Time Decision Making

A critical advantage of FPGA-based processing on the FG650-CL is its deterministic latency. Unlike traditional CPU/GPU-based systems where processing times can fluctuate, the FPGA offers a fixed processing pipeline, ensuring consistent and predictable latency from frame capture to output. This characteristic is essential for applications demanding real-time decision-making and action, such as:

• Factory Automation: In factory automation settings, the FG650-CL can be used for machine vision tasks like defect detection or product inspection. Deterministic latency allows for split-second decisions and real-time adjustments on the production line, improving overall efficiency and quality control.
• Robotics: For robotic applications, the FG650-CL can be used for real-time image processing tasks like object recognition and path planning. The predictable latency of the FPGA ensures precise and timely robot movements, crucial for safe and effective operation in dynamic environments.
• Medical Imaging: In the medical field, the FG650-CL's deterministic latency can be invaluable for real-time image analysis during surgical procedures. For instance, surgeons performing minimally invasive procedures can leverage the FG650-CL to process and analyze endoscope or fluoroscopy images with minimal delay. This allows for faster decision-making and improved surgical outcomes.
• Autonomous Vehicles: The development of autonomous vehicles relies heavily on real-time image processing for tasks like object detection, obstacle avoidance, and lane recognition. The FG650-CL's deterministic latency ensures consistent processing of camera data from various sensors, enabling autonomous vehicles to react predictably and swiftly to changes in their environment. This contributes to safer and more reliable autonomous driving systems.

The SundanceDSP Advantage: Expertise and Support

SundanceDSP is more than just a hardware provider. We are a dedicated team of engineers with extensive experience in FPGA development and image processing, SDR (Software Defined Radio), and high-frequency data acquisition applications. We understand the challenges faced by developers working in these areas and are committed to providing comprehensive support throughout the entire development process.

• Sample Code and Development Resources: In addition to the aforementioned sample Windows and Linux software, SundanceDSP offers a wealth of development resources to facilitate a smooth development experience. This includes reference designs, user guides, and technical documentation to help developers get started quickly and leverage the full capabilities of the FG650-CL.
• Custom Design Services: For projects requiring unique functionalities or integration with specific camera systems, SundanceDSP offers custom design services. Our team of experts can work collaboratively with you to tailor the FG650-CL or develop a custom FPGA solution to meet your specific needs.
• Ruggedized Solutions: As previously mentioned, the combination of FMC-CL and PCIe104Z provides a robust solution for harsh industrial environments. SundanceDSP can assist in selecting the appropriate hardware configuration and ensure proper integration for reliable operation in demanding conditions.

Contact SundanceDSP Today

Don't hesitate to contact SundanceDSP directly to discuss your specific Camera Link application requirements. Our engineers are here to provide expert advice and help you select the ideal solution for your project. We are confident that the FG650-CL, combined with our technical expertise and support, will empower you to develop innovative and high-performance Camera Link applications.