Rice University researchers received three grants from the National Science Foundation (NSF) as part of a larger effort to make wireless systems more intelligent and resilient.
5G is emerging as an advanced wireless technology for industrial process requirements and can provide better on-site support in harsh conditions and better connect devices and machines.
When building AGVs and AS/RS systems, there are three factors machine OEMs and system integrators should be aware of.
Novel beam management practices for 5G wireless technology are being developed to provide a reliable solution for mmWave communication.
5G technologies are in three parts; even in the first, it’s possible to communicate with industrial communications protocols. A fieldbus protocol can be used for industrial 5G, over the 5G R15 enhanced mobile broadband (eMBB).
Texas A&M project aims to advance the resiliency of next-generation wireless and mobile communication, networking, sensing and computing systems.
LoRaWAN now seamlessly supports Internet Protocol version 6 (IPv6) from end-to-end, which will increase its applicability for smart buildings, manufacturing and more.
IO-Link is a standardized technology that regulates how sensors and actuators in industrial systems interact with a controller.
There is a lot of potential for 5G for industrial applications where remote access to distance equipment is required.
Using Bluetooth, WirelessHART and cloud connections, plants and facilities are leveraging increased process and diagnostic data to enhance operational efficiency and decrease downtime.