← All Dailies
Daily · Monday, December 22, 2025

AI and Quantum Security Drive Semiconductor Innovations Today

Today’s big story: semiconductor giants are ramping up innovations to meet the booming AI demand and tackle future quantum threats. Intel and Amkor are teaming up to enhance EMIB technology, while Broadcom is securing data storage against quantum computing risks. You can see the industry is evolving rapidly to address both performance and security challenges.

Key Stories

IFTLE 651: Intel and Amkor Join Forces for EMIB

Summary

Intel and Amkor are collaborating to advance EMIB technology for AI applications.

Why this matters

• This partnership aims to streamline high-volume manufacturing processes, crucial for meeting AI industry demands.
• Establishing assembly processes in multiple global locations enhances supply chain resilience.
• It signals a strategic shift towards integrating advanced packaging technologies in semiconductor production.

Broadcom Hardens Storage Security Against Quantum Threats

Summary

Broadcom introduces quantum-safe encryption in its latest storage solutions.

Why this matters

• The move positions Broadcom as a leader in preparing for future quantum computing threats.
• Quantum-safe technologies are essential for protecting sensitive data in an increasingly digital landscape.
• This innovation could set a new standard for data security across the industry.

Extreme Fast Charging Architectures From 350 kW to 3.75 MW

Summary

Advancements in extreme fast charging technologies are being highlighted for heavy-duty EVs.

Why this matters

• The shift to megawatt-class charging systems will significantly reduce charging times for electric vehicles.
• Utilizing silicon carbide components enhances power efficiency, crucial for EV adoption.
• This technology could reshape the automotive landscape by making EVs more convenient for consumers.

Research Bits: Dec. 22

Summary

Innovations in photonic memory and single-photon switches are discussed as potential game changers.

Why this matters

• These advancements could dramatically improve data processing speeds, vital for AI and big data applications.
• The development of slow light concepts may lead to more efficient memory solutions.
• This research reflects ongoing trends towards integrating photonics in semiconductor technologies.

Editor's Picks

Ultrasound Treatment Takes on Cancer’s Toughest Tumors

Summary

Researchers have developed a new ultrasound method for targeting cancerous tumors.

Why this matters

• This innovation could revolutionize cancer treatment by minimizing damage to healthy tissue.
• It highlights the potential of semiconductors in advancing medical technologies through improved imaging and treatment methods.
• Such advancements can lead to better patient outcomes and lower healthcare costs.

A Deep Dive into Navitas’ Trench-Assisted Planar SiC Architecture

Summary

Navitas is innovating in SiC architecture to enhance power efficiency and performance.

Why this matters

• This technology is critical for high-voltage applications, particularly in the automotive sector.
• Improved efficiency can lead to cost savings and better performance in electric vehicles.
• Such advancements reflect the ongoing trend towards more sustainable and efficient energy solutions.