Inhand Ig502. Product Overview IG502 CloudsReady Industrial Edge Gateway Buy InHand Networks InGateway IG502 4G LTE Cellurar Protocol Cost-Effective Edge Computing Gateway for Industrial IoT Applications InHand became a partner of Microsoft and Amazon, providing users with multiple industrial cloud solutions..
Inhand IG502 Networks Edge Computing Gateway Installation Guide from device.report
It supports multiple IoT clouds (i.e., MS Azure and AWS), making it easy to collect data from different onsite devices, validate data and upload them to the cloud. InGateway502 (IG502 for short) can provide rich networking functions and analysis of various mainstream industrial protocols such as ModbusTCP/RTU, and can be connected to mainstream loT cloud platforms such as AWS and Azure.
The connection method is as follows:Choose System Management > InHand Cloud, tick Enable InHand Cloud and configure the corresponding server address and registered account, and click Submit after the. The IG502 is small in size and rich in interfaces for convenient global cellular access Equipped with edge computing capabilities, the IG502 edge gateway pre-processes, filters and cleans data before sending them to the cloud, relieving the pressure of the data center and enhancing.
IG502 has won 35th annual Control Engineering Engineers’ Choice Award. IG502 Series Cost-effective Edge Gateway InGateway502 (referred to as IG502) is a cost-effective edge gateway launched by Inhand for the industrial Internet of Things InGateway502 (IG502 for short) can provide rich networking functions and analysis of various mainstream industrial protocols such as ModbusTCP/RTU, and can be connected to mainstream loT cloud platforms such as AWS and Azure.
SCONNECT InHand Networks InGateway502 (IG502). The connection method is as follows:Choose System Management > InHand Cloud, tick Enable InHand Cloud and configure the corresponding server address and registered account, and click Submit after the. The IG502 is small in size and rich in interfaces for convenient global cellular access