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Photonics is often framed as the next breakthrough in chips, but according to Professor Martijn Heck, the reality is more nuanced: real progress depends on hybrid integration, production scale and reliability—not technological promise alone.
Cloud computing was once presented as borderless and abstract. In the age of AI, that illusion is fading. Energy grids, legal jurisdiction and physical compute infrastructure are reshaping how Europe thinks about cloud, sovereignty and the future architecture of digital power.
As artificial intelligence systems scale to unprecedented levels, the real bottleneck is no longer computing power but data movement. Silicon photonics promises faster, cooler communication between chips—yet the industry still faces a critical challenge: manufacturing optical hardware reliably at massive scale.
AI chips are hitting physical limits, forcing the semiconductor industry to rethink how processors are built. As architectures shift from single chips to stacked “silicon skyscrapers” advanced packaging is emerging as the next critical frontier in the race for AI computing power.
MWC 2026 reveals a deeper shift in the technology industry. While futuristic gadgets dominate the exhibition floor, the real transformation lies beneath—in the massive infrastructure investments powering the AI economy, from hyperscale data centers to satellite networks and global connectivity systems.
At MWC 2026, the real story is not devices but infrastructure. Three technological ecosystems—led by the United States, China and Europe—are reshaping the architecture of the digital economy, signaling a future where AI networks, cloud platforms and regulations evolve in parallel blocs.
At MWC 2026, the real story is not faster devices but control over the infrastructure that will shape economies, cities and security in the 2030s. As 6G moves from connectivity to sensing and AI integration, Europe faces a defining sovereignty test.
At MWC 2026, telecom operators are repositioning themselves as the custodians of digital sovereignty. As AI, edge computing and geopolitical fragmentation reshape the technology landscape, control over networks — not apps — may determine who governs the infrastructure of the future digital society.
Artificial intelligence is often framed as a race for larger data centres and greater energy supply. Professor Martijn Heck argues that the real frontier lies elsewhere: in the architecture of the chip itself. By integrating electronics, photonics and advanced packaging into unified systems, heterogeneous integration may determine whether AI scales sustainably — or overwhelms the infrastructure it depends on. In this conversation, Heck outlines why better chips, not bigger factories, will shape the technological balance of the coming decades.
Europe’s telecom giants are discovering that the true constraint on digital growth is no longer spectrum or software, but electricity. As AI spreads across networks, connectivity itself is becoming energy-intensive infrastructure — forcing operators to rethink costs, strategy and their role in the physical economy.
