801-8233-01单板计算机

801-8233-01单板计算机 

1.产 品 资 料 介 绍：

801-8233-01单板计算机 产品概述及应用领域

801-8233-01单板计算机（SBC）是一款高度集成的嵌入式核心计算单元，将处理器、内存、存储及多种接口电路集成于单一基板，采用工业级低功耗处理器与高可靠性设计，具备优异的抗干扰能力、宽温适应性及稳定的运算性能。其支持Linux/Windows等多操作系统，可扩展多种外设接口，适配空间受限的嵌入式边缘部署需求，广泛应用于对计算可靠性、小型化及低功耗有严苛要求的工业控制、智能设备、边缘计算等多个领域，核心应用如下：

一、工业自动化与机器人领域

核心场景：作为工业自动化生产线的嵌入式控制核心，实现生产流程的精准调控与设备联动，适配高温、振动等恶劣工业环境，保障多工位协同运行的稳定性；应用于自主移动机器人（AMR）的车载计算平台，提供实时路径规划与环境感知运算支持，凭借小型化设计节省安装空间；适配智能制造设备的人机交互终端与数据采集单元，实现生产数据的实时处理与上传，支撑工业互联网落地应用。

二、边缘计算与智能终端领域

核心场景：部署于零售行业的交互式自助结账终端、数字标牌设备，提供图像识别、语音交互及多媒体展示的运算支撑，提升终端智能化体验；应用于智慧交通的路口监控终端，实现实时视频分析与交通流量统计，助力智能交通调度；适配物联网边缘节点，对传感器采集的海量数据进行本地预处理，降低云端传输压力，提升数据处理效率。

三、医疗设备与智能仪器领域

核心场景：作为便携式医疗成像设备的核心计算单元，支持医学影像的实时处理与分析，凭借低功耗特性延长设备续航，适配移动医疗场景；应用于智能诊断仪器（如血液分析仪、心电监测设备），实现检测数据的精准运算与结果输出，保障诊断准确性；适配医疗监护终端，实现患者生命体征数据的持续采集与远程传输，支撑远程医疗服务开展。

四、新能源与特种装备领域

核心场景：应用于新能源汽车的车载辅助控制系统，实现电池状态监测与能源优化分配，耐受高低温循环与电磁干扰，保障行车安全；适配光伏/储能系统的智能监控终端，实时运算能源转换效率并调控运行参数，提升能源利用效率；作为特种装备的嵌入式计算单元，在宽温、高粉尘等极端环境下稳定运行，支撑装备的导航、通信等核心功能实现。

801-8233-01单板计算机 英文资料：

801-8233-01 Overview and Application Fields of Single Board Computer Products

801-8233-01 Single Board Computer (SBC) is a highly integrated embedded core computing unit that integrates a processor, memory, storage, and multiple interface circuits on a single substrate. It adopts an industrial grade low-power processor and high reliability design, with excellent anti-interference ability, wide temperature adaptability, and stable computing performance. It supports Linux/Windows and other multi operating systems, can expand a variety of peripheral interfaces, adapt to the embedded edge deployment requirements with limited space, and is widely used in industrial control, intelligent devices, edge computing and other fields with strict requirements for computing reliability, miniaturization and low power consumption. Its core applications are as follows:

1、 Industrial Automation and Robotics Field

Core scenario: As the embedded control core of industrial automation production lines, it achieves precise control of production processes and equipment linkage, adapts to harsh industrial environments such as high temperatures and vibrations, and ensures the stability of multi station collaborative operation; A vehicle mounted computing platform applied to autonomous mobile robots (AMRs), providing real-time path planning and environment aware computing support, saving installation space through miniaturized design; Adapt the human-computer interaction terminal and data acquisition unit of intelligent manufacturing equipment, realize real-time processing and uploading of production data, and support the landing application of industrial Internet.

2、 Edge computing and Intelligent Terminal

Core scenario: Interactive self checkout terminals and digital signage devices deployed in the retail industry, providing computational support for image recognition, voice interaction, and multimedia display to enhance the intelligent experience of terminals; The intersection monitoring terminal applied to smart transportation realizes real-time video analysis and traffic flow statistics, assisting in intelligent transportation dispatch; Adapt to IoT edge nodes, perform local preprocessing on massive data collected by sensors, reduce cloud transmission pressure, and improve data processing efficiency.

