Support

Hier findest du alle wichtigen Infos, wenn du mit MIPI Modulen für Prozessorboards entwickelst.

Wähle dein Prozessorboard

Links zu den Detailseiten mit board-spezifischen Anleitungen, Treibern und Troubleshooting.
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Raspberry Pi
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NVIDIA
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NXP

Prozessorplattformen & Treiber für alle VC MIPI® Kameras

VC MIPI® Kameras sind kompatibel zu allen Prozessorplattformen mit MIPI CSI-2 Schnittstelle. Für die einfache und schnelle Integration stellen wir MIPI-Treiber im Source Code zur Verfügung; außerdem werden VC MIPI® Kameramodule von der Open-Source-Bibliothek LibCamera unterstützt.

Treiber auf GitHub

Treiber im Source Code für alle unterstützten Boards, Releases, Change Logs und Issues direkt auf GitHub.

Alle Treiber im Wiki

Vollständige Übersicht aller Treiber, Plattformen und Versionen. Dokumentation und Integration im Treiber-Wiki

Speziellen Treiber anfragen

Benötigen Sie einen Treiber für eine spezifische Plattform oder Anwendung? Wir entwickeln auf Anfrage.

Suitable accessories for a quick development start

Objektivhalter (S-, C-, CS-Mount), Kabel, Beleuchtung, Adapterboards und weiteres Zubehör für den schnellen Entwicklungseinstieg mit VC MIPI® Kameras.

Mehr Informationen zu EV in der Robotik

Do you have any questions?

Embedded Vision is used as a technology for integrating cameras and image processing into devices and machines. For this purpose, ultra-compact camera modules, such as the VC MIPI Cameras from Vision Components, are connected to corresponding processor boards, and these embedded vision systems are built into the devices. There are also complete vision systems that directly integrate camera and image processing. Edge processing—meaning data processing directly on the devices without additional computing units—is typical for Embedded Vision.

 

MIPI CSI-2 has established itself as the standard interface between the camera and the processor board. When selecting cameras and components for professional series products, industrial-grade quality and long-term availability are important.

Embedded Vision is used everywhere: from automation and quality assurance in industry, to driver assistance systems, autonomous driving, and traffic monitoring, all the way to robotics, agricultural technology, medical technology, and laboratory automation. Driven by the technological advancement of cameras, processors, and AI applications, Embedded Vision is also increasingly being integrated into intelligent household appliances and other smart devices. Cameras and embedded vision systems from Vision Components are used, among other things, in humanoid robots and in space.

Typical embedded vision applications are optical inspection systems and equipment for process monitoring in industry, for example, for weld seam inspection. In the automotive sector, embedded cameras are used for driver assistance systems such as lane keeping assist, traffic sign recognition, and emergency brake assist. In smart farming or precision farming, embedded vision systems from Vision Components enable the targeted use of herbicides, and harvesting robots automatically detect the ripeness of fruit.

Registration

Hands-on Workshop: FPGA Programming for Embedded Vision

23.04.2024

9:30 – 17:00 Uhr

Ettlingen near Karlsruhe

149 € per participation

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