New Technology Promises to Make Display Screens Cheaper, Brighter and More Environmentally Friendly

  • News: CEO Interview with Roger Cummings of PEAK:AIO
  • Launches: Himax to Debut Breakthrough Ultra-Luminous Miniature Dual-Edge Front-lit LCoS Microdisplay at Display Week 2025
  • Charts: New Technology Promises to Make Display Screens Cheaper, Brighter and More Environmentally Friendly
  • Research: Researchers Unveil Rapid Self-Healing Electronic Skin
  • Insight: Security Risks Mount for Aerospace and Defense Applications

News

CEO Interview with Roger Cummings of PEAK:AIO
In an insightful interview, Roger Cummings, CEO of PEAK:AIO, discusses how the company is transforming storage solutions for AI workloads. By addressing data bottlenecks caused by legacy systems, PEAK:AIO enhances performance and efficiency in sectors like healthcare and government. Their innovative architecture promises to provide up to six times the performance with significantly lower energy consumption, setting a new standard for AI infrastructure.

Roger Cummings of PEAK:AIO


Launches

Himax to Debut Breakthrough Ultra-Luminous Miniature Dual-Edge Front-lit LCoS Microdisplay at Display Week 2025
Himax Technologies has unveiled a state-of-the-art LCoS microdisplay designed for next-gen AR glasses and head-mounted displays. This ultra-compact display, featuring a remarkable brightness of up to 350,000 nits and power efficiency, redefines possibilities in miniature optics and is set to be showcased at Display Week 2025.

Himax Microdisplay


Charts

New Technology Promises to Make Display Screens Cheaper, Brighter and More Environmentally Friendly
Researchers at the University of Surrey have introduced a multimodal transistor that simplifies display circuits, potentially halving production costs and enhancing energy efficiency. This innovation could revolutionize screen technology across various devices, from smartphones to medical devices, while significantly reducing harmful waste.

New Display Technology


Research

Researchers Unveil Rapid Self-Healing Electronic Skin
A team at the Terasaki Institute has developed an electronic skin capable of self-healing within 10 seconds. This breakthrough technology maintains flexibility and electrical performance, paving the way for advanced health monitoring devices. With applications in sports performance and prosthetic control systems, this innovation represents a significant leap in wearable technology.

Self-Healing Electronic Skin


Insight

Security Risks Mount for Aerospace and Defense Applications
Experts discuss the increasing hardware security vulnerabilities affecting the defense sector, highlighting the risks posed by over-manufacturing and sophisticated attacks. As reliance on advanced semiconductor systems grows, the need for robust security measures in hardware design becomes paramount. Insights from industry leaders emphasize the importance of integrating security from the design stage to mitigate potential threats.

Security in Defense Sector


Stay informed with us for the latest updates, innovations, and insights in the semiconductor industry as we continue to explore the evolving landscape of technology and manufacturing.

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