Product Details:
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Type: | Fanless Industrial Mini Pc | Memory: | DDR4L 3200MHz 4GB, Up To 32GB |
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Harddisk: | 1 X M.2 120G SSD / ( 250G / 500G SSD) Optional / 1 X 2.5" SATA | I/O Port: | 1*HDMI, 1*DP, 3*LAN, 10*USB, 6*COM |
Power Input: | DC 9V~36V Voltage Input | Operating System: | Windows 10, Linux, Ubuntu, Debian |
Power Consumption: | ≦15W | Working Time: | 7*24h |
High Light: | Fanless industrial mini pc OEM,J6412 industrial mini pc,3xLAN Fanless Mini PC |
Smart agriculture is a higher level of agriculture based on modern agriculture. With the existing agricultural foundation and science and technology, it integrates the Internet of Things technology and connects the fields of climatology, biology, and botany. In terms of irrigation, fertilization, control of light and temperature, control of pesticide use, automatic monitoring of pests and other practical agricultural problems, based on scientific monitoring data, management methods suitable for crop growth. Scale, industrialization and precision are the characteristics of modern agriculture. It promotes the development of agriculture with the model of industrial manufacturing, which greatly improves efficiency and output. For higher efficiency and reasonable growth, smart agriculture can be used in modern agriculture. To achieve better wisdom on the basis, but also more refined.
Industrial Embedded Box PC Features:
EFIC-2000CA | |
System | |
CPU | Intel Celeron J6412 Quad Core 2.0GHz |
L2 Cache | 1.5 MB |
Chipsets | Intel® SoC |
Memory | DDR4L 3200MHz 4GB, Up to 32GB |
Harddisk | 1 x M.2 120G SSD / ( 250G / 500G SSD) Optional / 1 x 2.5" SATA |
Graphics | Intel® UHD Graphics for 10th Gen Intel® Processors |
Network | Intel® 225-V GbE LAN |
Audio | Realtek ACL662 Audio controller |
TPM | TPM 2.0 |
Operation System | Windows 10, Linux, Ubuntu, Debian |
I / O | |
VIDEO | 1 x DP / 1 x HD-MI |
LAN | 3 x LAN |
USB | 6 x USB2.0 / 4 x USB3.0 |
COM | 2 x RS-232 / 4 x RS-232 / 422 / 485 |
DIO | DIO 8 Bits ( 4 In / 4 Out ) Optional |
Audio | 1x Audio_out & Mic_in |
Wireless Network | WiFi / Bluetooth ( 4G / 5G Optional ) |
Power Mode Switch | AT/ATX |
Other I/O Interface | 1 x Power Switch |
Institutional | |
Material | Aluminum Alloy Shell |
Color | Grey / Silver / Black ( optional ) |
VESA Mounting | 208 x 100 mm / 208 x 60 mm |
Product Dimension | 220 x 145 x 62 mm |
Packing Size | 360 x 180 x 320 mm |
Gross Weight | 4.0 KG |
Power and Environment | |
Operating Temperature | -20~70°C |
Storage Temperature | -20~80°C(-22~176°F) |
Relative Humidity | 5%~95%@40°C, non-condensing |
Vibration Range | 5-500 Hz, 0.026 G2/Hz, 2.16 Grms, X, Y, Z, 1 hour per axis |
External Power Supply | AC 100 - 240V~50/60Hz,1.5A |
Working Voltage | DC 9V~36V |
Power Consumption | ≦15W |
Agricultural irrigation is an indispensable substitute in agricultural production. Traditional agricultural irrigation often uses flood irrigation. This irrigation method wastes water resources and has practical effects and is not ideal, and may even cause soil erosion and other problems. With the continuous development of industrial technology and the mature application of automatic irrigation systems, it not only saves water, but also improves irrigation efficiency and expands the irrigation area. This is a notable feature of modern agriculture. Industrial automatic irrigation systems are important for the development of agriculture. Significantly. Based on the modern irrigation system (drip irrigation or sprinkler irrigation system), through the Internet of Things technology, big data, cloud computing, and the combination of sensor technology, the environmental temperature, humidity, light intensity, soil condition, etc. in agricultural production Parameters are monitored in real time. The system analyzes and processes sensor data to monitor the surrounding environment in real time, improve the unfavorable environment, and ensure the stable and healthy growth of crops. It can be said that it is a reproduction of digital programs, control systems, testing equipment, operating platforms, various agricultural equipment connected with computer terminals, viewing and management anytime and anywhere, through various sustainable technologies, to achieve high-quality, high-efficiency and high-speed agriculture. Fast develop.
Industry needs:
· The computer need to connect to the PLC make it monitoring and automatic control of temperature/soil/carbon dioxide/light.
· need HMI operation,for easy control and manage production processes.
· Relying on the configuration software's process picture, monitoring picture, real-time adjustment curve, historical curve, real-time monitoring of the scene.
Contact Person: Amy Chen
Tel: 13027942500