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Industrial Connectivity Without the Complexity: Faster Paths to Distributed Control and Remote I/O
Industrial systems are becoming more connected, distributed and software-defined. Learn how NXP helps simplify remote I/O, industrial networking and edge connectivity with scalable hardware, software and communication solutions designed to accelerate automation development and reduce integration effort.
Industrial automation is undergoing a major transformation as machine builders and factory operators adopt more connected, distributed and software-defined architectures. Engineers are increasingly challenged to integrate sensors, actuators, controllers and industrial networks while managing growing demands for scalability, interoperability and faster development cycles.
In this webinar, we'll explore practical approaches to simplifying industrial connectivity and distributed control system design.
We'll begin with an overview of NXP's industrial automation portfolio, highlighting the edge processors, security technologies and software solutions that help developers build modern industrial systems. We'll then introduce the NXP Port Industrial Networking Suite, a flexible software portfolio that simplifies the implementation of industrial communication protocols and accelerates network-enabled product development.
The session will also feature NXP's Remote I/O Platform (RIOP), a modular development platform designed to help engineers rapidly evaluate and prototype distributed I/O systems. Attendees will see how RIOP combines industrial networking, secure edge processing and high-accuracy data acquisition to support factory automation, machine control and Industrial IoT applications.
Key topics include:
-Trends driving distributed industrial architectures
-Simplifying industrial networking integration
-Accelerating remote I/O development and evaluation
-Supporting scalable machine and factory connectivity
-Reducing development complexity with hardware and software platforms
Whether you're developing machine controllers, remote I/O modules, industrial gateways or connected automation systems, this session will provide practical insights for bringing industrial products to market faster.
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David Piskula
Systems Enablement Engineer, Embedded AI and Microcontroller Enablement
About
David is a systems enablement engineer focused on i.MX RT devices, embedded AI and RTOS. He works on inspiring customers through demos and reference designs and helps them drive their projects to successful conclusions through technical support. He earned a master’s degree at the Faculty of Information Technology, Brno University of Technology. He joined NXP in Roznov pod Radhostem as an intern to develop his thesis focused on an end-to-end IoT application, building a secured remote-access smart home using NXP devices and technologies. He’s since moved to NXP in Brno and has been growing his expertise for the past 7 years