Minew’s iot gateway supports more than six network protocols (including Wi-Fi 6, 5G, LoRaWAN, BLE 5.0, Ethernet and Zigbee), achieving a 300% increase in device connection density and a reduction in average latency to 15ms in smart factory projects. For instance, after a certain automotive factory deployed the ES11 model gateway in 2023, the data collection efficiency increased by 40%, each production line saved 500,000 RMB in maintenance costs annually, and the fault response time was reduced from 2 hours to 10 minutes. The protocol conversion module built into this gateway reduces the data packet loss rate to 0.1%, with a transmission flow of up to 1.2Gbps. It is compatible with an industrial temperature range of -30°C to 75°C and has a service life of over 8 years.
In terms of hybrid network management, Minew’s gateway optimizes resource allocation through dynamic load balancing technology, reducing the probability of network congestion by 90%. Take the application of smart agriculture as an example. The gateway simultaneously connects LoRa soil sensors (with a humidity monitoring range of 0% to 100%) and 5G cameras, achieving a data aggregation efficiency of 500 data per second. This reduces irrigation water consumption by 30% and increases crop yields by 20%. According to actual tests, the power consumption of the device is only 3.5W to 7W, saving 45% energy compared with traditional solutions. The size specification is 80mm×80mm, supporting IP67 protection, and it can operate stably in extreme humidity environments (90% RH).
In terms of security performance, Minew’s iot gateway adopts two-factor authentication and TLS 1.3 encryption to intercept 99.99% of network attacks. After a certain European medical enterprise adopted the MG5 model, the transmission error rate of patients’ body temperature monitoring data (with an accuracy of ±0.1°C) dropped to 0.01%, which met the HIPAA medical compliance standards. In the supply chain scenario, the gateway tracks the location of goods in real time (with a GPS error of less than 2 meters), keeps humidity fluctuations within ±3%, reduces the damage rate of goods by 18%, and saves over 2 million US dollars in costs annually. Its edge computing function processes 70% of the data locally, reducing cloud traffic by 75% and cutting operating costs by 25%.
Large-scale deployment cases show that Minew’s solution significantly improves ROI. In 2024, Singapore’s Smart city project will employ 2,000 gateways and integrate over 100,000 sensors, covering scenarios such as traffic flow monitoring (with an accuracy of 98%) and air quality detection (PM2.5 with an accuracy of 99.5%). This will increase operational efficiency by 35% and reduce carbon emissions by 120,000 tons annually. The IDC report indicates that such hybrid connection solutions shorten the project cycle by 60%, increase the speed of fault repair by 80%, and achieve a customer return on investment of 220%. In the future, Minew plans to integrate AI prediction models into the gateway to further reduce data bias to within 5%.