TR Latest: Rel-19 Radio Access Multi-Gen

TR 38.901 – 5G NR Channel Model

3GPP TR 38.901 is the 3GPP Technical Report for 5G NR Channel Model. Its official 3GPP title is “Study on channel model for frequencies from 0.5 to 100 GHz”. It is published in 6 releases (Rel-15 to Rel-19); the latest version is 19.5.0 in Rel-19.

Defines stochastic channel models and propagation methods for evaluating radio performance from 0.5 to 100 GHz across terrestrial, indoor, industrial, and ISAC scenarios.

Read TR 38.901 →

Document type
Technical Report
Latest release
Rel-19
Latest version
19.5.0
Series
Category
Radio Access
Network layer
RAN
Technology
Multi-Gen

Releases and versions of TR 38.901

ReleaseLatest versionLinks
Rel-19 19.5.0 Read · Download (3GPP)
Rel-18 18.1.0 Read · Download (3GPP)
Rel-17 17.1.0 Read · Download (3GPP)
Rel-16 16.1.0 Read · Download (3GPP)
Rel-14 14.3.0 Read · Download (3GPP)
Rel-15 15.1.0 Read · Download (3GPP)

Scope of TR 38.901

Primary function: Channel Modeling and Testing. Category: Radio Access (Physical Layer). Technology generation: Multi-Gen. Network layer: RAN.

Who should read this specification?

Implementation notes

Complexity level: Expert. Implementation difficulty: High.

Key technologies

5GNRMIMOOFDM3D channel modeling

Specifications referenced by TR 38.901

Specifications that reference TR 38.901

Other specifications in the 38 series

Frequently asked questions

What is 3GPP TR 38.901?

3GPP TR 38.901 is the 3GPP Technical Report for 5G NR Channel Model. Defines stochastic channel models and propagation methods for evaluating radio performance from 0.5 to 100 GHz across terrestrial, indoor, industrial, and ISAC scenarios.

Which 3GPP releases include TR 38.901?

TR 38.901 is published in 6 releases, from Rel-15 to Rel-19. The latest version on 3GPP Explorer is 19.5.0 (Rel-19).

What does TR 38.901 specify?

Channel Modeling and Testing.

What category does TR 38.901 belong to?

TR 38.901 belongs to the Radio Access (Physical Layer) category of 3GPP specifications. It applies to Multi-Gen networks.

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