TS Latest: Rel-19 Radio Access 4G

TS 36.455 – LTE Positioning Protocol Annex (LPPa)

3GPP TS 36.455 is the 3GPP Technical Specification for LTE Positioning Protocol Annex (LPPa). It is published in 11 releases (Rel-9 to Rel-19); the latest version is 19.0.0 in Rel-19.

Specifies control plane signalling between eNB and E-SMLC for LTE positioning.

Read TS 36.455 →

Document type
Technical Specification
Latest release
Rel-19
Latest version
19.0.0
Series
Category
Radio Access
Network layer
RAN
Technology
4G

Releases and versions of TS 36.455

ReleaseLatest versionLinks
Rel-19 19.0.0 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-15 15.2.1 Read · Download (3GPP)
Rel-14 14.5.0 Read · Download (3GPP)
Rel-13 13.1.0 Read · Download (3GPP)
Rel-12 12.2.0 Read · Download (3GPP)
Rel-11 11.3.0 Read · Download (3GPP)
Rel-10 10.4.0 Read · Download (3GPP)
Rel-9 9.4.1 Read · Download (3GPP)

Scope of TS 36.455

Category: Radio Access (Positioning). Technology generation: 4G. Network layer: RAN.

Who should read this specification?

Implementation notes

Complexity level: Advanced. Implementation difficulty: Medium.

Key technologies

LTEE-CIDOTDOAUTDOA

Specifications referenced by TS 36.455

Specifications that reference TS 36.455

Other specifications in the 36 series

Related glossary terms

CPRNLE-SMLCINFOClauseEPEIIESMLCE-UTRANS1APE-CID

Related topics

Positioning & LocationLTE / LTE-AdvancedLawful Intercept

Related technologies

LTE

Frequently asked questions

What is 3GPP TS 36.455?

3GPP TS 36.455 is the 3GPP Technical Specification for LTE Positioning Protocol Annex (LPPa). Specifies control plane signalling between eNB and E-SMLC for LTE positioning.

Which 3GPP releases include TS 36.455?

TS 36.455 is published in 11 releases, from Rel-9 to Rel-19. The latest version on 3GPP Explorer is 19.0.0 (Rel-19).

What category does TS 36.455 belong to?

TS 36.455 belongs to the Radio Access (Positioning) category of 3GPP specifications. It applies to 4G networks.

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