IEEE P1680.2/D2, Nov 2023

IEEE P1680.2/D2, Nov 2023 is a draft standard focused on environmental assessment of imaging equipment, with guidance that is relevant to components, circuits, devices, and systems used in that equipment. It is intended to help define how environmental attributes are evaluated and compared across imaging products, supporting more consistent technical review and procurement decisions. By addressing environmental assessment in a structured way, IEEE P1680.2/D2, Nov 2023 can help organizations align product design and documentation with clearer sustainability-related expectations.

Overview of IEEE P1680.2/D2, Nov 2023

This draft document is part of a standards framework for assessing the environmental aspects of imaging equipment. Its technical context generally involves product features, materials, energy-related behavior, and other attributes that may be used to judge environmental performance over the equipment lifecycle. IEEE P1680.2/D2, Nov 2023 is relevant where manufacturers, buyers, and evaluators need a common basis for reviewing imaging systems and related electronic assemblies in a more consistent and comparable way.

Typical use cases

IEEE P1680.2/D2, Nov 2023 may be used when evaluating office imaging devices, multifunction printers, scanners, or similar equipment that contains electronic subsystems and power-related components. It is also useful in product development, supplier qualification, and internal compliance review where environmental criteria need to be documented and tested. In technical procurement workflows, the standard can support clearer comparisons between candidate products and help teams assess environmental claims in a more disciplined way.

Why it matters

Environmental assessment standards matter because they help reduce ambiguity in how imaging equipment is designed, reviewed, and selected. IEEE P1680.2/D2, Nov 2023 can support more consistent compliance checks, better product documentation, and lower risk when comparing equipment from different vendors. For engineering and purchasing teams, that consistency can improve design control, testing alignment, and decision-making around performance expectations and environmental considerations without relying on informal interpretation.

• Draft standard for imaging equipment assessment
• Environmental criteria for product evaluation
• Relevant to electronic components and systems
• Useful for procurement and compliance review
• Supports more consistent technical comparison