EETimes Europe’s Top 10 Most Popular Articles of 2024
- Latitude Design Systems
- Apr 2
- 3 min read
Introduction
From expectations of a semiconductor market rebound to Europe’s pursuit of technological sovereignty, EETimes Europe’s most-read articles of the year highlighted key themes such as advances in quantum computing, the potential of silicon photonics, and the rise of the RICS-V architecture. The articles also explored the role of engineering education in promoting sustainability, and the promise of graphene as a potential replacement for silicon. These topics reflect how the industry is navigating complex challenges while advancing innovation, resilience, and sustainability.
Below is the ranking of articles published in 2024. The data includes all articles published up to December 31, 2024.
Semiconductor Market: Rebound Expected in 2024, But Challenges Lie Ahead
Author: Ahmed Ben Slimane
In 2023, the semiconductor market experienced a slowdown, with an expected 9% decline compared to 2022. The memory sector was hit particularly hard, dropping by 37%, while the logic, analog, and discrete device markets remained relatively stable.
Preparing Electronics Engineering Students for Industry
Author: Robert Huntley
Electronics engineering plays a critical role in mitigating climate change, improving sustainability, and driving innovation. EETimes Europe interviewed Professor Derek Molloy from the School of Electronic Engineering at Dublin City University to understand how students are being prepared to face these challenges.
How Close Are We to Commercial Quantum Computers?
Author: Robert Huntley
To understand the progress from NISQ systems to fault-tolerant quantum computing, EETimes Europe spoke with experts from Bloc Ventures, Fraunhofer Institute, and the Institute for Quantum Control.
How Intel Quantum Chips Could Retransform Silicon-Based Computing
Author: Filippo Di Giovanni
Jim Clarke, Director of Intel’s Quantum Hardware Lab, explained Intel’s approach to quantum computing and how the company is leveraging its advanced transistor design expertise to build qubit chips on 300 mm wafers.
Europe Is Convincingly Pursuing a Path to Semiconductor Sovereignty
Author: Filippo Di Giovanni
With geopolitical tensions, market volatility, export controls, and trade friction threatening global economic stability, advancing semiconductor sovereignty has become more critical than ever.
imec: Breaking Connectivity Wall with Silicon Photonics and More
Author: Pat Brans
Researchers at imec discussed their work using advanced silicon photonics technologies to support current and emerging high-performance computing, along with studies into other materials and processes to meet future performance demands.
Graphene Transistor Could Revolutionize Semiconductor Industry
Author: Maurizio Di Paolo Emilio
Researchers at Georgia Tech reported that the graphene semiconductor they developed is compatible with standard microelectronics fabrication methods—an essential requirement for any viable alternative to silicon.
Electronics Industry Outlook: 2024 Will Be a Reset Year
Author: Nick Wood
The electronics industry has faced unprecedented conditions in recent years: supply chain crises, record lead times and backlogs, and urgency from customers. As 2024 begins, it’s clear the industry is undergoing a “reset.”
Physical Principles Underpinning Quantum Computing
Author: Filippo Di Giovanni
Quantum computing is based on three fundamental quantum principles: superposition, entanglement, and interference.
Navigating the RISC-V Revolution in Europe
Author: Saumitra Jagdale
RISC-V International projects that the RISC-V IP and software market will reach $1.07 billion by 2025. EETimes Europe interviewed Roger Espasa (CEO of Semidynamics), Brett Cline (CCO of Codasip), and Richard Wawrzyniak (Chief Analyst at SHD Group).
Conclusion
The top 10 most popular articles from EETimes Europe highlight key focus areas in the semiconductor industry: market rebound, technological innovation, and strategic industrial development. On the market side, the 9% overall drop in 2023, including a 37% plunge in the memory sector, underscores industry hopes for a rebound in 2024. On the technology front, advancements in quantum computing, silicon photonics, and RISC-V, along with graphene as a potential silicon alternative, demonstrate the direction of innovation. Meanwhile, growing attention on Europe’s semiconductor sovereignty strategy and the cultivation of electronics engineering talent reflect how geopolitical shifts influence industry trajectories and underscore the importance of future workforce development. These trending articles clearly outline how the semiconductor industry is evolving across multiple dimensions—technological breakthroughs, market adjustments, and strategic planning.
Comments