ETSI has published the EN 304 132 standard, establishing a consistent methodology for life cycle assessment (LCA) of smartphones. This framework aims to provide a standardized benchmark for manufacturers and operators to measure and report the environmental impact of devices throughout their life cycle.
The publication of this standard provides a technical benchmark that eliminates the fragmentation currently found in corporate sustainability reporting. For streaming providers and mobile operators, this creates a reliable mechanism to compare the carbon footprint of multi-vendor device portfolios during procurement. By establishing a common language for environmental performance, the industry can move away from self-reported metrics toward verifiable data that influences product design and consumer choice. As hardware sustainability becomes a regulatory priority, watch for how major manufacturers integrate these specific ETSI requirements into their 2027 product roadmaps and annual ESG disclosures.
ETSI EN 304 132 was developed within the Technical Committee for Environmental Engineering's Mobile ICT devices working group, with the work item created on 19 November 2024 under rapporteur Douglas Roberts. The standard received working group endorsement in March 2026 and entered its EN approval procedure on 25 May 2026, with four major European operators listed as supporting organizations: Orange, Telefónica, Vodafone Group, and Deutsche Telekom. That operator backing signals the standard is intended for procurement and sustainability reporting workflows rather than purely academic use. The Swedish national body ITS published a summary of ETSI EN 304 132 V1.1.0 on 17 June 2026, describing it as a step toward harmonising environmental reporting within the telecom industry and facilitating the transition to a more circular economy. The standard builds on the general LCA framework in ETSI ES 203 199 and the international standard IEC 63366, adding smartphone-specific product category rules that allow SKU-level comparisons across different memory configurations and form factors including foldables. A subsequent V1.1.1 revision was published in September 2026, indicating active maintenance of the specification. ETSI EN 304 132 requires a cradle-to-grave system boundary covering raw material acquisition, manufacturing, use phase, and end-of-life treatment. The scope explicitly includes not only the smartphone itself but also product packaging and inbox materials such as chargers, USB cables, headsets, and protective covers. This comprehensive boundary means that the standard's LCA methodology enables impact forecast and simulation already in the device design phase to help manufacturers make conscious decisions in material and component selection for reducing ecological footprints, a capability that extends the standard's utility beyond post-market reporting into upstream product engineering. As telecom climate resilience becomes a central industry focus, this standard provides the necessary data foundation for Scope 3 reporting.
ETSI has published the EN 304 132 standard, creating a consistent life cycle assessment framework for smartphones. By standardizing how manufacturers measure environmental impacts from raw materials to disposal, this benchmark eliminates reporting discrepancies, helping the industry move toward verifiable data and more sustainable product design for future mobile devices.
It provides a uniform life cycle assessment framework to measure the environmental impact of smartphones, aiming to resolve reporting discrepancies among manufacturers.
The standard requires a cradle-to-grave system boundary, covering raw material acquisition, manufacturing, the use phase, end-of-life treatment, and included items like packaging, chargers, and cables.
Four major European operators supported the standard: Orange, Telefónica, Vodafone Group, and Deutsche Telekom.
The methodology enables impact forecasting and simulation during the design phase, allowing manufacturers to make informed decisions regarding material and component selection to reduce ecological footprints.
Add StreamingMeme as a preferred source on Google to see more of our streaming news at the top of your Search results.
Add as preferred source