Hospital medical equipment is expected to deliver continuous uptime, deterministic performance, and uncompromising safety and security—all while meeting strict regulatory requirements. Achieving this level of reliability starts with the right system architecture.
In this joint webinar, NXP and QNX will show how i.MX 9 application processors combined with the QNX OS enable medical device platforms that are secure by design, scalable, and ready for certification. Using real world medical use cases, we’ll explore how architectural choices at the hardware and OS level translate into reliable, compliant products in clinical and laboratory environments.
What You Will Learn
Design approaches for medical device platforms that deliver reliable performance, continuous uptime, and strong safety and security
How multi core SoCs support real time control and high-performance data processing
How microkernel based RTOS provides determinism, fault isolation, and reliability for medical systems
How architectural design choices can simplify and accelerate functional safety and regulatory compliance in medical devices
Dan bridges clinical insight and product innovation to advance the medical devices we depend on every day. Starting with a clinical background in nuclear medicine and radiotherapy, he has led the development of advanced multi-modality imaging and...
Global System Marketing Manager - Healthcare Applications, NXP
System Marketing Specialist exclusively focused on healthcare at NXP. Collaborates with NXP product teams, engineers, and architects, along with leading global medical manufacturers and partners, to address the unique needs of the medical domain...
Technical Director, Systems Architecture, NXP Semiconductors
Rohitaswa Bhattacharya is a Technical Director at NXP, overseeing system architecture with a strong focus on functional safety across both automotive and industrial domains. Based in Austin, Texas, he brings over two decades of experience spanning...