The three main technical requirements for any enterprise looking into Internet of Things connectivity are coverage, energy efficiency and data rate. For some simpler deployments, low speed connections that are not always on can be ideal, requiring smaller batteries and delivering IoT connectivity cost effectively. This may lead to adoption of 5G or 4G cellular IoT connectivity but this decision must be balanced against the likely cost and the power usage these technologies require. For some very high speed, ultra-low latency connectivity is required. IoT connectivity should be selected based on careful assessment of each deployment’s characteristics. How to connect to IoT is one of the most important decisions when it comes to IoT. ![]() The fragmented nature of IoT deployments mean there are a large number of IoT connectivity standards for organizations to choose from. It is the IoT connectivity that brings value from IoT by communicating their data to enable action to be taken, services to be delivered and revenue generated. IoT connectivity is essential because it enables the I of IoT, without it, devices are just things. ![]() ![]() IoT connectivity is the means by which an IoT device, which can be anything from a simple sensor in a factory to a self-driving vehicle and encompasses applications from streetlights to robots, connects to the cloud, other devices and integration points such as IoT gateways.
0 Comments
Leave a Reply. |