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Medical


Medical equipment applications place a high emphasis on quality and reliability, which translates to a need for dependable and reliable semiconductor device sources. Additionally, requirements for regulatory approvals and standards such as IEC60101-1, ISO13485, and FDA-21CRF-Part807 can make redesign costly and time consuming. The ability to maintain a design’s original bill-of-materials throughout the life of a program is always the preferred option. However, with the fast rate of change in the semiconductor industry, this is not always possible. 


Rochester Electronics’ focus on support beyond a devices' standard lifecycle aligns with the interests of medical equipment suppliers. We support these customers by:


  • Providing 100% authorized stock on active and end-of-life (EOL) devices 
  • Purchasing stock during discontinuation cycles to maintain inventory beyond the last-time-ship date
  • Providing fully licensed manufacturing for obsolete products where demand continues after available inventory has been depleted

Key Products & Concerns


Microprocessors and Peripherals

  • Impacted by sole sourced-architecture specific devices
  • Requirements for system software update


Power Management

  • Qualification requirements for isolation and safety


Analog Signal Chain, Sensors, and RF Components

  • Customization, calibration and qualification of design


Memory and Logic

  • Impacted by market and technology trends

Case Studies

Rochester Electronics Extends the Life of Photodiode Sensor Arrays through Modern Testing Platforms


Learn how Rochester's partnership with an OCM made it possible to extend the life of a critical device, all while helping to avoid a time-consuming and costly redesign and requalification for the manufacturer.

Rochester Electronics Qualifies Hermetic Packages for MC68040FE Microcontrollers


A valued Rochester customer required an ongoing supply of the MC68040FE processor to produce medical ventilators to be used in the fight against COVID-19.

Replicating Critical Microprocessors


Rochester’s solution for this biomedical device customer was to replicate the original device, avoiding a costly redesign.