Hsinchu, Taiwan – oToBrite has announced two plug-and-play GMSL2 camera enablement kits for NVIDIA Jetson Orin Nano and NVIDIA Jetson AGX Orin developer kits. Each kit combines a rugged oToBrite GMSL2 camera adapter built around an ADI/MAXIM MAX96724 deserializer with the corresponding NVIDIA Jetson developer kit in its original packaging, plus a setup microSD card or pre-packaged BSP (board support package) containing NVIDIA JetPack 6.2 and oToCam sensor drivers for quick installation on the included developer kit.
The enablement kits support rapid development of edge AI vision systems for applications ranging from autonomous delivery robots, unmanned ground vehicles, to off-highway autonomy for machines used in sidewalk delivery, mining, agriculture, and other heavy-equipment environments. By combining NVIDIA Jetson Orin developer kits with rugged multi-camera GMSL2 connectivity, synchronization support, and setup media that reduces driver bring-up work, the kits help teams start building, testing, and iterating faster.
Multi-camera vision programs often stall on integration friction such as rugged cabling, reliable synchronization, and the driver work needed to bring GMSL cameras up on an edge AI platform. oToBrite designed these plug-and-play kits to reduce setup overhead during early development and field testing.
From Dev Kit To Rugged Multi-Camera Vision Platform
Each kit is designed to create a compact, self-contained development unit, using a well-designed bracket to attach the oToBrite adapter to the Jetson developer kit. The adapter connects to the developer kit through the standard 22-pin MIPI-CSI connector or High-Speed Ground Plane Terminal Strip connector (120pin), while GMSL2 camera links use standard FAKRA serial connectors.
Built for Moving Machines: Synchronized Multi-Camera Vision
For multi-camera applications, the kits support external or internal frame synchronization options to help align camera inputs for perception, mapping, and sensor fusion workflows across multiple viewpoints.
Automotive-grade design targets harsh mobile environments, including wide 12 V to 20 V power input and an operating temperature range of -40°C to +85°C for reliable performance during vehicle and machine trials with oToBrite automotive-grade camera.
Typical scenarios include surround-view and blind-spot safety concepts for trucks and other commercial vehicles, multi-camera perception stacks for autonomous delivery robots, and sensing trials for off-highway machines used around heavy-equipment sites. The same approach can also support multi-camera inspection and monitoring pilots in industrial and field environments.
4-Camera and 8-Camera Kit Options Using Standard Fakra Connectors
The oToAdapter-GMSL-Orin-Nano kit supports up to four GMSL2 cameras via four FAKRA connectors. The oToAdapter-GMSL-AGX-Orin kit supports up to eight GMSL2 cameras via two FAKRA connectors.
To streamline setup, the kits include setup package with NVIDIA JetPack 6.2 and oToCam sensor and serializer/deserializer (SerDes) drivers. Unlike USB or Ethernet cameras, GMSL camera bring-up typically requires platform driver integration. With the included image, developers can install the stack on the included developer kit and start testing supported oToCam GMSL2 cameras directly, with less manual porting.
Automotive-Grade Cameras for Harsh Autonomy and Robotics Programs
The kits are designed to pair with oToBrite’s oToCam automotive-grade camera modules for outdoor autonomy and mobile robotics. The oToCam portfolio spans 1MP to 8MP sensors with multiple viewing angles. Modules are produced using active alignment manufacturing and can be supplied with rugged housings, including optional IP67/IP69K ratings. Intrinsic calibration services are available on request.
oToBrite’s automotive-grade cameras are manufactured in an IATF 16949-certified facility with a Class 1K cleanroom. The cameras have been adopted in automotive OEM programs in Japan, Germany, and the U.S., including heavy-duty off-road vehicles.
Why GMSL2 for Harsh Mobile Environments
GMSL2 (Gigabit Multimedia Serial Link) is well suited for multi-camera AI vision on moving machines because it provides a robust, single-cable serial link that simplifies cabling over practical distances while maintaining ample bandwidth for high-quality video. Combined with standard FAKRA connectors, it helps teams build camera rigs that can better tolerate vibration, heat, and real-world vehicle wiring constraints during autonomy and safety trials.
Explore the Product Pages: Plug-and-Play GMSL2 Camera Kits for NVIDIA Jetson Orin
oToAdapter-GMSL-Orin-Nano (4-camera GMSL2 kit for NVIDIA Jetson Orin Nano):
www.otobrite.com/product/gmsl-camera-for-nvidia-jetson-developer-kit/category
oToAdapter-GMSL-AGX-Orin (8-camera GMSL2 kit for NVIDIA Jetson AGX Orin):
www.otobrite.com/product/gmsl-camera-for-nvidia-jetson-developer-kit/category
(Certain names, including GMSL and NVIDIA Jetson Orin, are trademarks of their respective owners.)
