In-vehicle computer is high relibile computing system design for working under harsh environments. It features with rugged mechanism design, high computing performance, mobile communication availability, computer circuit protection, power management, reliability design for shock and vibration, wide range operating temperature, safety validations and easily maintenance efforts.
The in-vehicle computers are designed to multiple in-vehicle applications include fleet management, passenger infotainment system, video surveillance, image recognition, dispatch system in harbor and telematics.
|Fleet management||Dispatch system in harbor and telematics||Video surveillance / image recognition|
A Wi-Fi specification, (IEEE-802.11 a/b/g/n) is a commonly adopted technology for in-vehicle computer products. These are AP (Access Point) Mode and Station Mode for the Wi-Fi technologies.
The intelligent power management subsystem solution is especially designed for the in-vehicle PC to conquer all the challenges and provide the advanced features to benefit the in-vehicle application.
AIV-C622V1, the most advanced autonomous vehicle server in the market, supports Intel 2nd Gen. Xeon scalable processor. Unlike Coffee Lake or Coffee Lake Refresh platform has its own limitation, the Intel 2nd Gen. Xeon scalable series of CPU is truly server-grade, and the core count range is 6 to 28. The autonomous driving developer can choose the proper one that fits the demand or develop more efficient programs that can utilize more core of CPU.
AIV-APL1V1FL, this powerful in-vehicle computer equipped with Intel Apollo lake SoC chipset and supported up to 8GB DDR3L 1866 MHz SO-DIMM memory. AIV-APL1V1FL had built-in various car computing and communication technologies such as WiFi, Bluetooth, CAN-Bus, vehicle power management, and 3G/4G can provide powerful communication ability to different scenarios.
Acrosser AIV-Q170V1FL is equipped with the latest Intel Skylake-S 6th Core I CPU, features 4 x POE GbE LAN port with RJ45 connectors (802.3at, total 60W max), 2 x swappable 2.5” SSD bay, 8 x USB 3.0 ports, and supports 3 x Mini PCI-e (For 4G & GPS module with 2 x SIM card Socket, Wi-Fi/Bluetooth, G Sensor, Dead Reckoning, CAN BUS or OBD II J1939, and etc. )