With component availability steadier than during the most acute shortage years but still uneven across qualified parts, the May/June issue of IN Electronics & Design follows the pressure now shaping electronics programmes across supply, validation, and system design.
Geopolitical disruption, export controls, memory demand, and AI infrastructure investment run through the issue, with the opening commentary showing how components can remain available in broad market terms while becoming difficult to specify at the cost, lead time, or qualification level assumed during concept development. For medical devices, monitoring systems, diagnostic instruments, and connected healthcare products, a late component change can move quickly from purchasing inconvenience to redesign, retesting, software validation, and regulatory evidence.
As supply strategies move away from linear, low-buffer operating models, the cover interview with RS Group’s Carolyn Park, Vice President – Supply Chain Optimisation, focuses on visibility, regional diversification, digital modelling, and closer supplier relationships. The discussion reflects a wider shift in electronics procurement, where resilience is being treated as a practical design constraint rather than a separate sourcing exercise.
Across the medical technology features, Intellias covers AI-enabled diagnostic and monitoring systems, EMS examines miniature drive systems for faster device deployment, and East West Manufacturing looks at resilience-led medical manufacturing. A further feature from Swindon Silicon Systems explains how sensor interface ASICs support reliable decision-making by turning raw measurements into stable, application-ready data.
With AI infrastructure also increasing the demands placed on power, cooling, and signal integrity, the issue includes coverage of high-power delivery for industrial networks from Antaira, IoT security from Wireless Logic, retimers for AI server fabrics from Microchip, liquid-cooled busbars from Molex, and rack-level power architecture work involving Infineon and NVIDIA. The result is a view of an electronics sector still building and adapting, but with less room for designs that assume critical capacity will be waiting when needed.
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