Industry analysis, product updates, and engineering perspectives from our team.
A practical, step-by-step guide for procurement managers and engineers on reducing the total cost of ownership for TE Connectivity connectors, relays, and sensors. Based on real vendor comparisons and order data.
A step-by-step guide for procurement professionals on how to choose the right sensor solutions, with real-world tips and pitfalls to avoid from an experienced buyer.
An administrative buyer shares a real-world story about navigating connector specifications, TE Connectivity CPC, ADC, and the N93 enclosure. Learn what connectors are from a procurement perspective, not a textbook.
A hands-on comparison based on real emergency procurement scenarios, covering response speed, pricing transparency, and reliability. Includes insights from calibrating blood pressure machines and experiences in North Carolina and El Paso.
From the perspective of a quality inspector, this article explains what TE Connectivity does, focuses on power connectors (including the C210 series), and addresses common misconceptions about product specifications and reliability in medical and industrial applications.
A veteran emergency procurement specialist argues that in high-stakes rushed orders, choosing TE Connectivity components isn't just about specs — it's about protecting your brand's reputation. No fluff, just hard lessons from the field.
A procurement manager's real-world story about why total cost of ownership (TCO) matters more than unit price when sourcing connectors, sensors, and cable assemblies.
A practical FAQ on TE Connectivity products and services for data center developers and engineers, focusing on quality, specifications, and real-world reliability.
A cost controller's practical breakdown of when TE Connectivity makes sense for your supply chain—and when it might not. Real numbers, real trade-offs, no fluff.
A rush order gone wrong taught this procurement specialist a hard lesson about cheap tools. Here's how TE Connectivity tools and a bit of field engineering turned a $6,000 flip phone prototype around in 36 hours.