Article #4 of our Industrial IoT revolution series: To deal with the extremities of harsh environments like construction, mining, or agriculture, physical and wireless interconnects need to be engineered for durability.
Article #3 of our Industrial IoT revolution series. Although data is the key in deriving meaningful insights, feature-full connectivity has emerged as a leading need in retrofitting existing manufacturing environments with automation.
Article #2 of our Industrial IoT revolution series: The purpose of HVACR, and IAQ systems is to create a comfortable, and secure environment indoors. But to do so, these systems require accurate feedback of the environment variables.
Article #1 of our Industrial IoT Revolution Series: As the power requirements and operating frequencies of electronic components rise, new interconnecting technologies are required to cater to the ever-growing demand.
A guide to leverage energy harvesting technology, meet peak power requirements for data transmission, and pairing batteries with supercapacitors as an energy storage system.
Article #6 of our Circuit Protection Series: The Factories of the Future Will Demand Advanced Circuit Protection Technology to Keep Everything Connected.
Article #5 of our Circuit Protection Series: Ports like RS-485 and Ethernet are a key part of any communication system but can be vulnerable to stress.
A critical flaw in random number generators puts the security of billions of low-cost IoT devices at risk. This means a new approach for generating random numbers is needed, which can be found in extracting entropy from SRAM behaviour.
Half Duplex vs Full Duplex: Understand how these protocols affect data transmission, learn their advantages and limitations, and discover how they are utilized in various networking technologies.
The data link layer in the OSI model is responsible for seamless video calls and swift file transfers. This article will dive deep into its mechanisms and operations appreciating how the layer silently powers our interconnected world.
As utilities and consumers switch to green energy sources, the IoT is used to analyze usage patterns and predict faults to make electricity grids more intelligent and reliable.