UK GMSL Frame Grabbers
GMSL2 Camera Cards for Vehicles, Robots and Edge AI
A GMSL frame grabber takes GMSL2 cameras, the serial camera link built for vehicles and robots, into a PC or edge system over PCIe. Each GMSL camera connects over a single FAKRA coax cable, so cameras can sit well away from the computer on a moving machine.
Options include four and six-camera cards, fanless designs and AI frame grabbers with an NVIDIA Jetson module that runs perception on the card, suited to autonomous vehicles, mobile robots, agriculture and rail inspection where cameras face vibration and long cable runs.
Speak to a GMSL specialist to match camera count, cable runs and host system to your design.
Browse Our GMSL2 Frame Grabbers
- Host: MIPI CSI-2 [22-Pin]
- Simultaneous Video Inputs: 1
- Video Input: 1x GMSL2
- Max Input Resolution: 4K15 [3840×2160p @ 15fps]
- Power: 9-14V DC [2-Pin]
- Temp: -20°C to 85°C [-4°F to 185°F]
- Host: MIPI CSI-2 [120-Pin Samtec], MIPI CSI-2 [2x 15-Pin]
- Simultaneous Video Inputs: 4
- Video Input: 4x GMSL2
- Max Input Resolution: 4K15 [3840×2160p @ 15fps]
- Power: 9-19V DC [Barrel Connector]
- Temp: -20°C to 85°C [-4°F to 185°F]
- Host: MIPI CSI-2 [120-Pin Samtec]
- Simultaneous Video Inputs: 8
- Video Input: 8x GMSL2
- Max Input Resolution: 4K15 [3840×2160p @ 15fps]
- Power: 9-19V DC [2-Pin]
- Temp: -20°C to 75°C [-4°F to 167°F]
- Serial: 1x RS232 [Board]
- Host: PCIe [x4, Gen2]
- Simultaneous Video Inputs: 4
- Video Input: 4x GMSL2
- Max Input Resolution: 4K30 [3840×2160p @ 30/25fps]
- Temp: -40°C to 70°C [-40°F to 158°F]
- Certification: CE, FCC
- AI Performance: 21 TOPS
- OS: Linux
- Serial: 1x RS232 [Board]
- CANbus: 1x Isolated CANbus [Board]
- Host: PCIe [x2, Gen3]
- Simultaneous Video Inputs: 6
- Video Input: 6x GMSL2
- Max Input Resolution: HD30 [1920x1080p @ 30/25fps]
- M.2: 1x M.2 M-Key [PCIe x1 Gen3] [2242]
- Storage: 1x M.2 SSD
- Temp: -25°C to 60°C [-13°F to 140°F]
- Certification: CE, FCC
- SOM: NVIDIA Jetson Xavier NX 16GB
GMSL Frame Grabber Ranges Configured by Things Embedded
We work with the leading manufacturers of GMSL2 frame grabbers, so the ranges below are the ones we specify for vehicle, robotics and edge AI systems. Compare them by camera count and onboard AI, then browse the cards above or ask a machine vision specialist which range suits your system.
ZED Link Stereolabs GMSL2 Capture Cards for NVIDIA Jetson
Deserialiser boards that bring one, four or eight ZED X and ZED X One cameras into Jetson Orin developer kits over FAKRA coax.
PCIe-NPL54 Neousys GMSL2 Frame Grabber Card
Four GMSL2 inputs on FAKRA connectors in a fanless card rated from -40 to 70 °C, with GPS PPS input and output for synchronised capture.
PCIe-GL26 Neousys AI Frame Grabber Cards With GMSL2
Six GMSL2 inputs on FAKRA connectors with an onboard NVIDIA Jetson Xavier NX module, a GPS PPS input for frame sync and an isolated CAN port.
Not sure which range fits? Tell us the application and we will recommend the right model.
What to Specify in a GMSL2 Capture Card
Our machine vision specialists specify every GMSL frame grabber against the cameras, the host system and the software that will use the images. These are the choices we work through with you before recommending a card.
Camera Count
Four or six GMSL2 inputs per card; count the cameras on the vehicle or robot and allow for one more.
Camera Compatibility
GMSL2 cameras differ by serialiser and sensor, so confirm the camera models with us before the design is fixed.
Cable and Connector
FAKRA coax carries each camera link across the machine; plan cable lengths and routing early.
Onboard AI
Cards with a Jetson module run perception on the card and pass results to the host over PCIe.
Environment
Fanless and wide-temperature designs for vehicles, field machines and outdoor cabinets.
Explore Camera Interfaces and Vision Systems
Compare every frame grabber by camera interface, or move across to video capture cards and complete PoE and Jetson vision systems.
GMSL Camera Innovation & Edge AI Insights
Speak to a GMSL Camera Specialist.
Tell us the GMSL cameras you use, how far they sit from the computer and where the system is installed. We will recommend the right frame grabber, then configure and test it with your system before it ships.