Wevolver

How can flexible circuits become lighter without compromising electrical performance or manufacturability?

DP Patterning’s Dry Phase Patterning process offers an alternative to conventional wet etching and printed silver inks. By mechanically removing unwanted metal from conductive laminates, the process enables flexible circuits using aluminium and copper-clad aluminium, with reported conductivity up to 2–3 times that of printed silver inks. With roll-to-roll production and reduced energy consumption, the approach could influence how engineers design, prototype, and scale lightweight electronic components.

Read the full article to learn more: wevlv.co/4ewU6CK

#engineering #technology #electronics

Power density, efficiency, and thermal management are becoming increasingly important in modern electronics, from AI data centres to robotics and automotive systems. Southchip is bringing its power management IC expertise closer to European engineers, with solutions designed to address demanding power conversion requirements. Its portfolio includes technologies for high-efficiency power delivery, including GaN-based solutions for emerging applications.

As Southchip expands its presence in Europe, it is also building local engineering support and partnerships to help customers address increasingly complex power design requirements. Explore how its IC portfolio is evolving to support the next generation of intelligent and electrified systems.

Read the full article: wevlv.co/489uVCF

#engineering #technology #chips #icdesign

As AI workloads become more demanding, traditional semiconductor scaling alone is no longer enough to meet growing performance and data-processing requirements. 3D IC technology offers another approach by stacking chip components and bringing computing and memory resources closer together. However, this introduces new engineering challenges in thermal management, power delivery, signal integrity, and manufacturing reliability.

Chiplets, advanced packaging, digital twins, and AI-driven workflows are becoming increasingly important in addressing these complexities. This article explores why the semiconductor industry is moving towards 3D IC design and what this means for the next generation of computing systems.

Learn more: wevlv.co/4AoSsvp

#artificialintelligence #ai #engineering #technology #siemens

As AI workloads become more demanding, traditional semiconductor scaling alone is no longer enough to meet growing performance and data-processing requirements. 3D IC technology offers another approach by stacking chip components and bringing computing and memory resources closer together. However, this introduces new engineering challenges in thermal management, power delivery, signal integrity, and manufacturing reliability.

Chiplets, advanced packaging, digital twins, and AI-driven workflows are becoming increasingly important in addressing these complexities. This article explores why the semiconductor industry is moving towards 3D IC design and what this means for the next generation of computing systems.

Learn more: wevlv.co/4AoSsvp

#artificialintelligence #ai #engineering #technology #siemens

@Siemens

Reducing conductor weight without compromising electrical performance is a key challenge in flexible electronics design.

This article explores how DP Patterning’s Dry Phase Patterning process uses mechanical cutting to produce flexible circuits from aluminium and copper-clad aluminium. The approach eliminates chemical etching and reportedly delivers up to 2–3 times the conductivity of printed silver inks. With roll-to-roll production capacity of 10 million m² annually, the technology offers another route to scaling lightweight, high-performance flexible circuits for drones, antennas and industrial applications.

Read the full article to learn more: wevlv.co/4ewU6CK

#engineering #technology #electronics