Environmental Footprint of IT Equipment: Statistical Analysis of Brands’ Communications
Front-end IT equipment - computers, monitors, servers, peripherals - represents a major share of the digital sector's environmental footprint. Quantifying that footprint accurately, however, is far from straightforward.
Product Carbon Footprints (PCFs) are now published by virtually every major IT equipment brand - making them the most comprehensive and accessible source for analysing the carbon footprint of digital equipment. But availability doesn't mean reliability.
Methodologies differ widely depending on the manufacturer and the tools used. Without rigorous data collection, structuring and processing, comparing PCFs is like comparing apples to oranges - and building a decarbonisation strategy on shaky ground.
This briefing paper is built on a detailed analysis of 1,890 PCFs, representing approximately 35,000 data points. It tackles three critical questions:
Are PCF results actually comparable, given the diversity of tools and methods used?
Where do manufacturers converge - and where do they diverge?
What variables drive carbon footprint outcomes, and what do the correlations tell us?
Download the note to make better-informed, more responsible equipment decisions.
Front-end IT equipment - computers, monitors, servers, peripherals - represents a major share of the digital sector's environmental footprint. Quantifying that footprint accurately, however, is far from straightforward.
Product Carbon Footprints (PCFs) are now published by virtually every major IT equipment brand - making them the most comprehensive and accessible source for analysing the carbon footprint of digital equipment. But availability doesn't mean reliability.
Methodologies differ widely depending on the manufacturer and the tools used. Without rigorous data collection, structuring and processing, comparing PCFs is like comparing apples to oranges - and building a decarbonisation strategy on shaky ground.
This briefing paper is built on a detailed analysis of 1,890 PCFs, representing approximately 35,000 data points. It tackles three critical questions:
Are PCF results actually comparable, given the diversity of tools and methods used?
Where do manufacturers converge - and where do they diverge?
What variables drive carbon footprint outcomes, and what do the correlations tell us?
Download the note to make better-informed, more responsible equipment decisions.
Front-end IT equipment - computers, monitors, servers, peripherals - represents a major share of the digital sector's environmental footprint. Quantifying that footprint accurately, however, is far from straightforward.
Product Carbon Footprints (PCFs) are now published by virtually every major IT equipment brand - making them the most comprehensive and accessible source for analysing the carbon footprint of digital equipment. But availability doesn't mean reliability.
Methodologies differ widely depending on the manufacturer and the tools used. Without rigorous data collection, structuring and processing, comparing PCFs is like comparing apples to oranges - and building a decarbonisation strategy on shaky ground.
This briefing paper is built on a detailed analysis of 1,890 PCFs, representing approximately 35,000 data points. It tackles three critical questions:
Are PCF results actually comparable, given the diversity of tools and methods used?
Where do manufacturers converge - and where do they diverge?
What variables drive carbon footprint outcomes, and what do the correlations tell us?
Download the note to make better-informed, more responsible equipment decisions.
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