IEEE P370/D6, Dec 2019

IEEE P370/D6, Dec 2019 is a draft technical document for electrical characterization of printed circuit board and related interconnects at frequencies up to 50 GHz. It focuses on how high-speed board structures and interconnect paths are measured and evaluated, which is important for understanding signal integrity and predicting performance in demanding electronic designs. As an IEEE draft, it is especially relevant where consistent test methods and comparable results are needed for advanced components, circuits, and electromagnetic analysis.

What is IEEE P370/D6, Dec 2019?

This draft standard defines a framework for characterizing printed circuit board interconnects and related structures in the high-frequency range. IEEE P370/D6, Dec 2019 is aimed at establishing reliable electrical measurement practices for transmission paths that can influence loss, reflection, and overall signal behavior. In practical terms, it supports engineers who need a consistent technical basis for evaluating interconnect performance up to 50 GHz, especially when precision and repeatability matter in design and validation work.

Where is IEEE P370/D6, Dec 2019 used?

IEEE P370/D6, Dec 2019 is commonly used in high-speed PCB development, interconnect modeling, and laboratory test workflows that involve broadband measurement of board-level structures. It may apply in applications such as digital hardware design, RF and microwave testing, and validation of connectors, vias, traces, and other related interconnect elements. The standard is most relevant where engineers need to compare measured behavior with simulation models or to verify performance in frequency-sensitive assemblies.

Why is IEEE P370/D6, Dec 2019 important?

This draft matters because high-frequency interconnect behavior can strongly affect system performance, and inconsistent measurement methods can lead to misleading results. IEEE P370/D6, Dec 2019 helps improve design control, testing consistency, and technical communication across teams working on PCB and interconnect characterization. For organizations comparing suppliers, validating models, or reducing performance risk, the standard provides a clearer basis for repeatable evaluation and more dependable engineering decisions.

• Electrical characterization up to 50 GHz
• Printed circuit board and related interconnects
• Signal integrity and measurement consistency
• High-speed design validation
• Draft IEEE technical requirements