SUCHEN
- 葡萄酒 | 威士忌 | 白兰地 | 啤酒 -
- 葡萄酒 | 威士忌 | 白兰地 | 啤酒 -
Bleiben Sie auf dem Laufenden über die neuesten IoT-Trends, technologische Erkenntnisse und Best Practices für die industrielle Konnektivität. Der Blog von KEY-IOT behandelt Themen zu 4G/5G-Routern, LTE-Modems und IoT-Gateways.
Learn how to choose a vehicle gateway for autonomous industrial fleets. Compare 5G connectivity, CAN FD, automotive Ethernet, GNSS, timing, environmental requirements, software management, and vehicle integration.
Details anzeigenVehicle gateway guide: dual 5G, automotive Ethernet, CAN-FD, V2X & GNSS requirements for autonomous fleets, with real Robotaxi & mining truck deployments.
Details anzeigenKey-IoT SV910 dual 5G vehicle gateway delivers millisecond failover, hardware PTP/gPTP time sync, and industrial-grade reliability for Robotaxi, mining trucks, and smart port automation.
Details anzeigenIn 2026, competition in the intelligent vehicle sector has moved well beyond its initial stages. With the comprehensive upgrade of end-to-end autonomous driving foundation models and high-level automated driving technologies, "data throughput" and...
Details anzeigenHaving worked in the field of mining vehicle communications for so many years, the most frequent question I receive is this: What kind of gateway should we equip the trucks on our mine with? This question seems simple, but to give a reliable answe...
Details anzeigenProject Background An open-pit coal mine has deployed eight unmanned mining trucks to transport coal from the mining site to the unloading point. The mining environment is harsh, with high dust levels and severe vibrations. Each truck has a 50-ton...
Details anzeigenAs urban Robobuses, unmanned mining trucks, and industrial park delivery robots gradually become a reality, autonomous driving is no longer a concept confined to the laboratory, but is reshaping the underlying logic of transportation and lo...
Details anzeigenHow GNSS/IMU integrated navigation provides "drift-free" global positioning for smart cars Smart cars can "see," but they may not "know where" they are. LiDAR can detect surrounding obstacles, and cameras can identify lane lines, but these ...
Details anzeigenRecently, the Fujian Provincial Data Administration announced the fourth batch of data enterprise database entries. Xingchuang Yilian, with its profound accumulation in the fields of industrial IoT, vehicle communication and data technology, its c...
Details anzeigenEvolution from "Data Acquisition Device" to "Vehicle Communication Hub" If you're working on connected vehicle, fleet management, or intelligent vehicle projects, you're likely familiar with the term CAN gateway. However, many people only understa...
Details anzeigenHaving worked in the field of mining vehicle communications for so many years, the most frequent question I receive is this: What kind of gateway should we equip the trucks on our mine with? This question seems simple, but to give a reliable answe...
Details anzeigenSmart cars can "see," but they may not "know where" they are. LiDAR can detect surrounding obstacles, and cameras can identify lane lines, but these sensors have a common shortcoming—they can only sense "relative position" and cannot tell the vehi...
Details anzeigenEnter the result
Verification failed