What Happens When Your Medical Device Outlives Its Components?
A medical device may need to remain supported for 10+ years. Some of the components inside it could reach end-of-life in just 3–5 years.
How do you design for what happens in between?
Processors evolve. Displays are discontinued. Power components change.
For medical device engineers, what appears to be a straightforward component replacement can have consequences across hardware, software, mechanical integration, validation and compliance.
Component obsolescence isn't simply a sourcing problem.
It's an engineering challenge that can begin at the design stage.
NEW ENGINEERING WHITE PAPER
Designing Medical Devices for 10+ Year Lifecycles
A Practical Framework for Managing Component Obsolescence
Discover how decisions made during development can influence the long-term viability of a medical device and how lifecycle risk can be considered before an EOL notification forces change.
Click here to download the white paper
What Will You Discover?
The white paper explores:
- Why medical device and component lifecycles are increasingly misaligned
- Where obsolescence risk can enter a design
- Why changing one component can have system-level consequences
- The potential impact on engineering cost, compliance and development timelines
- How lifecycle considerations can influence component selection and system architecture
- Key considerations across compute, display, HMI and power
- A practical engineering framework for designing with longevity in mind
Click here to download the white paper