The Path to 1nm and Beyond: Navigating the Next Frontier in Transistor Technology

The journey beyond 1nm is the next great semiconductor challenge. Explore the technologies—CFETs, 2D materials, and more—that will power future chips and how Avecas is preparing for the revolution.
The Chiplet Revolution: How Heterogeneous Integration is Breaking the Monolithic Mold

For decades, the relentless pursuit of Moore’s Law meant packing more and more transistors onto a single, monolithic piece of silicon. This “System-on-a-Chip” (SoC) approach delivered incredible gains. But today, at the bleeding edge of process nodes, the economics are breaking down. The cost of a new tape-out is astronomical, and yields for massive, complex […]
The Bleeding Edge Bill: Can We Afford the Astounding Cost of 3nm and 2nm Chips?

For half a century, Moore’s Law has been the beating heart of the tech industry. The prediction that the number of transistors on a chip would double every two years has given us exponentially more powerful smartphones, laptops, and cloud servers. We’ve come to expect it. But behind the scenes, a crisis is brewing. The […]
Semiconductor Nationalism: How the CHIPS Act and a Global Subsidy Race are Redrawing the Tech Map
For decades, the mantra of the global tech industry was efficiency above all else. Companies chased the lowest costs and the most streamlined supply chains, leading to an incredible concentration of a critical technology: semiconductor manufacturing. Today, that mantra is being replaced by a new, powerful word: resilience. The wake-up call was the pandemic-induced chip shortage, […]
The “Fab-Lite” Revolution: How Going Chipless Became a Smart Business Strategy

If you’ve followed the tech world in the last few years, you’ve heard the panic: “The global chip shortage is bringing industries to their knees!” Car manufacturers were parking unfinished vehicles, and gamers were battling bots for the latest graphics cards. In boardrooms, this chaos triggered a massive rethink. For decades, the gold standard for […]
