Announcement of the start of handling the high-performance camera development kit "HSBKIT2M" compatible with NVIDIA AGX Thor and AGX ORIN.
SENSING Corporation is pleased to officially announce the "HSBKIT2M," a camera development kit optimized for AI/edge devices. This kit features a high-resolution 8.29 MP sensor and supports RAW/YUV422 output, and is designed for NVIDIA's Holoscan Sensor Bridge platform. It is a versatile solution that meets a wide range of applications, including IoT, robotics, and medical imaging.
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basic information
The "HSBKIT2M" is a camera development kit provided by SENSING, featuring the following specifications and components: ➢ Image Sensor: Utilizes SONY IMX678 (8.29 megapixels, RGGB array). ➢ Supported Platform: Supports NVIDIA Holoscan Sensor Bridge (MIPI CSI-2 output with two camera inputs). ➢ Maximum Output Resolution: Supports up to 3840×2160 (equivalent to 4K). ➢ Output Format: RAW and YUV422. ➢ Lens Mount: Compatible with M12 mount, allowing for interchangeable lenses with different focal lengths. ➢ Kit Configuration Example: Host board (SG2A-HOLOSCAN-MIPI-A1), camera unit (SG8IMX678C-MIPI-H80K) ×2, FPC cable, etc. ➢ Intended Use: Suitable for various applications such as IoT, robotics, and medical imaging. This provides an environment where developers can quickly build edge AI/vision systems.
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Applications/Examples of results
➢ IoT/Smart Surveillance In building, facility, and infrastructure monitoring applications, the combination of high-resolution cameras and AI inference is effective. With HSBKIT2M, it is possible to perform anomaly detection, person tracking, and facial recognition at the edge. Examples: Monitoring the behavior of people/vehicles in logistics warehouses, autonomous monitoring of factory lines. ➢ Robotics and Autonomous Mobile Devices In robots, drones, and AMRs (Autonomous Mobile Robots), acquiring visual information through multiple cameras is key. This kit supports a dual-camera input configuration and can also be applied to stereo vision and depth estimation. Examples: Autonomous driving, obstacle avoidance, manipulator control, visual control for warehouse logistics robots. ➢ Industrial Inspection and Machine Vision In factory automation, precise and fast camera processing is required for parts inspection, line monitoring, and defect detection. HSBKIT2M excels in collaboration with robots and AI, making it an immediate asset in inspection equipment development. Examples: Appearance inspection of electronic components, food inspection, monitoring of semiconductor manufacturing lines.
Company information
The evolution of digital technology has given rise to new needs, such as autonomous driving and ADAS technologies in the automotive industry, as well as imaging and vision technologies utilizing camera footage in the AI robotics sector. As a result, AI service businesses are transforming the business models of society and companies, leading to significant changes in daily life and society. Asmech collaborates with innovation companies related to AI and mobility in Europe, the United States, and Asian countries, focusing on the procurement of imaging components and devices in the fields of AI & IoT, automotive, and security. We provide cutting-edge products to customers aiming for solution development in the imaging sector, including robotics, autonomous driving, drones, industrial cameras, and recording devices. Additionally, we position service to local customers as one of our key challenges, forming alliances with local businesses, universities, government agencies, and local municipalities. Through our security-related businesses, such as the installation of security cameras and recording services, we aim to contribute to the local community.
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