twenty8
2011-08-27, 03:26 AM
All you need to know about HSUPA in NSN RU20 :)
ps. please add rep if you think this is useful :)
This document has 219 pages.
Summary of changes
1 Description of radio resource management of HSUPA . . . . . . . . . . . . . 15
1.1 Overview of HSUPA
1.2 Introduction to radio resource management of HSUPA.
1.2.1 HSUPA power control
1.2.2 HSUPA handovers.
1.3 Features related to radio resource management for HSUPA
1.3.1 HSPA inter-RNC cell change
1.3.2 HSUPA with simultaneous AMR voice call
1.3.3 HSDPA inter-frequency handover
1.3.4 HSUPA 60 users per BTS
1.3.5 QoS aware HSPA scheduling
1.3.6 Streaming QoS for HSPA
1.3.7 HSPA multi NRT RABs
1.3.8 PS NRT RAB reconfiguration
1.3.9 HSUPA Pre-emption Light
1.3.10 HSPA over Iur
1.3.11 Continuous packet connectivity
1.3.12 CS voice over HSPA
1.3.13 F-DPCH and SRBs on HSPA
1.3.14 HSUPA 2 ms TTI
1.3.15 HSUPA 5.8 Mbps
1.3.16 HSPA72 users per cell
1.3.17 Flexible RLC
1.3.18 Power saving mode
1.3.19 Dual-cell HSDPA 42Mbps
1.3.20 LTE Interworking
1.3.21 Direct Resource Allocation for HSPA
2 Architecture of radio resource management of HSUPA . . . . . . . . . . . . 28
3 Multi RAB combinations supported with HSUPA
4 HSUPA configuration in the cell
5 Basic packet scheduling and admission control for HSUPA . . . . . . . . . 37
6 HSUPA channel type selection
7 Admission decision for RT services . . . . . . . . . . . . . . . . . . . . . . . . 104
8 RLC layer configuration
9 UE capability related to E-DCH
10 Minimum service for HSUPA users
11 Sharing interference between HSPA and NRT DCH users . . . . . . . . . 133
12 Power control for HSUPA downlink signaling channels
13 HSUPA handovers
14 Release of E-DCH
15 Continuous packet connectivity
16 Interaction with other features
17 Optional functionality
18 Features per release
19 Management data for HSUPA RRM - Counter and KPIs
20 Limitations and restrictions
ps. please add rep if you think this is useful :)
This document has 219 pages.
Summary of changes
1 Description of radio resource management of HSUPA . . . . . . . . . . . . . 15
1.1 Overview of HSUPA
1.2 Introduction to radio resource management of HSUPA.
1.2.1 HSUPA power control
1.2.2 HSUPA handovers.
1.3 Features related to radio resource management for HSUPA
1.3.1 HSPA inter-RNC cell change
1.3.2 HSUPA with simultaneous AMR voice call
1.3.3 HSDPA inter-frequency handover
1.3.4 HSUPA 60 users per BTS
1.3.5 QoS aware HSPA scheduling
1.3.6 Streaming QoS for HSPA
1.3.7 HSPA multi NRT RABs
1.3.8 PS NRT RAB reconfiguration
1.3.9 HSUPA Pre-emption Light
1.3.10 HSPA over Iur
1.3.11 Continuous packet connectivity
1.3.12 CS voice over HSPA
1.3.13 F-DPCH and SRBs on HSPA
1.3.14 HSUPA 2 ms TTI
1.3.15 HSUPA 5.8 Mbps
1.3.16 HSPA72 users per cell
1.3.17 Flexible RLC
1.3.18 Power saving mode
1.3.19 Dual-cell HSDPA 42Mbps
1.3.20 LTE Interworking
1.3.21 Direct Resource Allocation for HSPA
2 Architecture of radio resource management of HSUPA . . . . . . . . . . . . 28
3 Multi RAB combinations supported with HSUPA
4 HSUPA configuration in the cell
5 Basic packet scheduling and admission control for HSUPA . . . . . . . . . 37
6 HSUPA channel type selection
7 Admission decision for RT services . . . . . . . . . . . . . . . . . . . . . . . . 104
8 RLC layer configuration
9 UE capability related to E-DCH
10 Minimum service for HSUPA users
11 Sharing interference between HSPA and NRT DCH users . . . . . . . . . 133
12 Power control for HSUPA downlink signaling channels
13 HSUPA handovers
14 Release of E-DCH
15 Continuous packet connectivity
16 Interaction with other features
17 Optional functionality
18 Features per release
19 Management data for HSUPA RRM - Counter and KPIs
20 Limitations and restrictions