WIN SOURCE, a leading global distributor of electronic components, will showcase its RF and high-frequency system solutions at the International Microwave Symposium (IMS 2025), held at Moscone Center in San Francisco. Attendees can visit Booth #669 to learn how WIN SOURCE supports engineers with smart sourcing, lifecycle continuity, and fast global delivery across complex RF applications.

System-Level Support for RF Applications

At IMS 2025, WIN SOURCE will highlight how it addresses the needs of high-frequency system designers and integrators through:

RF Component Matching
BOM-driven matching with a deep inventory for PA, LNA, VCO, FEM, filters, and RF switches.

EOL and Lifecycle Sourcing
Reliable strategies for sourcing end-of-life (EOL) components to extend product lifecycles and reduce redesign risk.

Fast, Global Fulfillment
Distributed inventory hubs and local delivery channels enable fast verification, sampling, and volume fulfillment.

Supporting Reliability in High-Frequency Design

High-frequency applications demand both system stability and component-level reliability. WIN SOURCE leverages years of experience serving RF system customers to support validation, prototyping, and localized fulfillment—helping teams minimize disruption and meet production timelines.

“Our goal is to be the go-to sourcing partner for RF engineers worldwide,” said a WIN SOURCE spokesperson. “We help teams move faster, stay flexible, and scale without compromising reliability.”

Event Details

Event: International Microwave Symposium (IMS 2025)

Dates: June 17–19, 2025

Location: Moscone Center, San Francisco, CA

Booth: 669

About WIN SOURCE

WIN SOURCE provides sourcing solutions for hard-to-find, EOL, and mainstream components across global industries. Its flexible supply chain support enables engineering teams to build resilient systems and stay ahead of design and production risks.

Email: us-service@win-source.net

Website: www.win-source.group | www.win-source.net

Stop by Booth #669 at IMS 2025 to connect with our team and explore strategies for smarter RF sourcing and system-level stability.