GMSL2 Cameras
MIPI CSI-2-Based Cameras with GMSL2 Interface
Vision Components designs and manufactures cameras with GMSL2 interfaces featuring over 50 different image sensors. The serializer for high-speed data transmission is integrated into the camera design.
Features of the VC GMSL2 Cameras
50+ image sensors to choose from
based on VC MIPI®
up to 10 m cable length
Serial Link data transmission
MMCX connector / MIPI adapter
for fast prototyping
Cameras with GMSL2 Interface
VC GMSL2 Cameras are based on VC MIPI® Camera Modules. All of their more than 50 image sensors ranging from 0.5 megapixels to 20+ megapixels, with global shutter, rolling shutter, and global reset shutter, are available with a GMSL2 interface upon request. They combine the industrial-grade, ultra-compact design of MIPI cameras with the advantages of the Gigabit Multimedia Serial Link technology.
VC MIPI IMX900
The world's first MIPI camera with SONY IMX900 image sensor. High image quality and light sensitivity up to the NIR range.
- 3.2 MPixel
- Global Shutter
- 1.6 MPixel
- Global Shutter
- 5.1 MPixel
- Global Shutter
- 12 MPixel
- Global Shutter
- 2.1 MPixel
- Rolling Shutter
- 5 MPixel
- Rolling Shutter
VC MIPI IMX900
The world's first MIPI camera with SONY IMX900 image sensor. High image quality and light sensitivity up to the NIR range.
- 3.2 MPixel
- Global Shutter
- 1.6 MPixel
- Global Shutter
- 5.1 MPixel
- Global Shutter
- 12 MPixel
- Global Shutter
- 2.1 MPixel
- Rolling Shutter
- 5 MPixel
- Rolling Shutter
Are you developing an embedded vision project and looking for a suitable GMSL2 camera? Just ask for your desired image sensor. We will be happy to assist you.
How to Connect a GMSL2 Camera to a Processor Board?
Choose cable
Set up the hardware
Install drivers
1. Choosing the right cable
We offer coaxial cables / shielded twisted pair cables with MMCX connectors and Fakra adapters. The serializer required for serial data transmission is integrated into the cameras.
2. Setting up the hardware
GMSL2 cameras are usually connected to the serial interface of a processor board. For prototypes and small volume productions, we have developed a deserializer adapter that allows VC GMSL2 Cameras to be connected to most common processor boards via the widely used MIPI CSI-2 interface using a standard FPC cable.
3. Installing the drivers
Adapted basic drivers are already available for many boards. We support you with the adaptation for new processor boards.
Applications for GMSL2 Cameras
GMSL2 (Gigabit Multimedia Serial Link 2) was developed specifically for high-bandwidth data transmission over long distances of up to 10 meters. This makes the technology ideal for industrial image processing.
Automotive / Special Vehicles
GMSL2 cameras are used for ADAS and other automotive applications.
Smart Farming & Robots
For connecting multiple, distributed camera sensors to a central processor board.
Industrial Image Processing
With fast data transmission over distances of up to 10 meters.
Alternatives to Camera Connections using GMSL2
VC MIPI FPC Cables
The standard cable for MIPI camera modules
- 60 mm / 100 mm / 200 mm length options
- For all processor boards with MIPI CSI-2 interface
Micro-Coax Cables
For longer and even more flexible connections.
- Available in length up to 100 cm
- Shielded cables
VC MIPI Bricks
Embedded Vision based on the MIPI CSI-2 Interface
Individual image processing made easy
The Bricks system consists of MIPI modules, accessories and the compatibility of various processor boards. With our standardized modules and suitable components (cables and drivers), we enable easy integration into existing systems.
Vision integration: easy, fast & cost-effective
Buy MIPI modules
Compact design and maximum flexibility: over 50 image sensors from 0.5 to 20+ MPixel, with global shutter etc.
Buy accessories
Optimally tailored to our MIPI Camera Modules, for prototyping,
development and series production. etc.
Find solutions
Customized embedded vision solutions, from the camera to the individual electronics.
Frequently Asked Questions about GMSL2 Cameras
How does data transmission work with GMSL2 cameras?
How does data transmission work with GMSL2 cameras?
GMSL2 transmits serial data via coaxial shielded twisted pair cables (STP cables) between a camera module and a processing unit. To do this, the parallel image data from the camera is converted into serial data using a SerDes adapter and then transmitted. On the processor board, the data is either received via a serial interface or converted back into parallel data using a deserializer. Serial data transmission is used because this technology allows data with high bandwidth to be transmitted quickly, reliably, and over long distances of up to 10 meters.
What are the advantages of VC MIPI Cameras with GMSL2 option?
What are the advantages of VC MIPI Cameras with GMSL2 option?
VC GMSL2 Cameras combine the advantages of VC MIPI® Cameras with GMSL2 technology for fast and robust data transmission over long cables. All 50+ different VC MIPI® Cameras are available with the GMSL2 option. Their ultra-compact form factor, industrial-grade design, and long-term availability remain unchanged; only the depth of the modules increases by a few millimeters.
How can prototypes be built with GMSL2 cameras?
How can prototypes be built with GMSL2 cameras?
For prototypes, functional samples, and small series, it may be useful to first connect GMSL2 cameras to processor boards via the common MIPI CSI-2 interface if they do not have a suitable serial interface. Vision Components has developed a deserializer adapter specifically for this purpose, which converts the serial signal of the VC GMSL2 Cameras into a digital signal.
Are VC GMSL2 Cameras suitable for industrial series production?
Are VC GMSL2 Cameras suitable for industrial series production?
VC GMSL2 Cameras combine the industry-optimized design of VC MIPI® Camera Modules with GMSL2 technology for data transmission. They are ideally suited for professional products and industrial applications. VC GMSL2 Cameras are designed and manufactured in Germany and are characterized by reliability and long-term availability.
