What if motor control evaluation no longer depended on physical lab access, hardware
availability, or complex setup cycles?

With Infineon Live Lab, engineers can now remotely access and interact with REAL motor control hardware directly from the browser. This enables faster experimentation, testing, and validation without the traditional delays associated with hardware evaluation.

This live webinar showcases how Infineon Live Lab, powered by TenXer Labs’ cloud-connected hardware infrastructure, is transforming the way developers explore PSOC™ Control workflows.

From live BLDC motor control and FoC demonstrations to RPM monitoring, phase current analysis, and PicoScope integration, attendees will experience real-time hardware interaction without requiring local setup or hardware procurement.

Through tools like ModusToolbox™ – Motor Suite, developers can streamline experimentation and accelerate development workflows across industrial automation, embedded systems, robotics, EV technologies, and power electronics applications.

Meet our Speaker
Raghumanth A is an R&D Hardware Engineer at TenXer Labs specialising in power electronics design, DC-DC converter topologies, motor drive systems, and embedded hardware applications. His work focuses on advancing practical engineering solutions across motor control, solar energy systems, and standalone DC grid technologies.

As an engineer actively building and optimizing these remote motor control environments, Raghu brings firsthand insight into how developers can remotely test, analyze, and validate real hardware through Infineon Live Lab. His hands-on expertise across motor drives and power electronics makes this session especially valuable for teams exploring modern motor control
workflows.

What you can expect
• Live BLDC motor control demonstrations
• FoC workflows hosted on Infineon Live Lab
• RPM control, phase current monitoring & load control
• ModusToolbox™ – Motor Suite walkthrough

• PicoScope integration & live signal analysis

Who should attend?
Designers and developers working in:
• Motor control systems
• Embedded systems
• Industrial automation
• Robotics and EV technologies
• Power electronics and energy systems