Nokia AI infrastructure pivot drives 105% revenue surge and China exit

Nokia is aggressively decoupling from the Chinese market to align its hardware roadmap with Western AI infrastructure demands. By acquiring NXP Semiconductors' Arizona facility and expanding California production, the company is securing the domestic supply of optical transceivers essential for high-capacity data centers. This shift positions Nokia as a primary alternative to Chinese vendors for streaming platforms and telcos requiring high-bandwidth transport networks like the 200-terabit solution deployed by Midco. The industry should monitor whether the 105% revenue growth in cloud services can offset the total loss of Chinese market share as the 2026 exit deadline approaches.

Nokia's 1830 Photonic Service Switch has become a central platform for operators scaling AI-ready transport networks. In early 2025, Nokia announced that its 1830 PSS family had been selected by over 40 service providers globally for 800G coherent optical deployments, reinforcing the company's positioning as a primary alternative to Huawei and ZTE in Western markets. The 1830 PSS platform supports Nokia's PSE-6s coherent DSP, which enables 800G wavelengths over long-haul routes without regeneration, a capability that directly serves hyperscaler interconnect and streaming CDN backhaul requirements. Raghav Sahgal, who leads Nokia's Cloud and Network Services group, has publicly framed the optical portfolio as the connective tissue between AI training clusters and inference endpoints.

The U.S. manufacturing pivot aligns with broader federal policy pressure on telecom supply chains. The U.S. Commerce Department's Bureau of Industry and Security finalized rules in April 2025 restricting federal procurement of networking equipment containing Chinese-made components, accelerating demand for domestically produced optical and switching hardware. Nokia's acquisition of the NXP Semiconductors facility in Chandler, Arizona, gives the company in-house production of indium phosphide photonic chips used in its 800G and 1.6T transceivers. David Heard, who heads Nokia's Network Infrastructure division, confirmed that the Arizona fab would begin shipping production units by Q1 2027. Orange Belgium, one of Nokia's European customers, selected the 1830 PSS for its national backbone upgrade in March 2025, citing the platform's ability to scale from 400G to 800G without replacing line cards.

Independent analyst data supports Nokia's competitive momentum in the optical segment. Omdia reported in its Q1 2026 optical transport market tracker that Nokia held a 19.2% global share of 800G coherent port shipments, trailing only Ciena at 24.7% and ahead of Huawei at 16.1% when excluding Chinese domestic deployments. Midco, the U.S. regional operator mentioned in the core story, deployed Nokia's 200-terabit photonic solution across its multi-state network in late 2024, making it one of the first mid-tier ISPs to adopt that capacity tier. The convergence of federal supply-chain mandates, hyperscaler interconnect demand, and Nokia's vertical integration of photonic chip manufacturing positions the 1830 PSS as a structural beneficiary of the AI infrastructure buildout, though execution risk remains around the Arizona fab's yield ramp and the company's ability to replace lost Chinese revenue at comparable margins.