3、 In the field of medical equipment and intelligent instruments

Core scenario: As the core computing unit of portable medical imaging devices, it supports real-time processing and analysis of medical images, extends device life with low power consumption characteristics, and adapts to mobile medical scenarios; Applied to intelligent diagnostic instruments (such as blood analyzers and electrocardiogram monitoring devices) to achieve accurate calculation and result output of detection data, ensuring diagnostic accuracy; Adapt to medical monitoring terminals, achieve continuous collection and remote transmission of patient vital sign data, and support the development of remote medical services.

4、 In the field of new energy and special equipment

Core scenario: Applied to the on-board auxiliary control system of new energy vehicles, realizing battery status monitoring and energy optimization allocation, withstanding high and low temperature cycles and electromagnetic interference, and ensuring driving safety; Intelligent monitoring terminals adapted to photovoltaic/energy storage systems, real-time calculation of energy conversion efficiency and regulation of operating parameters to improve energy utilization efficiency; As an embedded computing unit for special equipment, it operates stably in extreme environments such as wide temperature and high dust, supporting the implementation of core functions such as navigation and communication of the equipment.

801-8233-01单板计算机 产品展示

产品视频

3.其他产品

801-8233-01 Overview and Application Fields of Single Board Computer Products

801-8233-01 Single Board Computer (SBC) is a highly integrated embedded core computing unit that integrates a processor, memory, storage, and multiple interface circuits on a single substrate. It adopts an industrial grade low-power processor and high reliability design, with excellent anti-interference ability, wide temperature adaptability, and stable computing performance. It supports Linux/Windows and other multi operating systems, can expand a variety of peripheral interfaces, adapt to the embedded edge deployment requirements with limited space, and is widely used in industrial control, intelligent devices, edge computing and other fields with strict requirements for computing reliability, miniaturization and low power consumption. Its core applications are as follows:

1、 Industrial Automation and Robotics Field

Core scenario: As the embedded control core of industrial automation production lines, it achieves precise control of production processes and equipment linkage, adapts to harsh industrial environments such as high temperatures and vibrations, and ensures the stability of multi station collaborative operation; A vehicle mounted computing platform applied to autonomous mobile robots (AMRs), providing real-time path planning and environment aware computing support, saving installation space through miniaturized design; Adapt the human-computer interaction terminal and data acquisition unit of intelligent manufacturing equipment, realize real-time processing and uploading of production data, and support the landing application of industrial Internet.

2、 Edge computing and Intelligent Terminal

Core scenario: Interactive self checkout terminals and digital signage devices deployed in the retail industry, providing computational support for image recognition, voice interaction, and multimedia display to enhance the intelligent experience of terminals; The intersection monitoring terminal applied to smart transportation realizes real-time video analysis and traffic flow statistics, assisting in intelligent transportation dispatch; Adapt to IoT edge nodes, perform local preprocessing on massive data collected by sensors, reduce cloud transmission pressure, and improve data processing efficiency.

3、 In the field of medical equipment and intelligent instruments

Core scenario: As the core computing unit of portable medical imaging devices, it supports real-time processing and analysis of medical images, extends device life with low power consumption characteristics, and adapts to mobile medical scenarios; Applied to intelligent diagnostic instruments (such as blood analyzers and electrocardiogram monitoring devices) to achieve accurate calculation and result output of detection data, ensuring diagnostic accuracy; Adapt to medical monitoring terminals, achieve continuous collection and remote transmission of patient vital sign data, and support the development of remote medical services.

4、 In the field of new energy and special equipment

Core scenario: Applied to the on-board auxiliary control system of new energy vehicles, realizing battery status monitoring and energy optimization allocation, withstanding high and low temperature cycles and electromagnetic interference, and ensuring driving safety; Intelligent monitoring terminals adapted to photovoltaic/energy storage systems, real-time calculation of energy conversion efficiency and regulation of operating parameters to improve energy utilization efficiency; As an embedded computing unit for special equipment, it operates stably in extreme environments such as wide temperature and high dust, supporting the implementation of core functions such as navigation and communication of the equipment

4.其他英文产品

BENTLY 1900/65A-00-02-01-01-01 monitor
DSQC639 3HAC025097-00116 Teaching module
VMIPCI-5565-110000 Steam gas turbine module

The content is from Ruichang Mingsheng Automation Equipment Co., LTD

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