Semiconductor State of the Market 2026

Key Takeaways:

• The semiconductor market is entering a production-scale growth phase, driven by AI infrastructure and advanced packaging.
• US fab expansion (CHIPS Act) is creating immediate demand across optics, motion, and inspection technologies.
• Supplier entry requires long-term investment, not short-term ROI expectations.
• Companies targeting the semiconductor market are winning design-in opportunities in top growth areas driven by AI chips, silicon photonics, advanced packaging, and metrology.
• Only 10–20 target accounts may matter for most deep tech companies—semiconductor market research and precision targeting is critical.

Implications for Semiconductor Supply Chain, Photonics and Deep Tech

Since the CHIPS Act, manufacturers have looked to enter the semiconductor market, position their technology in the semiconductor ecosystem, and tried to match their go-to-market with the flow of investment.

At times, there’ve been more questions than answers: When will the money start to flow? Which technologies will be key enablers to the build-out of US fabs?

In 2026, semiconductor tools have moved from proof of concept to full production, creating significant revenue growth for component companies in illumination, precision optics, and motion contol. 

The recent NY Smart I-Corridor Semiconductor Summit sought to answer these questions, bringing together a semiconductor ecosystem to highlight the technologies, workforce development needs and funding opportunities to keep pace with Micron Technology’s $100B semiconductor complex in Clay, NY, backed by the CHIPS and Science Act and federal tax credits. The Micron facility is one of several initiatives to create US self-sufficiency in microchip manufacturing, in support of critical industries like AI, automotive and defense.

The first two of four planned fabs is targeted to open in 2030, but the ecosystem is needed now to support:

• Job creation: 9000 new direct jobs, 40,000 spinoff and supply chain jobs. Emerging needs in quantum and AI will require new career paths and educational initiatives to meet changing needs in our communities.
• Next generation technologies: Enabling inspection for advanced packaging, sub-nano positioning, machine vision for increased throughput, chip design software and fabless technologies to reduce the cost and time of product development. Infrastructure technologies designed to reduce the water and energy costs of semiconductor manufacturing. Innovation across the ecosystem is required to make US semiconductor manufacturing cost-effective and environmentally responsible to onshore.
• Investment: An engaged investment community, from angel to late-stage venture capital, will be required to bridge the valley between federal grants like SBIR/STTR to volume production for these enabling technologies.

One common theme highlighted one additional plea from semiconductor companies to its would-be vendors: patience. A long-term view is required of any deep tech company positioning themselves within semiconductor. Major players are looking for suppliers who are willing to work with them from prototyping through volume production, with a commitment to a long product development lifecycle and ‘hockey stick’ promised ramp.

That’s a tough ask: Multi-year program investment is challenging in today’s business environment, with leaders managing to quarterly numbers, and stakeholders looking for 12 month ROI.

In our experience helping technology companies enter the semiconductor market, I would ask in return: transparency.

Semiconductor companies are notoriously closed-mouth on the application of needed technologies and forecasts. That’s understandable given the complexity, regulatory environment, and IP in the workflow. If semiconductor companies want to work with the highest quality, most innovative vendors, they should examine barriers in their supply chain, and adjust payment terms and conditions to create true partnerships.

Where is Semiconductor Growth Happening in the U.S?

Beyond New York’s emerging cluster, US funding is spurring semiconductor buildout in Arizona, Texas, Oregon, New Mexico, Ohio, Vermont and Michigan, while most of the deep tech companies, materials suppliers and capital equipment providers must create a foothold in the global semiconductor ecosystem concurrent to entering the US semiconductor market.

Navigating Growth Opportunities in Semiconductor

There are many tiers and interdependencies in the semiconductor industry, and application and technology-specific requirements that play into any one company’s market positioning in semiconductor and understand their target customer, requirements and decision drivers.

In broad strokes, here are some of the fastest growing opportunities in semiconductor.

Considerations for Go-to-Market in Semiconductor

The semiconductor industry is a very real and very right-now opportunity for many deep tech companies. Before you enter this market, make the business case and be sure you have a champion in leadership who understands the timeline, capital investment, QA and compliance requirements, and sales and marketing required to successfully attract and serve semiconductor work.

How to Enter the Semiconductor Market:

1. Understand market opportunity and requirements: Voice-of-customer, market sizing, and specific target account research to learn capabilities and tolerances needed.
2. Invest in expert help. A salesperson or sales consultant, marketing firm and QA consultant or in-house manager with experience in semiconductor can help to shortcut the path to viable opportunities and improve your odds of growing programs from R&D to volume.
3. Map the ecosystem, entry points and decision makers; create an ideal customer profile (ICP).
4. Create a clear and market-specific value proposition that addresses the problem, not the product. 
   

How to Develop a Market Entry Strategy:

While many deep tech companies can directly enter the semiconductor market and win design-in opportunities with semiconductor tool manufacturers, there are other viable paths to market with fewer barriers to entry.

Determining Channel Strategies for Semiconductor

• Direct supplier vs OEM partner: Productized offering or custom capabilities?

• Licensing / co-development or joint venture: If scalability and QA processes present a significant barrier, consider partnering to get technology to market.

• Selling into tools vs fabs vs ecosystem partners: Who has a critical need that your technology solves?

• Direct sales vs. distributors: Distributors are particularly effective for US companies entering established Asian markets.

• Outsourced marketing vs internal marketing resources: Is semiconductor a significant departure for your brand? Consider partnering with industry experts for market strategy, audience insights and technical content that resonates.

How Launch Team Helps Deep Tech Companies Enter the Semiconductor Industry

For over 40 years, Launch Team has partnered with B2B technology companies to build scalable, revenue-focused sales and marketing systems. We work closely with global sales leaders to generate qualified leads, strengthen and support sales processes, implement and optimize CRM systems, and execute targeted marketing campaigns that drive measurable growth. 

In the semiconductor industry, success depends on precision. There may be only 10 to 20 companies worldwide that are the right fit for your technology, so highly focused targeting is critical. Learn how we help semiconductor companies identify, reach, and engage who matters most.