TS 03.07 – Location Register Data Restoration Procedures
3GPP TS 03.07 is the 3GPP Technical Specification for Location Register Data Restoration Procedures. It is published in 4 releases (Ph2 to R98); the latest version is 7.1.0 in R98.
Defines procedures for automatic restoration of location register data after failures, ensuring subscriber data integrity and service continuity in mobile networks.
Releases and versions of TS 03.07
| Release | Latest version | Links |
|---|---|---|
| R98 | 7.1.0 | Read · Download (3GPP) |
| R97 | 6.2.0 | Read · Download (3GPP) |
| R96 | 5.1.0 | Read · Download (3GPP) |
| Ph2 | 4.3.1 | Read · Download (3GPP) |
Scope of TS 03.07
Category: Core Network (Mobility Management). Technology generation: 2G. Network layer: CoreNetwork.
Who should read this specification?
- Network operators
- Device manufacturers
- Regulators and standards bodies
Implementation notes
Complexity level: Advanced. Implementation difficulty: High.
Key technologies
Other specifications in the 03 series
- TS 03.01 3GPP Network Functions Specification
- TS 03.03 Mobile Subscriber Identification and Numbering
- TS 03.04 Mobile Call Routing Procedures
- TS 03.05 GSM PLMN Technical Performance Objectives
- TS 03.08 Subscriber Data in HLR, VLR, and GSNs
- TS 03.09 GSM Handover Procedures Specification
- TS 03.10 GSM PLMN Connection Types Definition
- TS 03.11 GSM Supplementary Services Technical Framework
Related glossary terms
Frequently asked questions
What is 3GPP TS 03.07?
3GPP TS 03.07 is the 3GPP Technical Specification for Location Register Data Restoration Procedures. Defines procedures for automatic restoration of location register data after failures, ensuring subscriber data integrity and service continuity in mobile networks.
Which 3GPP releases include TS 03.07?
TS 03.07 is published in 4 releases, from Ph2 to R98. The latest version on 3GPP Explorer is 7.1.0 (R98).
What category does TS 03.07 belong to?
TS 03.07 belongs to the Core Network (Mobility Management) category of 3GPP specifications. It applies to 2G networks.
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