IEEE P1765/D2, Jun 2021
IEEE Draft Recommended Practice for Estimating the Uncertainty in Error Vector Magnitude of Measured Digitally Modulated Signals for Wireless Communications
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About This Item
IEEE P1765/D2, Jun 2021 is a draft recommended practice for estimating the uncertainty in error vector magnitude, or EVM, of measured digitally modulated signals. It is aimed at wireless communications work where signal quality has to be measured and compared consistently. By focusing on uncertainty estimation, the document helps engineers interpret EVM results with more confidence when evaluating modulated waveforms, test setups, and measurement repeatability in computing and processing environments.
IEEE P1765/D2, Jun 2021 overview
This draft standard addresses a specific measurement challenge: how to estimate uncertainty when assessing EVM in digitally modulated signals. IEEE P1765/D2, Jun 2021 is relevant where wireless communications testing depends on reliable signal-quality metrics and careful interpretation of measurement data. As a recommended practice, it is intended to support more consistent analysis of EVM results, especially when comparing instruments, test methods, or measurement conditions across engineering workflows.
Typical use cases
IEEE P1765/D2, Jun 2021 is commonly used in wireless test and measurement workflows involving digitally modulated transmitters, receivers, and signal analyzers. It may support laboratory verification, compliance-related evaluation, and performance characterization where EVM is part of the assessment. The document is especially useful when engineers need to estimate measurement uncertainty, compare results from different setups, or validate modulated signal quality during development and troubleshooting.
Why this standard matters
Uncertainty in EVM measurements can affect design decisions, acceptance testing, and confidence in reported performance. IEEE P1765/D2, Jun 2021 matters because it helps bring more consistency to how measurement uncertainty is estimated and communicated. That can reduce ambiguity in procurement, test planning, and engineering reviews, particularly when teams rely on measured data to judge modulation quality, system readiness, or conformance to internal specifications.
- Uncertainty estimation for EVM
- Digitally modulated signal measurements
- Wireless communications test practice
- Measurement consistency and repeatability
- Draft recommended practice, June 2021
- Publication Date: 2021
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Computing and Processing; General Topics for Engineers
- Official IEEE: Doi link
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