Abstract
Electronic shelf labels (ESL) are electronic equivalent of price tags in retail stores, product id labels in large warehouses, and instruction sheets in manufacturing assembly lines. The volume of labels varies up to 1000-12000 in numbers depending on the application. This paper describes novel wire
Highlights
ADI RapidNet IP protocol is a sub-GHz synchronized wireless networking solution based on low power wireless networking standards [1], that address industrial and commercial applications where reliability, robustness, scalability and battery life are critical
This is differentiated by high data throughput for large networks, especially in the downlink direction where it can update thousands of end nodes with kilobytes of data in less than an hour
The motivation to develop protocol being develop a network capable of updating 12000 nodes per hour with communication robustness .The network should support low power mode to ensure 7-year battery life with cr2450 x2.This network allows Electronic shelf labels (ESL) application to perform dynamic update of the EINK displays from the PNG image sent from the gateway
Summary
Received on 21 April 2019; accepted on 30 May 2019; published on 16 July 2019 Keywords: IoT, ESL, low power wireless protocol for large network. ADI RapidNet IP protocol is a sub-GHz synchronized wireless networking solution based on low power wireless networking standards [1], that address industrial and commercial applications where reliability, robustness, scalability and battery life are critical. The protocol facilitates fast response time allowing end nodes to send important alert messages with only several minutes latency in a very large network. The motivation to develop protocol being develop a network capable of updating 12000 nodes per hour with communication robustness .The network should support low power mode to ensure 7-year battery life with cr2450 x2.This network allows ESL application to perform dynamic update of the EINK displays from the PNG image sent from the gateway.
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