 Greetings! This is Luca Bertolomeo, responsible of the industrial and power conversion team in America. Today, I'm going to talk for a few minutes about the IO-Link solutions from SCMAC electronics. At first, let's introduce some basic definitions and what IO-Link actually is. IO-Link is a standard for industrial connectivity at a lower bid rate than the industrial Ethernet, and that is used to connect the mainstream of data to the end nodes, usually industrial sensors in a factory automation environment. The master represents the main controller, the device is the node that is controlled and monitored by the master, and the IO-DT is the IO device description providing the description of the sensor in an XML file. The demo we are presenting today is basically composed by two masters controlling two slaves. The master board is a combination of a nuclear board, in this case with a core M4 microcontroller, and a what we call P-nuclear board that can be easily plugged to the nuclear, and it has actually the actual IO-Link master chip, the L6360. We can stack more than one master, as in this case, both controlled by the same nuclear board. In this demo, we have added also an LCD showing the values of the sensors mounted on the two slaves, in this case temperature and humidity. We can easily understand that this configuration is a representation of the industry 4.0 concept, where the master is monitoring remote sensors. Now, let's talk about the end nodes, where ST can offer dedicated chip for IO-Link devices. The building concept is the same as the master, we have a nuclear board with X-nuclear on top. In this particular demo, we have two nodes. Actually, in the board on the right, we have an X-nuclear with L6362, our single channel IO-Link chip, and on the left, the newest L6364 dual channel transceiver. The L6364 has just been released. It comes with an embedded LDO and DCDC to simplify the design. All the protections for EMC immunity, reverse polarity, over-temperature and overload in a tiny package, QFN20, 4x4x1, 4mmx4mmx1mm, and even in chip scale package, 2.5mmx2.5mm. For your information, please visit our website. Thank you very much.