Application Analysis of In-Vehicle Tablet PC in he background of intellectualization and battery

In today’s automobile development, various types of vehicles are transforming to intelligent intelligent control and unmanned driving. The application of system software and display hardware is very important.

From a specific and realistic perspective, the expected functions and systems of smart cars in the future mainly include intelligent driving systems, life service systems, safety protection systems, location service systems, and car service systems. It integrates technologies such as computer, modern sensing, information fusion, communication, artificial intelligence and automatic control to enable vehicles to have various functions such as environmental perception, planning and decision-making, and multi-level assisted driving. This is also the current efforts of various leading car companies to break through and continue to improve.

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Algorithms and data determine the application of the software. The popular way is to form the data collection, transmission and storage of the vehicle in operation through the cloud backend and the front-end interface of the car, to monitor the vehicle’s own condition, and at the same time to satisfy the backtracking of the vehicle’s driving data and update the car owner. More protection. Various systems are the core of smart cars, and the importance of on-board display hardware as the carrier of various systems is self-evident.

Choosing an in-vehicle display device that is not prone to failure is the basis for the effective operation of the various systems mentioned above. So, what kind of in-vehicle display equipment meets the needs of the transformation of automobiles and various types of vehicles to smart and new energy vehicles at this stage?

After fully investigating the market situation, Neway Industrial launched an in-vehicle tablet PC, specially designed for mobile vehicles, to meet the application needs of the market from many aspects.

In the high-speed driving environment, even if the road surface is flat, high-frequency vibration is inevitable. At this moment, various parts of the car are tested, including the on-board display equipment, so it can still run stably under vibration conditions. The biggest selling point in the market.

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On other types of vehicles, such as mine trucks, cargo and coal vehicles and other industrial vehicles, in addition to anti-vibration, the on-board display device also needs to be dust-proof, waterproof, anti-sunshine, location-based service GPS system, which can display the vehicle at all times. location to ensure the safety of transport vehicles.

Signal capture is fast, network connection is convenient and smooth, data is generated and uploaded in time, and a better signal receiving system is connected to the front-end human-vehicle interface of the car through the back-end cloud. The vehicle itself has a better monitoring function, and it also has more protection for the owner.