By Thomas Sonderman, CEO SkyWater Technology
The semiconductor industry has entered the era of proof
Performance gains are not coming from smaller nodes or faster clock speeds alone; they now must be unlocked with intelligent integration of advanced packaging processes into the design from the start. In 2026, packaging firmly shifts from a final back end of line process step to front-line performance driver.
Bloomberg Intelligence projects that the global advanced packaging services (APS) market will reach nearly $80 billion by 2033, and the competitive advantage is shifting to those who can integrate faster, closer to home, and at scale. The battleground now includes automotive, aerospace, defense, and industrial markets – sectors where system reliability, long lifecycle support, and secure sourcing are mission-critical. APS enables these industries crucial to U.S. advancement and national security to achieve higher performance, tighter tolerances, and faster innovation cycles, meeting new demands head-on at a time when they are the ultimate priority.
2026 is the Year Packaging Delivers at Scale
While chiplet architecture has existed for years, 2026 marks a turning point: their adoption is expanding beyond high-performance computing into foundational silicon for diverse markets like automotive, AI acceleration, 5G/RF, and industrial control systems. The difference is breadth and maturity – more devices, more verticals, and more high-volume production deployments.
Co‑design will move “left,” meaning packaging, test, and reliability considerations will be addressed early in the design process. This shift shortens development cycles and reduces costly late-stage changes.
Core technology enablers such as hybrid direct bonding, fan-out-wafer level packaging, and silicon interposers are now entering mainstream manufacturing. As these platforms mature, they will deliver measurable gains in density, thermal control, and interconnect performance. This translates into longer component life, higher computational throughput, and more reliable mission-critical systems for every vertical adopting them.
Secure, traceable U.S. builds are not marketing points anymore. They are the baseline expectation for competitive, compliant systems in sensitive industries.
Onshoring: from optics to output
The conversation around semiconductor onshoring has also shifted among policymakers, OEMs, and integrators. Success is now measured by outcomes: shorter lead times, resilient supply chains, and technically skilled local workforces.
In 2025, SkyWater proved APS advancements and domestic production can converge at speed. Our technology hubs in Texas, Florida, and Minnesota allowed us to cut supply latency, mitigate geopolitical risk, and keep semiconductor products traceable and secure for our customers. It’s all about scale without fragility, strengthening regional capacity while maintaining national reach.
Highlights include:
- Forward-shifted co‑design, aligning EDA tools and design rules earlier in cycles
- Reliability strategies locked in at the architecture phase
- Expansion in Texas that serves automotive and industrial customers
- APS line qualifications and customer module builds in Florida
- Minnesota customers reported measurable improvements in delivery confidence and lead time predictability
The call to lead in 2026
We are in a climate where the market is no longer impressed by growth aspirations or AI-hype, they need results and consistency. The coming year will reward companies that deliver reliably, at scale, and consistently onshore. APS is now the force multiplier reshaping how systems are conceived, built, and brought to market. Now, U.S. manufacturing has moved to strategic necessity.
The mandate is clear: lead in ways that benefit customers first, while upholding reliability, compliance, and performance thresholds that cannot be compromised. To our engineers, operators, program managers, partners, and customers – thank you. Together we’re proving that “Made here” means “Performing now.”