EU Considers Extended Timeline for High-Risk Telecom Equipment Removal Amid Cost Concerns
European regulators may allow telecom operators more flexibility in removing equipment from high-risk suppliers like Huawei, as the industry estimates replacement costs could reach €40 billion and significantly reduce investment in fiber, 5G, and future 6G networks. The European Commission's proposed cybersecurity overhaul originally set a 36-month phase-out deadline, but EU governments have removed this fixed timeline in favor of one that accounts for security risks, infrastructure lifecycles, and equipment replacement cycles. This shift could enable operators to coordinate security-driven replacements with their standard network modernization schedules rather than forcing accelerated removal of functioning equipment.
The European Commission's January 2026 proposal originally mandated a strict 36-month window for telecom operators to remove equipment sourced from high-risk suppliers as part of a broader cybersecurity act revision. However, EU member states have since abandoned this fixed timeline in favor of a more adaptable framework. The new approach would consider multiple factors including security threat levels, how long equipment typically remains in service, when operators already plan modernization efforts, and whether viable replacement products are accessible in the market.
The financial stakes are substantial. Sixteen major telecom executives, including Deutsche Telekom's leadership, warned EU officials that forced rapid replacement could consume €40 billion—funds that would otherwise support fiber network expansion and next-generation 5G and 6G development. The burden will fall unevenly across Europe, with Germany, Italy, and Spain facing the heaviest equipment replacement demands due to their existing reliance on targeted suppliers in certain markets.
The policy shift may significantly influence European telecommunications infrastructure investment patterns over the next decade. Operators with substantial Huawei dependencies could face reduced capital flexibility if forced into accelerated replacement cycles, potentially slowing broadband and 5G deployment. Conversely, a more gradual approach aligned with normal equipment lifecycles might preserve investment capacity while still addressing security vulnerabilities. The outcome will likely affect both network modernization timelines and Europe's competitive positioning in emerging 6G technology development.