en.Wedoany.com Reported - Recently, the embedded computer brand Cincoze released a detailed setup tutorial for achieving remote control of its DS-1402 industrial PC via AMT technology under the Windows operating system. This tutorial aims to help users in fields such as industrial automation and machine vision improve equipment maintenance efficiency and reduce production interruptions caused by on-site support.
The Cincoze DS-1402 industrial PC is equipped with an Intel® Core® i7-14700 processor, 16GB of DDR5 memory, and 512GB SSD storage, supporting AMT remote control technology. This technology is based on Intel's vPro platform, providing hardware-level out-of-band management. It allows users to perform remote power-on, restart, BIOS settings, and system installation operations as long as the device is powered and connected to the network, even when the device is powered off, the system has crashed, or a blue screen occurs, without relying on the normal operation of the operating system.
The setup tutorial is divided into two parts: hardware configuration and software operation. On the hardware side, it is necessary to confirm that the network port chip is Intel I219 to support the AMT function. Software settings include enabling AMT in the BIOS, configuring a static IP address, and establishing a connection via the MeshCommander software. Users need to set an IP address on the same network segment as the industrial PC on their laptop, input the industrial PC's IP address, username, and password, and verify a randomly generated user consent code to achieve remote control.
Compared to traditional remote desktop tools, AMT technology does not rely on the operating system and can handle system-level failures, making it suitable for centralized management and control of enterprise-level equipment. As a provider of rugged embedded computers, Cincoze's products are widely used in factory automation, intelligent transportation, and other fields. The release of this tutorial helps optimize remote management processes in industrial environments.
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