oToBrite bundles GMSL2 camera kits with Jetson Orin

oToBrite has launched two plug-and-play camera enablement kits that bundle GMSL2 camera adapters with NVIDIA Jetson Orin developer kits. They are designed to speed set-up for multi-camera field trials in delivery robots, unmanned vehicles, and off-highway machines.

Built around rugged camera adapters, the packages connect multiple high-speed cameras to the Jetson Orin Nano and Jetson AGX Orin development platforms. They also include installation media with NVIDIA JetPack 6.2 and oToBrite drivers for supported image sensors and serializer/deserializer components.

Early-stage autonomy trials often require several cameras for front, rear, and side views. Teams also need stable cabling, consistent timing between video streams, and working drivers on the target compute platform. These steps can slow initial testing, especially when integrating non-USB camera links and bringing up low-level software.

Two kit variants

oToBrite offers a four-camera kit and an eight-camera kit. The oToAdapter-GMSL-Orin-Nano supports up to four GMSL2 cameras via four FAKRA connectors. The oToAdapter-GMSL-AGX-Orin supports up to eight GMSL2 cameras via two FAKRA connectors.

Each kit pairs an oToBrite GMSL2 camera adapter with the corresponding NVIDIA Jetson developer kit in its original packaging. The adapter uses an ADI/MAXIM MAX96724 deserializer to receive serial camera data and convert it for processing on the Jetson platform.

The kits target teams building multi-camera edge perception systems. Use cases include autonomous delivery robots on pavements, unmanned ground vehicles, and off-highway machines used in mining and agriculture.

Rugged set-up

The design aims to turn the developer kits into compact test units for mobile trials. A bracket attaches the oToBrite adapter to the Jetson developer kit, creating a self-contained assembly suitable for bench testing and deployment in vehicles or robots.

The adapter connects to the Jetson developer kit through the standard 22-pin MIPI-CSI connector or a High-Speed Ground Plane Terminal Strip connector. On the camera side, the kits use FAKRA serial connectors, common in automotive wiring environments.

Synchronisation is central to multi-camera programmes, especially when teams need to correlate frames across views for perception and mapping. The kits support external or internal frame synchronisation to align camera inputs for workflows such as sensor fusion.

The hardware targets harsh operating conditions typical of moving machines, with a 12 V to 20 V power input range and an operating temperature range of -40°C to +85°C when used with the company's automotive-grade cameras.

Software stack

The kits ship with a microSD card or a pre-packaged board support package, including NVIDIA JetPack 6.2 and oToBrite's oToCam sensor drivers. The bundled image is intended to reduce manual driver porting in early trials, where GMSL camera bring-up typically requires platform integration.

GMSL2 (Gigabit Multimedia Serial Link) is used in automotive and robotics for long cable runs and simplified wiring. It carries video data over a single serial link and pairs with locking connectors such as FAKRA, which can better tolerate vibration and temperature changes than typical lab cabling.

Camera options

The kits are designed to pair with oToBrite's oToCam camera modules, spanning 1MP to 8MP sensors and multiple viewing angles. The modules use active alignment manufacturing. oToBrite also offers rugged housings, optional IP67 and IP69K ratings, and intrinsic calibration services on request.

Camera production takes place in an IATF 16949-certified facility with a Class 1K cleanroom. oToBrite says its cameras have been adopted in automotive OEM programmes in Japan, Germany, and the US, including heavy-duty off-road vehicles.

Founded in 2013, oToBrite is based in Hsinchu Science Park in Taiwan. It develops camera modules and driver assistance products for passenger cars and commercial vehicles, and also works on perception systems for unmanned platforms and mobile robots.

"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 said.

The camera enablement kits are aimed at development teams running early prototypes and field trials, where rapid iteration matters and multi-camera rigs must operate reliably on moving equipment.