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SMARC Module
(스마크 모듈)
SMARC ( "Smart Mobility ARChitecture")는 고성능 벤치 마크와 함께 저렴하고 전력 효율적인 옵션이 필요한 사용자에게 이상적인 매우 다양한 소형 폼 팩터 컴퓨터 온 모듈입니다. 이 SMARC 모듈 크기는 로우 프로파일 314 핀 0.5mm 피치 직각 커넥터와 결합되는 314 개의 엣지 핑거와 함께 82mm x 50mm 및 82mm x 80mm로 제공됩니다.
이러한 SMARC 모듈은 광범위한 수준의 통합 및 전력 효율적인 처리 기능을 갖추고 있고, 산업 자동화, 운송 및 통신 장비 응용 분야에 특히 적합하지만, 포괄적인 사용 목록은 아닙니다.
The 314 pins of the SMARC 2.1 connector support more options on PCI Express lanes, two extra MIPI CSI interfaces, and additional GPIOs that makes SMARC design comes along with a rich choice of graphics, camera, sound, network, and optional wireless interfaces. This allows SMARC to pursue more powerful multimedia applications and is more suitable for digital electronic signage, industrial thin, compact appliances, and HMIs.
The benefits of SMARC Design
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Energy-saving SoC processors based on ARM as well as x86processor technologies
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Extensive video interface options
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Additional GPIOs from 12 to 14pins
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Up to 4x Gigabit Ethernet
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Up to 4 MIPI CSI cameras for vision applications
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Wireless technologies
Case Study- Vision Inspection Systems
The high-speed and high-precision optical image inspection system uses machine vision as the inspection standard technology. The image-processing inspection system includes a host, camera, lens, light source, etc. The camera is used to shoot the object, and the image is analyzed as a two-dimensional plane, and inspections are completed in an instant. This machine vision inspection has improved the shortcomings of traditionally using optical instruments for human inspection. The application includes research and development of high-tech industries, manufacturing quality control, as well as national defense, medical care, environmental protection, electric power…etc.
In the field of industrial automation nowadays, the application with wireless networks makes the machine vision system face more design challenges, especially the loss of high-frequency signals, transmission speed, module integration, system stability, and power consumption. Therefore, the low power consumption and highly integrated SMARC Module provide the best solution for applications in this field. With the advantage of SMARC size, the Vision Inspection Systems can be miniaturized and provides more MIPI CSI/USB and DI/DO quantities to support the usage of devices such as cameras, light sources, etc. The SMARC-modular system can quickly integrate and develop on existing platforms in response to rapid changes in factory automation requirements and can detect the appearance defects such as scars, and dirt of the object at various production sites.
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