MIPI CAMERAS
MIPI CSI-2 CAMERA MODULES FOR EMBEDDED VISION
Ultra compact
The camera modules are barely larger than the respective image sensors themselves and can be flexibly integrated. This opens up new possibilities for innovative products – in industry as well as for portable devices, drones and vehicle applications.
Powerful
The fast image processing rates and high resolution of the image sensors make VC MIPI® modules extremely powerful. State-of-the-art signal processing technologies enable precise image analysis and processing in real time.
Large product range
We offer the widest range of image sensors, from extremely cost-effective MIPI cameras to high-end sensors with 20 megapixels and more, with global shutter, rolling shutter or global reset shutter. For individual projects, we adapt standard modules or develop new cameras with customer-specific image sensors.
Highlights of our VC MIPI Cameras
VC MIPI IMX900
- 3.2 MPixel
- Global Shutter
VC MIPI IMX296
- 1.6 MPixel
- Global Shutter
VC MIPI IMX568
- 5.1 MPixel
- Global Shutter
VC MIPI IMX565
High-end/mid-range MIPI CSI camera with SONY Pregius® sensor. 12 MPixel resolution for a wide range of applications.
- 12 MPixel
- Global Shutter
VC MIPI IMX462-C
- 2.1 MPixel
- Rolling Shutter
VC MIPI IMX335
- 5 MPixel
- Rolling Shutter
What is a MIPI Camera? What does MIPI CSI-2 stand for?
And what makes VC MIPI® different?
MIPI cameras were originally developed for smartphones and other mobile applications. They utilize the MIPI CSI-2 interface (Camera Serial Interface-2) defined by the MIPI-Alliance (Mobile Industry Processor Interface Alliance) for fast data transfer between the camera sensor and the processor board. This is why they are also referred to as "CSI cameras", which is even more technically accurate. VC MIPI® Camera Modules extend the technology to industrial applications and series products: They are price-optimized, long-term available and robust.
Looking for a special sensor?
VC MIPI® Camera Modules have been specially developed for deployment in industrial applications and series products. They are available with numerous image sensors, including types that do not natively support a MIPI interface. Can't find the sensor you are looking for? Talk to us! Maybe it's already on our roadmap!
MIPI components for quick integration
Rund um unsere MIPI Kameras bieten wir mit dem VC MIPI® Ecosystem We offer a comprehensive range of accessories for our MIPI cameras, for example VC MIPI® FPC Cables with 15, 22 and 24 pins for connection to all common processor boards, cable extensions and MIPI repeater boards, lighting and lens holders as well as free drivers in source code.
MIPI CSI Cameras Made in Germany
Development and production in Ettlingen near Karlsruhe: We ensure the highest product quality of our VC MIPI® Cameras and components, with sophisticated design, high-quality multi-layer boards and selected image sensors with long-term availability. For manufacturing, we rely on state-of-the-art production standards and test procedures.
VC MIPI Bricks:
Embedded Vision based on the MIPI CSI-2 Interface
Vision integration: simple, fast & cost-effective
Compact design and maximum flexibility: over 50 image sensors from 0.5 to 20+ MPixel, with global shutter etc.
VC MIPI Accessories
Optimally tailored to our MIPI Camera Modules, for prototyping,
development and volume production.
VC MIPI Vision Solutions
Customized embedded vision solutions, from the camera to the individual electronics.
THE VC MIPI ECOSYSTEM
VC MIPI Success Stories
Projects with VC MIPI® Cameras and various processor boards are already successfully used in numerous industries and applications. This includes automation and quality assurance as well as robots, intelligent household devices and solutions for smart cities, drones and special vehicles, medical technology and laboratory equipment.
Space operation: VC MIPI for Satellite Images of Earth
Interconnected nano-satellites use VC MIPI® and Raspberry Pi.
Flexible Intralogistics: Precise Navigation for arculus AMRs
Find and read engraved characters? Deep learning helps!
MIPI for industry starts here
Frequently asked questions about MIPI CSI-2 Cameras
Do you have further questions?
How does a MIPI camera work?
How does a MIPI camera work?
A MIPI camera (Mobile Industry Processor Interface - camera) uses the MIPI CSI-2 interface (Camera Serial Interface 2) to transfer images and videos to a host device, processor or microcontroller. The MIPI CSI-2 interface is specifically designed for mobile and embedded systems and is commonly used in smartphones, tablets, drones and other compact electronic devices.
VC MIPI® Cameras are based on the same technology, and are adapted to the special requirements of professional applications. They offer a price-optimized design, industrial-grade quality and long-term availability.
What are the advantages of MIPI cameras?
What are the advantages of MIPI cameras?
What are MIPI CSI cameras used for?
What are MIPI CSI cameras used for?
MIPI cameras were originally developed for smartphones and tablets, where they can be integrated into the smallest of spaces. Today, industrial applications and smart devices also benefit from these advantages. VC develops and produces special MIPI CSI cameras for professional applications, such as medical diagnostics, to read engraved characters or to navigate robots and AMRs.
Which cable do I need for a MIPI camera?
Which cable do I need for a MIPI camera?
A ribbon cable specially designed for MIPI CSI-2 is usually used to connect a MIPI camera. The MIPI FFC cables (Flexible Flat Cable) or FPC Cables consist of parallel, flat cables and are ideal for high-speed data transmission in a compact design. Shielded flat cables are often used to protect against electromagnetic interference (EMI).
The connectors and cables must be matched to the specific connections of the processor board used. Different MIPI connectors are implemented, depending on the manufacturer.
MIPI cables are usually a maximum of 20 cm long. For longer cables up to 10 m and more flexible integrations, VC offers solutions with SerDes adapters and coaxial cables.