IO-Link - but wireless!
IO-Link is used for simple wiring of intelligent, complex sensors and actuators using a standardized 3-wire sensor cable. In future, devices will also communicate wirelessly via IO-Link.
Articles and background information on the topic
IO-Link is used for simple wiring of intelligent, complex sensors and actuators using a standardized 3-wire sensor cable. In future, devices will also communicate wirelessly via IO-Link.

Schneider Electric / Telemecanique
The Internet of Things is quickly associated with big data - huge amounts of data sent directly from sensors to the cloud. Telemecanique shows that there is another way with the XIOT cloud sensor. For the first time, communication takes place via Sigfox.

5G is needed for the digitalization of industry, according to a recent statement from the VDMA. Is 5G really the linchpin for the successful digitalization of the industry? Neil Hamilton, Vice President EMEA at Thingstream, provides answers to important questions.
Point-to-point connections for wireless sensors are the status quo on moving or inaccessible machine and system parts. New are wireless networks that connect hundreds of sensors to higher-level IT systems via access points.

Radio instead of cables - this topic is occupying more and more machine and plant manufacturers. Schildknecht is presenting new solutions specifically for Bluetooth Low Energy and is also addressing the future topic of 5G.

At the Digital Summit in Tallinn, Estonia, Bosch and Nokia are presenting a demonstrator that combines the upcoming 5G mobile communications standard with Industry 4.0 solutions. 5G is set to increase the speed of mobile data transmission tenfold from 2019.
Fieldbus / Ethernet / Wireless
Industrial radio systems are the basic technology for implementing modern operating concepts using standard smart devices such as tablet PCs or smartphones - keyword 'Bring your own device' (BYOD).
Fieldbuses / Industrial Ethernet
How is the market share of industrial networks in the field of factory automation developing? The latest market assessment from HMS Industrial Networks provides an answer to this question.
That was the Wireless Congress 2016
Industry 4.0, Industrial Internet and IoT are driving the development of new wireless technology. Low Power Wide Area Networks (LPWAN) are currently predicted to grow rapidly. Several wireless technologies are competing with each other - and with mobile communications.

Anybus Wireless Bolt is a compact wireless gateway from HMS which, with its design and integrated antenna, is designed for use directly on the machine.