Deutsche Bank Turns Bullish on European Chip Stocks for the Second Half of 2026

Other European semiconductor companies—including Infineon Technologies and ASM International—were part of the broader positive sector narrative, but the publicly available reporting does not specify updated price‑target levels for those firms.

The six semiconductor trends driving optimism

Beyond individual stock upgrades, Deutsche Bank’s sector research outlined several structural themes expected to shape the European technology hardware landscape through 2026. These themes explain why analysts see the sector entering a more favorable phase of the cycle.

1. Memory shortages tightening supply

DRAM and NAND markets have experienced sharp price increases as supply tightens. Spot prices for DRAM rose dramatically in a short period, with similar jumps in NAND flash pricing. Analysts expect shortages and elevated prices to persist into 2027, improving profitability across parts of the semiconductor ecosystem.

Evidence of this dynamic also appears in Deutsche Bank’s coverage of memory producers, where tightening DRAM supply and stronger pricing supported higher valuation targets.

2. AI demand straining mainstream components

Artificial‑intelligence workloads are increasing demand for a wide range of chips—not just high‑end GPUs but also networking, memory, and specialized components. This pressure is tightening supply for “mainstream” semiconductor parts used across data centers and electronics.

3. Rapid adoption of photonics in data centers

Optical and photonic technologies are becoming increasingly important as AI data centers require faster interconnects and higher bandwidth. Deutsche Bank expects accelerating penetration of photonics and optoelectronics components as hyperscale infrastructure expands.

4. Advanced packaging and hybrid bonding

As chip scaling slows, manufacturers are investing heavily in advanced packaging technologies, including hybrid bonding and sophisticated testing processes. This trend directly benefits equipment suppliers like BE Semiconductor Industries that specialize in packaging tools.

5. Transition toward 800‑volt power architectures

Automotive and industrial electronics are shifting toward 800V power architectures, especially in electric vehicles. The change increases demand for advanced power semiconductors and supporting components.

6. The return of edge AI growth

While early AI growth centered on large cloud data centers, analysts expect renewed growth in edge AI—AI workloads embedded in devices, vehicles, and industrial systems. This expands semiconductor demand beyond hyperscale infrastructure into broader electronics markets.

Why analysts see a stronger second half of 2026

Taken together, these trends point to improving conditions across the semiconductor value chain: tighter supply in memory, rising AI infrastructure spending, and increasing complexity in chip design and packaging. Equipment suppliers benefit from higher capital expenditures, while chipmakers gain from pricing power and stronger end‑market demand.

For European semiconductor leaders—particularly companies such as ASML, STMicroelectronics, and BE Semiconductor Industries—these forces translate into improving revenue visibility and the potential for margin recovery as the cycle strengthens through late 2026 and into 2027.

At the same time, analysts caution that not every company will benefit equally, and detailed price‑target revisions remain limited in public reporting. Still, the overall message from Deutsche Bank’s latest research is clear: structural demand from AI, advanced packaging, and memory shortages is creating a more supportive backdrop for Europe’s semiconductor sector in the years ahead.