US, EU telecom crackdowns spark soaring costs and delays

By early 2026, the U.S. Federal Communications Commission (FCC) significantly escalated its crackdown on Chinese telecom equipment, moving beyond the 2022 bans to consider prohibiting imports of previously approved Huawei, ZTE, Hytera, Hikvision, and Dahua models. This expansion reflects a strategic effort to close loopholes that allowed continued sales of devices containing components from blacklisted firms, such as Huawei-designed chips, thereby tightening control over critical telecom infrastructure and signaling a broader national security agenda to mitigate technology threats from China.

In tandem with equipment bans, the FCC introduced stringent regulations targeting submarine communications cables, requiring licenses for operators of critical terminal equipment and explicitly banning foreign adversaries’ gear, including that from China and Russia. These measures not only aim to thwart espionage and sabotage risks but also fast-track approvals for trusted U.S. tech giants like Meta and Google, underscoring a dual strategy of exclusion and domestic empowerment to secure vital undersea internet infrastructure amid rising geopolitical tensions.

The FCC's aggressive stance extends to consumer-level devices, exemplified by its ban on international home internet routers to reduce reliance on foreign-made products. Yet, this move exposes the complexities of globalized supply chains, as no consumer Wi-Fi router is entirely American-made due to international design and manufacturing dependencies. Recognizing these challenges, the FCC has granted waivers and extended deadlines for existing foreign-made models, a pragmatic but controversial approach that critics argue may inadvertently weaken security and favor established companies over fostering genuine domestic production.

Collectively, these regulatory crackdowns reflect a comprehensive U.S. strategy to safeguard national security by controlling sensitive supply chains linked to Chinese telecom equipment. The FCC’s actions—from banning devices with Huawei chips to modernizing satellite regulatory processes and unlocking new 5G spectrum bands—illustrate a concerted effort to modernize and secure the nation’s telecommunications infrastructure against foreign adversaries while enabling next-generation wireless technologies.

Disentangling from Chinese supply chains in telecom is a costly and protracted endeavor, as vividly illustrated by the U.S. experience where replacing Huawei equipment in rural networks ballooned from an initial $700 million estimate to nearly $5 billion, with only 42% of projects completed after seven years. This challenge is compounded by China's near-monopoly on critical materials like polysilicon—accounting for 95% of global production—forcing even domestic manufacturers, such as those in Texas assembling solar panels, to rely on Chinese inputs due to the absence of viable alternatives at scale and competitive prices.

The European Union's ambitious plan to excise high-risk Chinese vendors like Huawei from its telecom infrastructure starkly reveals the economic strain of such decoupling efforts, with GSMA Intelligence estimating costs soaring to €30-40 billion over three years—far exceeding the European Commission's initial €10-13 billion projection. Mobile networks alone could account for €19 billion of this expense, while fixed and transport networks add billions more, underscoring the immense financial burden operators face amid tight three-year removal deadlines mandated by the proposed Cybersecurity Act 2.

Beyond upfront replacement costs, the EU's forced removal of Chinese equipment is projected to inflate telecom gear prices significantly—by 24% for mobile and 19% for fixed networks—due to diminished competition, leading to an incremental €8.5 billion in operator expenses between 2027 and 2030. This price surge, coupled with operational pressures from accelerated timelines, risks delaying 5G and 6G rollouts, thereby jeopardizing the EU's Digital Decade 2030 ambitions and potentially causing cumulative economic losses estimated by KPMG at up to €370 billion.

Efforts to disentangle from foreign-made telecom equipment reveal deep-rooted complexities beyond cost, as no consumer Wi-Fi router is entirely American-made due to intricate international design and manufacturing partnerships. Regulatory attempts to enforce supplier bans have led to operational challenges, including supply chain disruptions and extended FCC waivers, while critics warn that such bans may inadvertently reduce security by halting updates on foreign devices and favor entrenched incumbents, thus complicating the goal of genuine domestic production independence.

By mid-2026, the surging demand for AI technologies has significantly inflated component costs, compelling Ericsson to raise prices on its telecom equipment. This price adjustment targets new tenders and renegotiated contracts, as the company’s long-term agreements generally lack automatic inflation pass-through clauses, thereby transferring cost pressures directly to customers.

To mitigate the financial strain from rising component prices, Ericsson is deploying a multifaceted strategy that includes cost reductions, supply chain optimizations, product substitutions, and expanding its product portfolio. These measures aim to balance the need for price hikes while maintaining competitive positioning amid the AI-driven market pressures.

The impact of Ericsson’s price increases is uneven across the Indian telecom sector: Vodafone Idea is expected to bear the brunt due to ongoing network expansions, whereas Reliance Jio and Bharti Airtel may experience limited effects given their largely completed 5G rollouts. This divergence underscores how differing rollout timelines influence operators’ vulnerability to component cost inflation.

By mid-2026, the FCC's aggressive security-driven policies, including the ban on Huawei-designed chips across all logic-bearing hardware and the overhaul of satellite licensing under Part 100, have significantly reshaped network modernization efforts in the U.S. While the ban aims to secure supply chains by closing loopholes that previously allowed Huawei components in third-party products, the streamlined satellite licensing framework promises to accelerate satellite-based digital infrastructure deployment, benefiting major players like SpaceX and enhancing competition in satellite services.

Simultaneously, the FCC's decision to unlock a contiguous 440 MHz 'Super Band' in the Upper C-band spectrum for mid-band 5G and 6G services marks a bold policy shift to fast-track next-generation wireless networks. Despite concerns about interference with aircraft radio altimeters, the Commission's rebate program for avionics upgrades underscores a pragmatic approach to balancing innovation with safety, signaling a commitment to maintaining U.S. leadership in wireless modernization amid complex technical and regulatory challenges.

Across the Atlantic, EU telecom operators face daunting challenges as mandated removals of high-risk Chinese equipment, primarily Huawei's, threaten to inflate costs by up to €40 billion and push equipment prices up to 24%, with fixed network gear rising nearly 19%. This contraction in supplier competition risks further market consolidation, exacerbating cost pressures and potentially delaying 5G/6G rollouts, thereby jeopardizing the EU's ambitious Digital Decade 2030 targets. The UK's experience, where forced Huawei replacements correlated with some of Europe's poorest 5G performance, serves as a cautionary tale highlighting the operational risks of such security-driven policies.

The broader economic ramifications of these security and cost pressures are substantial, with a KPMG study cited by GSMA projecting cumulative EU economic losses up to €370 billion by 2030 due to slower digital infrastructure deployment. This underscores how the intersection of geopolitical security concerns and supply chain constraints could not only stall technological advancement but also impose significant macroeconomic costs, challenging policymakers to balance national security imperatives with the urgency of digital transformation.