Rochester Electronics and Qorvo Expand Global Semiconductor Distribution Partnership

15 July 2026 | NEWS

The agreement strengthens long-term availability of RF and power semiconductor products, supporting lifecycle management for mission-critical applications.

Rochester Electronics, LLC, a premier continuous source of authorised semiconductors, and Qorvo®, a leading global provider of connectivity and power solutions, announced the completion of a worldwide distribution agreement. This collaboration significantly expands access to Qorvo’s RF and power high-performance semiconductor solutions for customers worldwide, with a particular emphasis on longevity of supply and lifecycle support.

Through Rochester Electronics’ unique position as a licensed manufacturer and authorised continuing source of semiconductors, Qorvo is extending the availability of its products to meet lifecycle design needs. This agreement not only helps ensure continuity for long-term applications but also contributes to technological sustainability by minimising the need for system redesigns, providing risk mitigation for ongoing programs, and supporting the reuse and longevity of existing Qorvo-based hardware platforms.

“Our distribution agreement with Rochester Electronics reinforces Qorvo’s commitment to delivering high-performance solutions with dependable, ongoing support,” said Dan Smith, Vice President of Worldwide Sales and Distribution at Qorvo.

This strategic alliance strengthens Qorvo’s global supply chain, focused on quality, performance, and longevity – supporting key markets and mission-critical designs in aerospace, defence, connectivity, industrial, power management and communications.

“We are honoured to partner with Qorvo to ensure the sustained supply of its advanced semiconductor products to industries with stringent reliability and longevity requirements,” said Nick Rabbitt, Vice President, Business Development and Product Strategy at Rochester Electronics. “Together, we enable engineers and OEMs to support existing systems and extend design lifecycles with confidence.”