IEEE P63195_CDV/V3, Feb 2020

P63195_CDV/V3, Feb 2020 is a technical standard covering a frequency range of 6 GHz to 300 GHz, placing it in the context of high-frequency communication, networking and broadcast technologies, as well as components, circuits, devices, and electromagnetic behavior. It is relevant where millimeter-wave performance, signal propagation, and device characteristics need to be defined or checked consistently. For engineers and procurement teams, this document helps frame design expectations and technical comparison for equipment operating in this demanding band.

Overview of P63195_CDV/V3, Feb 2020

P63195_CDV/V3, Feb 2020 appears to address technical requirements for systems or components operating from 6 GHz to 300 GHz, a range that commonly involves wave behavior, transmission loss, and sensitive circuit performance. In practice, a standard like P63195 can support controlled evaluation of materials, devices, and assemblies used at very high frequencies. It is particularly useful when consistent terminology, measurement conditions, or performance targets are needed across engineering, testing, and specification activities.

Typical use cases

This standard may be used when evaluating radio-frequency modules, antennas, interconnects, or other components intended for 6 GHz and above operation. It is relevant to communication links, broadcast hardware, and specialized lab or manufacturing workflows where high-frequency behavior must be characterized carefully. Typical users may include design engineers, test laboratories, and teams comparing component performance for systems that depend on stable electromagnetic response and predictable operation across the specified frequency range.

Why it matters

P63195_CDV/V3, Feb 2020 matters because high-frequency designs are especially sensitive to small changes in materials, geometry, and test conditions. A clear standard helps reduce ambiguity in procurement, design reviews, and compliance testing, making it easier to compare products and verify performance. For organizations working with components in the 6 GHz to 300 GHz range, it can support more consistent engineering decisions and lower the risk of mismatched specifications or unreliable results.

• Frequency range: 6 GHz to 300 GHz
• High-frequency communication and broadcast context
• Component, circuit, and device evaluation
• Electromagnetic and wave-related considerations
• Useful for testing and specification alignment