Linux BSP
Boot, kernel, device tree and driver integration for custom programmable-logic designs.
Platform engineering
Zynq UltraScale+. Linux and programmable logic as one product.
Zynq and Kria products combine application software with programmable hardware. Crossware works across that boundary, bringing up Linux, exposing FPGA functions cleanly and building reliable camera and video applications on top.
Camera-rich embedded products require coordinated hardware and Linux pipelines
Engineering scope
From evaluation hardware to a maintainable product platform.
Crossware works where board support, accelerated hardware and the product application meet. The exact scope is adapted to the selected device, board design and delivery stage.
FPGA interfaces
Stable software contracts for accelerators, video paths and custom hardware blocks.
Camera systems
GMSL serializers, sensors, media-controller topology and multi-camera validation.
Dynamic configuration
Device-tree overlays and controlled hardware reconfiguration without unnecessary reboot cycles.
Software architecture
The stack we can build and integrate.
Platform
- U-Boot and Linux kernel
- Yocto or vendor Linux baseline
- Device tree and overlay design
Video
- V4L2 and media controller
- GMSL camera chains
- GStreamer application pipelines
Validation
- Disconnect and reconnect testing
- Kernel fault investigation
- Documented deployment procedures
Confirmed platform work
Engineering delivered on AMD/Xilinx Kria.
This anonymised reference is based on confirmed Crossware project work on the Kria KV260 platform.
Start with the constraints
Tell us what the platform has to deliver.
Share your board, display, camera, operating-system and performance requirements. We will help define the shortest credible path from the current baseline to a production-ready system.