TS Latest: Rel-20 Core Network 5G

TS 32.256 – 5G Connection and Mobility Charging

3GPP TS 32.256 is the 3GPP Technical Specification for 5G Connection and Mobility Charging. Its official 3GPP title is “Charging management”. It is published in 6 releases (Rel-15 to Rel-20); the latest version is 20.1.0 in Rel-20.

Defines converged online and offline charging for 5G connection and mobility, including architectures, charging events, CDRs, roaming, and network sharing.

Read TS 32.256 →

Document type
Technical Specification
Latest release
Rel-20
Latest version
20.1.0
Series
Category
Core Network
Network layer
CoreNetwork
Technology
5G

Releases and versions of TS 32.256

ReleaseLatest versionLinks
Rel-20 20.1.0 Read · Download (3GPP)
Rel-19 19.5.0 Read · Download (3GPP)
Rel-18 18.7.0 Read · Download (3GPP)
Rel-17 17.4.0 Read · Download (3GPP)
Rel-16 16.3.0 Read · Download (3GPP)
Rel-15 0.0.0 Read · Download (3GPP)

Scope of TS 32.256

Primary function: Charging Architecture and Procedures. Category: Core Network (Charging Management). Technology generation: 5G. Network layer: CoreNetwork.

Who should read this specification?

Implementation notes

Complexity level: Advanced. Implementation difficulty: High.

Key technologies

5G5GCConverged ChargingCHFAMF

Specifications referenced by TS 32.256

Specifications that reference TS 32.256

Other specifications in the 32 series

Frequently asked questions

What is 3GPP TS 32.256?

3GPP TS 32.256 is the 3GPP Technical Specification for 5G Connection and Mobility Charging. Defines converged online and offline charging for 5G connection and mobility, including architectures, charging events, CDRs, roaming, and network sharing.

Which 3GPP releases include TS 32.256?

TS 32.256 is published in 6 releases, from Rel-15 to Rel-20. The latest version on 3GPP Explorer is 20.1.0 (Rel-20).

What does TS 32.256 specify?

Charging Architecture and Procedures.

What category does TS 32.256 belong to?

TS 32.256 belongs to the Core Network (Charging Management) category of 3GPP specifications. It applies to 5G networks.

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