Description
The LXD40K0 FMC (FPGA Mezzanine Card) is designed to support Camera Link interfaces with galvanic isolation, ensuring electrical separation between the I/O and the FMC connector. The module is fully compatible with Base, Medium, and Full Camera Link standards, and can be reconfigured to support a dual Base Camera Link setup if required.
Galvanic isolation
Unlike conventional FMC I/O modules, our isolated FMC products are specifically designed for high-voltage, high common-mode transient environments. Integrated galvanic isolation and high-CMTI digital isolators protect the FPGA and eliminate ground loop and EMC issues, simplifying system integration in demanding industrial applications.
Dual medium or quad Base
The LXD41K0 is part of the Logic-X stackable FMC product line, enabling flexible and scalable configurations.
An optional bottom-side FMC stacking connector routes the Lower LA[16:0] signals from the stack connector to the LA[33:17] of the top FMC connector.
As a result, two LXD40K0 modules can be stacked on a single LPC site, creating either a dual medium or quad Base camera link interface
Other FMC modules requiring only LA[16:0] signals can also be combined in mixed configurations. This architecture enables scalable channel counts without requiring additional FMC sites.
Applicatons
The LXD40K0 FMC is ideally suited for a wide range of systems that require a robust, isolated Cameralink interface. Typical applications include:
Industrial Machine Vision Systems
FPGA-based frame grabbers for inspection, sorting, robotics, and quality control in electrically noisy environments.
Multi-Camera Vision Platforms
Dual Medium or Quad Base Camera Link systems using stacked FMC modules for synchronised multi-camera acquisition.
Scientific & High-Speed Imaging
Detector and camera readout systems requiring low-noise operation and ground-loop protection.
OEM Vision Integration
Embedded FPGA-based image processing systems for robotics, AI vision, and automated production equipment.
Legacy System Modernisation
Replacement of traditional frame grabbers with isolated, FPGA-based acquisition platforms.
