미뉴가 소개하는 MG10 AoA 포지셔닝 로케이터 for indoor asset tracking, 인사 포지셔닝, and sensor data collection. With access to raw IQ data and an open configuration API, developers can build their own positioning algorithms and configure MG10 for their systems.
MG10 outputs raw IQ data for developers to test and refine positioning algorithms using measurements from the deployment site. It also collects BLE advertising data from compatible devices, including sensor readings, 배터리 잔량, and device identification data, and uploads the collected data over Ethernet. Applications can use temperature, 습기, PM2.5, and other readings from compatible sensors to monitor indoor conditions while tracking assets and personnel.
As teams integrate that data into their software, the configuration API lets them adjust positioning parameters, 스위치 프로토콜, and configure data payloads. These settings can be managed through their existing tools, keeping device configuration connected to the wider development and deployment workflow.
With a compatible positioning engine, MG10 supports positioning accuracy of 0.1 에게 1 중, depending on installation and site conditions. Teams can apply this to finding shared equipment, following asset movement, or helping response teams locate personnel needing assistance. Minew’s established AoA tag ecosystem provides compatible asset tags and personnel wearables with different mounting and wearing options, giving developers existing hardware choices for the applications they are building.
Taking those applications into a facility also means planning reception, 케이블 링, and installation. Optimized antenna and hardware design reduces signal loss, allowing MG10 to receive tag signals over greater distances. PoE daisy chaining helps connect multiple locators with fewer separate cable runs back to the switch and fewer switch ports, while DC power provides another option to suit the site.
During installation, built-in tilt sensing and LED feedback help installers check mounting alignment. Orientation and tilt data can also be used for algorithm adjustments or subsequent data correction.
The MG10 series also offers other processing options. Onboard angle calculation reduces network traffic by forwarding angle data for the customer’s software to calculate locations. Built-in positioning calculates coordinates directly on the locator, without requiring a separate server for positioning calculations.
From developing algorithms with site data to choosing where location calculations run, MG10 gives solution providers practical options for bringing their positioning projects into operation.
Explore MG10 and find the starting point for your next positioning project.
