7 Inch Industrial Rugged Panel Embedded Computer

Embedded computers are ubiquitous in daily equipment, office supplies, automobiles, industrial, medical care and agriculture. Physical embedded systems exist in almost all modern devices, from calculators to telephones, cameras, elevators, red lights and green lights, factory controllers and nuclear power plant control systems. what are these? How do they work? What is the application of embedded computers? Embedded computers can be widely defined as computers using computer hardware and software to perform specific functions, rather than general processing performed by modern desktop computers and servers. The special functions of these embedded systems enable them to use the advantages of lightweight software or firmware foundation and the advantages of tablet computer ASIC to maximize the demand for power consumption and hardware.

industrial all in one computer

—— Key Features

1)Aluminum Panel Design, Slim And Elegant;

2)Mohs 7 level explosion-proof glass, Excellent heat dissipation hole;

3)Smart 10 Point Capacitive Touchscreen & Full HD Resolution;

4)BOE/LG/AU panel optional

5)Multiple Interfaces, support 1080p full HD no loss signal transfer, meet any needs of high definition signal transfer

6)Fan less design

7)Vsea Mount/Panel Mount  (Optional)

The definition characteristics of embedded computers can be divided into four aspects:

Embedded computers are very small: Usually a single high-density PCB design is used to maximize the space efficiency

Low-power components of embedded computers: Using lower TDP high-energy processors for passive or minimum cooling to eliminate fans and mobile components.

The minimum upgrade or scalability of embedded computers: Few slotted components limited the upgrade and scalability to its initial design and functions.

The cost of embedded computer hardware is relatively low: abandon the expansion slot of the welding component, while the SOC reduces the complexity of the overall cost and component. Optimized the low-cost quality production of these embedded boards.

The embedded system must be optimized to use it for low power consumption, code complexity, size, weight and cost. Many people even lack the dedicated in the car user interface (mouse, keyboard and screen). These user interfaces are mainly controlled by remote management interfaces, and the security shell is even controlled directly in the firmware update.