TR 23.887 – Architectural enhancements for MTC and mobile data
3GPP TR 23.887 is the 3GPP Technical Report for Architectural enhancements for MTC and mobile data. It is part of 3GPP Rel-12 (version 12.0.0).
Studies architectural improvements for Machine-Type Communications including Small Data Transmission, device triggering, monitoring, power optimization, and group features.
Releases and versions of TR 23.887
| Release | Latest version | Links |
|---|---|---|
| Rel-12 | 12.0.0 | Read · Download (3GPP) |
Scope of TR 23.887
Category: Core Network (MTC Architecture). Technology generation: Multi-Gen. Network layer: CoreNetwork.
Who should read this specification?
- Network operators
- Device manufacturers
- Researchers and academics
Implementation notes
Complexity level: Advanced. Implementation difficulty: Medium.
Key technologies
Specifications that reference TR 23.887
- TR 31.970 UICC Power Consumption Reduction
Other specifications in the 23 series
- TR 23.882 3GPP System Evolution Feasibility Study
- TR 23.883 IMS Centralized Services Supplementary Data Management
- TR 23.885 SRVCC Feasibility Study for Reverse Handover
- TR 23.886 Feasibility Study on Video SRVCC
- TR 23.888 Study on MTC Architectural Enhancements
- TR 23.889 Local Call Local Switch Core Network Impact Study
- TR 23.890 Optimized WLAN Offloading in 3GPP RAT Mobility
- TR 23.891 LCS Control Plane Architecture for EPC
Related glossary terms
Related topics
Related technologies
Frequently asked questions
What is 3GPP TR 23.887?
3GPP TR 23.887 is the 3GPP Technical Report for Architectural enhancements for MTC and mobile data. Studies architectural improvements for Machine-Type Communications including Small Data Transmission, device triggering, monitoring, power optimization, and group features.
Which 3GPP releases include TR 23.887?
TR 23.887 is part of 3GPP Rel-12. The latest version on 3GPP Explorer is 12.0.0 (Rel-12).
What category does TR 23.887 belong to?
TR 23.887 belongs to the Core Network (MTC Architecture) category of 3GPP specifications. It applies to Multi-Gen networks.
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