The industrial camera manufacturer Baumer has introduced its first generation of smart cameras, the AX series, which integrate powerful NVIDIA Jetson modules with high-performance Sony CMOS sensors to create a compact and programmable image processing platform optimized for AI-driven tasks. This combination eliminates the need for external computers in many applications, reducing system complexity while improving efficiency.

Key Features

Compact Design

The AX cameras are designed to be both small and flexible enough for integration into various industrial settings. Their ability to handle extensive data processing within tight timeframes makes them suitable for edge computing tasks such as quality control and process monitoring. The use of NVIDIA Jetson Nano or Xavier NX modules, which feature specialized AI cores and graphics processors, enables the development of adaptable systems without restrictions.

High-Quality Imaging

Equipped with Sony CMOS sensors delivering up to 5 megapixels resolution, these cameras capture images at speeds exceeding 77 frames per second while maintaining high sensitivity and low noise levels. This capability is essential for accurately monitoring fast-moving processes or detecting minute details in real-time scenarios.

Versatile Compatibility

The AX models are built on a Linux platform that accommodates diverse programming languages and image processing libraries through standard APIs like GenICam. Connectivity options include M12-Ethernet and RS232 interfaces, ensuring seamless integration into existing systems.

Advanced Image Processing Functions

To support optimal performance across different situations, the cameras incorporate FPGA-based features for automatic adjustments of exposure time or white balance settings based on specific requirements. These functions guarantee consistent image quality without manual intervention.

Reliable Power Control and Protection

With four opto-isolated power outputs capable of delivering up to 120 W (48 V/2.5 A), the AX cameras allow direct control over external lighting equipment through integrated circuits, simplifying system design further. Additionally, an optional protective tube system offers IP67-rated protection against harsh environments—ideal for installations where dust or moisture may be present.

The short exposure times available from 1 µs onward also enable precise tracking of extremely rapid motions—an advantage particularly relevant in high-speed manufacturing lines or scientific experiments requiring accurate motion capture capabilities.

Last Updated: 2025-09-04 22:51:44