Nokia announced a major expansion of its advanced test and packaging (ATP) operations in Allentown, Pennsylvania, aiming to significantly increase domestic production of photonic chips and optical networking modules used in AI and telecommunications infrastructure. The investment is expected to nearly double the site’s workforce to more than 500 employees across engineering, manufacturing, and R&D functions while generating an estimated economic impact exceeding $500 million over the next five years.
The Allentown facility is one of the few locations in the United States capable of performing advanced test and packaging of photonic chips into optical modules. Nokia said the expansion will increase production capacity by up to ten times current levels through new manufacturing equipment and a larger manufacturing footprint. The additional capacity is expected to become commercially available by the end of the third quarter. The company noted that less than 2% of global ATP activity currently takes place in the United States.
The project includes approximately $30 million in direct Nokia investment, supplemented by roughly $4 million in Pennsylvania state assistance and approximately $10 million in federal CHIPS investment tax credits. The initiative forms part of Nokia’s broader plan to invest $4 billion in U.S.-based R&D and manufacturing for AI-ready network infrastructure. Nokia said its optical networking technologies can reduce energy consumption in AI communications networks by up to 75% compared with conventional approaches.
• Allentown ATP facility capacity to increase by up to 10x
• Workforce expected to grow to more than 500 employees
• More than $500 million projected economic impact over five years
• Approximately $30 million Nokia investment plus state and federal incentives
• Commercial availability of expanded capacity expected by the end of Q3
• Part of Nokia’s broader $4 billion U.S. investment strategy for AI-era networking
“The AI supercycle is fundamentally reshaping network and infrastructure requirements in the U.S. and globally. Our expansion in Allentown is a direct investment in that future—scaling domestic manufacturing of the optical networking technologies that power AI infrastructure,” said Justin Hotard, President and CEO of Nokia.
🌐 Analysis
Nokia’s Pennsylvania expansion builds upon manufacturing assets that originated with Infinera, the optical networking specialist that Nokia acquired in February 2025. The Allentown advanced test and packaging (ATP) operation traces its roots to Infinera’s long-standing investment in photonic integrated circuits (PICs), coherent optical technologies, and domestic optical component manufacturing. By bringing Infinera’s vertically integrated optical portfolio under the Nokia umbrella, the company gained not only a broader transport networking product line but also strategic U.S.-based photonics manufacturing and packaging capabilities that are increasingly important for AI infrastructure deployments.
The announcement also builds on Nokia’s earlier participation in U.S. CHIPS Act programs. In 2024, Nokia secured federal support to expand domestic photonic semiconductor manufacturing capabilities and advanced packaging operations in Pennsylvania. The current expansion leverages both CHIPS investment tax credits and state incentives, reflecting continued U.S. policy emphasis on rebuilding semiconductor packaging and supply-chain capabilities. Unlike leading-edge logic fabrication, advanced packaging and photonics integration have emerged as strategic areas where the United States seeks to increase domestic capacity.
For Nokia, the investment underscores a growing shift toward positioning optical networking as a foundational layer of AI infrastructure. The combination of Nokia’s optical portfolio, Infinera’s photonic technology assets, and expanded U.S.-based packaging capacity strengthens the company’s ability to address demand from cloud providers, AI data center operators, telecom carriers, and government infrastructure projects. As hyperscalers deploy increasingly large AI clusters, optical interconnects are becoming a critical determinant of overall system performance, power efficiency, and scalability. The move also highlights the increasing convergence of semiconductor manufacturing policy and network infrastructure strategy as nations seek to secure critical technologies supporting AI-driven economic growth.
| ⚡ Nokia’s Pennsylvania Photonics Expansion: Manufacturing, Infinera, & CHIPS Support | |
|---|---|
| Facility Location |
Allentown, Pennsylvania, USA Advanced Test & Packaging (ATP) facility for photonic chips, optical transceivers, and coherent subsystems. |
| Why It Matters | One of the premier, highly secure U.S.-based facilities capable of advanced packaging, alignment, and testing of optical components. Crucial for establishing a trusted domestic supply chain for defense, telecom backbone, and hyperscale AI infrastructure. |
| Heritage & Acquisition | Nokia completed its landmark acquisition of Infinera in January 2025. The Allentown operation builds on the historic Lehigh Valley optoelectronics ecosystem (Bell Labs/Lucent heritage) and Infinera’s vertically integrated Photonic Integrated Circuit (PIC) expertise. |
| Core Technology |
Indium Phosphide (InP) PICs
Silicon Photonics
Coherent Optical Subsystems
Provides internal manufacturing firepower for high-baud-rate optical engines used in long-haul, metro, Data Center Interconnect (DCI), and massive AI cluster architectures.
|
| 2026 Expansion Scope | Nokia is scaling production capacity by up to 10x via cleanroom expansion and the deployment of automated advanced packaging and optical testing machinery engineered for next-gen 800G and 1.6T modules. |
| Workforce Impact | Headcount is projected to nearly double, expanding the local footprint to more than 500 highly specialized engineers, R&D staff, and cleanroom technical professionals. |
| Capital Funding |
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| Regional Impact | Total economic activity driven by the Allentown scaling is projected to outpace $500 Million across Eastern Pennsylvania over the next five years. |
| AI Infrastructure Nexus |
AI GPU Clusters
Co-Packaged Optics (CPO)
Optical I/O Linkages
As AI scale-out networks crash into power and thermal walls, advanced packaging allows Nokia to tightly pair optical engines directly with compute silicon—a hardware prerequisite for ultra-low latency GPU-to-GPU clustering.
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| Macro Strategy | Serves as a vital hardware anchor in Nokia’s overarching $4 Billion U.S. technology investment strategy, solidifying its proprietary IP advantage over rival vendors and ensuring full compliance with strict Federal “Buy America” infrastructure provisions. |