Placeholder Application of Embedded Industrial Computer in Smart Car Cockpit | SINSMART

The smart cockpit is simply a more intelligent car cockpit. Compared with the traditional car cockpit, the smart cockpit is more intelligent and humanized. The traditional cockpit can only meet the functions of checking vehicle speed and engine speed, while the smart cockpit can also realize the interconnection between vehicles, vehicles and background, and vehicles and cloud data.

In addition, the smart cockpit can be regarded as an intelligent service system. The car-machine system is like the internal housekeeper of the vehicle, which can understand and understand the needs of users and meet them. From the perspective of consumer habits and comfort, it provides a relaxed and comfortable driving experience.

The smart cockpit mainly includes interior and electronic systems, such as seats, air conditioning, lighting, instrument panel, central control screen, Internet of Vehicles, voice recognition, gesture recognition, etc. in the car are all part of the smart cockpit.

Today, the development of smart car cockpits is based on the joint promotion of Internet technology companies, host and component suppliers, and users. Among them, high-quality, high-performance hosts and components are the key to ensuring the realization of some functional applications in the smart car cockpit. The information interaction and interconnection of various networked devices and smart devices in the smart car cockpit are based on the system host as the carrier. In addition, the expansion of intelligent functions such as safe driving and status self-inspection in the smart car cockpit must also have a professional, reliable and high-safety system host as its basic support.

As an industry-specific embedded industrial computer provider, SINSMART has launched a variety of embedded industrial computer product solutions around the smart car cockpit, which can fully meet the requirements of the smart car cockpit for related hardware such as small size, low power consumption, high stability, high reliability and high performance. Technical requirements in other aspects, the product advantages are as follows:

This motherboard utilizes the Intel H110 chipset and LGA1151 architecture, enabling support for 6th generation Intel Core i3/i5/i7 processors. It features a single 204-pin DDR4 2133MHz SO-DIMM memory slot with a maximum capacity of 16GB. Additionally, the motherboard provides two SATA 3.0 interfaces, one of which is an internal SATA port capable of accommodating 3.5 HDDs or 2.5 HDDs/SSDs. Users have the option of selecting either a 1TB/2TB mechanical hard drive or a 128GB/256GB/500GB solid-state drive.

The motherboard boasts a diverse range of ports and connectors on the front panel, including a power button, reset button, hard drive status indicator light, power indicator light, watchdog indicator light, four USB 3.0 ports, two USB 2.0 ports, three Gigabit Ethernet ports, one DVI-D port, one VGA port, and four serial ports (two RS-232/422/485 and two RS-232). The abundant number of serial ports allows for connectivity to various devices such as PLCs, card readers, energy meters, attendance machines, barcode scanners, access control cards, POS machines, and self-service ATMs.

On the back panel, there is an isolated DIO port, and the front panel features two display outputs that can be used to connect different displays depending on the system configuration. The VGA output supports resolutions up to 1920x1200, while the DVI transmits graphics data digitally and supports resolutions up to 1920x1200. The motherboard also supports an internal USB encryption dongle.

The motherboard provides one internal full-length Mini-PCIe slot that can be used to expand the system with a WIFI module or a 4G module. This machine supports various operating systems, including Windows 7, Windows 8, Windows 10, and Linux distributions such as Fedora, CentOS, and Ubuntu.

At present, the design of the smart car cockpit has become a key factor in the development and innovation of future cars. SINSMART is actively deploying in the field of smart cars, and will launch more high-quality, high-performance embedded industrial computers that support smart car cockpit applications in the future.

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