IEC 63563-5:2025

Name: IEC 63563-5:2025 — Qi Specification version 2.0 - Part 5: Communications Physical Layer
SKU: IEC 63563-5:2025
Price: 45000 RUB
Availability: InStock

Qi Specification version 2.0 - Part 5: Communications Physical Layer

Название (английский):

IEC 63563-5:2025

Qi Specification version 2.0 - Part 5: Communications Physical Layer

Статус документа:: Действующий
Формат:: Электронный (PDF)
Количество страниц:: 25
Дата публикации:: 10 февраля 2025 г.
Издание:: IEC IS 63563 edition 1 version 1
ICS:: 29.240.99

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Full version45 000 ₽Read online 24h1 200 ₽Read online 72h1 800 ₽

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Срок поставки:5 раб. дн. (перевод)

Цена:45 000 ₽

Описание (английский):

CORRECTED VERSION 2026-03 IEC 63563-5:2025 defines the low-level (physical layer and the data link layer) formats of data bits, data bytes, and data packets. In addition, it provides requirements and guidelines for load modulation and frequency-shift keying. This corrected version of IEC 63563-5:2025 incorporates the following correction: - correction of the publication date on the cover page.

Abstract

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Overview

IEC 63563-5:2025 - Qi Specification version 2.0, Part 5: Communications Physical Layer defines the low‑level communications between a Qi power receiver (PRx) and power transmitter (PTx). Published by IEC in 2025 and based on the Wireless Power Consortium (WPC) Qi v2.0 specification, this standard specifies the physical layer and data link formats for data bits, bytes and packets, and provides requirements and guidelines for load modulation (backscatter) and frequency‑shift keying (FSK) used in wireless power transfer.

Key topics & technical requirements

Physical & data link layers: Formats and interpretation of data bits, bytes and complete data packets used for PRx→PTx communications.

Load modulation (backscatter): PRx modulates the power drawn from the primary cell to create two amplitude states (HI and LO). The standard requires detectable amplitude differences; examples in the document include at least 15 mA change in primary cell current or 200 mV change in primary cell voltage. States must be held constant for a minimum specified duration to be valid.

Frequency‑shift keying (FSK): Defines FSK modulation scheme, bit/byte encoding, and packet structures (see sections on modulation, encoding and response patterns).

Encoding & packet structure: Big‑endian storage for numeric fields, ASCII printable text strings (0x20–0x7E) padded with NUL (0x00), and shorthand packet mnemonics (e.g., /) for protocol references.

Compliance language & conventions: Verbal forms (shall/should/may), notation rules for numbers and packet fields, and scope of mandatory vs informative provisions.

Applications & who should use it

Wireless power system designers (transmitters and receivers) implementing Qi v2.0 communications.

IC and chipset developers building modulation/demodulation hardware for wireless power.

Firmware and protocol engineers implementing bit/byte encoding, framing and link‑layer behavior.

Test labs and conformity assessors validating compliance with Qi communications physical layer requirements.

Product manufacturers of chargers, mobile devices and accessories integrating Qi wireless power.

Practical value

Adopting IEC 63563-5:2025 ensures interoperable, robust PRx→PTx communications in Qi wireless charging ecosystems. It provides measurable thresholds for reliable detection (current/voltage delta), clear encoding/packet rules, and both load modulation and FSK options - enabling designers to implement interoperable, testable wireless power products.

Related standards

Qi Specification family (other Qi v2.0 parts such as Communications Protocol, Power Delivery, Mechanical/Thermal documents)

IEC publications and WPC documents referenced in the Qi specification for interoperability and conformance testing

Keywords: IEC 63563-5:2025, Qi Specification 2.0, Communications Physical Layer, load modulation, frequency‑shift keying, backscatter modulation, wireless power transfer, WPC.

IEC 63563-5:2025

Abstract

Похожие стандарты

Overview

Key topics & technical requirements

Applications & who should use it

Practical value

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