The growing expectations on Wi-Fi performance, coverage, security, support for new use cases, applications and devices require a step forward in the evolution of Wi-Fi. Wi-Fi 6 increases data rates and capacity, optimizes transmission in congested environments and extends support to new devices and use cases.

Leveraging the combination of a real-time-capable communication technology (TSN) and real-time-capable language (OPC UA PubSub) makes it possible to realize real-time capable applications in an industrial environment based on standards and 5G technology.

The larger wireless landscape has changed since the introduction of WirelessHART and ISA100.11a. These two standards have changed the process manufacturing landscape, but some companies are still trying to decide which protocol to adopt. What considerations should guide a facility choosing between the two today?

New 5G cellular technology is on the verge of release and offers very promising industry-changing benefits. But while most likely every potential benefit of 5G you read about is true, what is often forgotten is that not all features of 5G are available right from the start and that in…

The design of a high-density Wi-Fi network is a complex process. By considering important factors such as network reliability, data rate, mixed mode client ratios, load balancing, and network security, railway operators can choose an effective Wi-Fi solution that meets the requirements of rolling stocki applications.

Smart city technologies provide new solutions for smarter and improved city services. A scalable and low cost IoT network is the cornerstone of a Smart City program, and LoRa-based devices and the LoRaWAN specification helps create high-capacity, low power networks that form the basis of smart city solutions.

Wired TSN for industrial use is gaining acceptance but the next challenges developing seamless, wireless Time-Sensitive Networking capabilities. This article explores leveraging the existing industrial wired TSN design for wireless TSN, and thoughts on a roadmap for wireless TSN in the industrial environment.

Analysis of machine utilization, highly flexible production control, and predictive maintenance are possible using smart manufacturing objects and wireless technologies. WLAN, RFID and RTLS are all highly suitable for industrial environments by combining rugged component design with reliable communication paths.

Scalable, high-bandwidth kinetic mesh networks provide unmatched connectivity for upstream, midstream, and downstream applications. To realize peak productivity and savings, mission-critical applications need to run on a communications network that offers highly reliability, agility, and adaptable connectivity.

Wireless mesh networking offers a solution for modern wide-area IoT deployments. Evaluation teams should factor this networking topology into their technology decisions, while also considering characteristics including security, scalability, interoperability, and reliability.