With the development of automation, intelligent manufacturing, mobile robot has become more and more common in commercial and industrial segments, including AGV, cleaning robot, building robot. A variety of mobile robots for many automations production line, logistics, warehousing and commercial, public service, has become the implementation authors efficiency, transformation and upgrading of development and improves the quality of service.
Product Overview:
Mainkco IPC ABOX-3010 is a high-performance compact industrial Box PCs for robot application. When installed in industrial robots, ABOX-3000 computer receives commands and instructs the microcontroller and other hardware inside the robot to conduct complicated application tasks.
Rich interface and high strength metal housing make ABOX-3000 adapt to high temperature, vibration and other harsh industrial environment. ABOX-3000 Series are widely used in AI robot, cloud server, intelligent NVR, intelligent cockpit, face payment equipment, security, medical care, transportation, finance, industrial control, intelligent education, intelligent retail and other intelligent fields.
Technical Specs:
On-board Intel 6th /7th /8th gen., Core i3/i5/i7 -U series processors
Single DDR4 memory, up to 16GB, 1* M.2 2242/2280 SSD storage
2* GLAN, optional 4G, WIFI/BT expansion, support dual 4G communication
1 * HDMI and 1* DP++ (Ultra HD 4K) display ports
2* USB2.0, 4* USB3.0, 4*COM, 1*HDMI, 1*DP++
Product Design Highlights:
Full-metal chassis, rugged and durable
Fanless structure design, ultra-thin and compact
Small fuselage, convenient installation
Support wall, desktop and DIN RAIL mount
Edge Control Scheme:
In the “cloud-edge-end” new generation of industrial control architecture, edge control plays a key role in connecting the preceding and the following. On one hand, edge control needs to collect on-site data for processing and analysis, and give real-time feedback to the equipment in the field. On the other hand, edge control needs to upload the processed data to the cloud to provide more “valuable” data for the cloud. Due to different equipment and different industrial scenarios, different application complexity, and different requirements for data processing and analysis, the performance requirements for edge controllers are also different.
MAINKCO ABOX-3000 Edge control solution series can provide the optimal solution according to the control requirements of different devices and scenarios. In the same software environment, use of the best hardware according to the requirements helps intelligent manufacturing practitioners focus on the algorithm scheme, optimize the core value of iteration, realize flexible production line, equipment automation, production line equipment status monitoring and factory environment monitoring and other equipment applications.
Continuous Research and Development:
The first is to optimize the application scenario adaptation. In order to improve the response speed and processing capability of the robot, higher performance computing power and control solutions will be developed. According to the computing needs of the robot, special hardware acceleration modules will be developed, such as visual processing, sensor data processing, etc.
The second is to optimize the environment, improve the high temperature resistance, waterproof and dustproof, anti-vibration ability, so as to meet the needs of stable operation in the harsh environment, and make a good adaptation and reserve for the subsequent outdoor models.
The third is to provide integrated operation and maintenance services, such as automatic hardware fault detection and repair, system backup and recovery, etc., to ensure that the core computing components of the robot can quickly restore positioning, repair and prediction in case of problems.
In general, with the continuous improvement of the intelligent level of low-speed unmanned vehicles and mobile robots, the application demand of edge computing is increasing in more and more mature scenarios. The industry believes that edge computing needs to be closely coordinated with cloud computing to better meet the matching of various scenarios, so as to give full play to the application value of edge computing.
