Network-Health Report

Slides:



Advertisements
Similar presentations
New NS-2 model developed for the IEEE specifications is now publicly available. This model was developed as part of the Seamless and Secure Mobility.
Advertisements

Layer 3 Messaging and Call Procedures
Telecommunications and Multimedia Unit UTRA TDD Overview Agostinho Castro Rui Sarmento Castro
Channel Switching Capability Impacting features Channel Switching
1 HSDPA Overview By: Syed Asif Hussain Shah Mohammad Reza Akhavan 10th March, 2005 Networking Project.
Asynchronous Transfer Mode (ATM)
Lesson 1: Configuring Network Load Balancing
Check Disk. Disk Defragmenter Using Disk Defragmenter Effectively Run Disk Defragmenter when the computer will receive the least usage. Educate users.
ECE Department Florida Institute of Technology Wireless Data Communication Networks Lecture 21: GSM evolution.
Capacity and Load Sharing in Dual-Mode Mobile Networks
NDT Tools Tutorial: How-To setup your own NDT server Rich Carlson Summer 04 Joint Tech July 19, 2004.
NETWORKING CONCEPTS. Data Communication Communication is for sharing information Sharing can be local or remote Local communication between individuals.
Module 13: Network Load Balancing Fundamentals. Server Availability and Scalability Overview Windows Network Load Balancing Configuring Windows Network.
1 P ROTEUS AMT Adaptive Modulation Transport. 2 Product Overview AMT-Series Indoor Unit Outdoor Unit L-Series Indoor Unit.
All rights reserved © 2010, Mobiserve Prepared By: RIZWAN AHMED RAFIQ Operation Support Engineer (Training & Consultancy) ALCATEL BTS.
Evaluation of Signal Processing Resource Management Algorithms in 3G Markku Piiroinen S tietoverkkotekniikan diplomityöseminaari
Slide title In CAPITALS 50 pt Slide subtitle 32 pt H igh S peed D ownlink P acket A ccess Naren Mohan
RNO Wind Part I.
06/09/2005Master's Thesis Seminar - Jesse Kruus 1 Analyzing and Developing Base Load for WCDMA Base Station Automated Testing System Thesis written at.
Case Study: ATM (+ MPLS)
…bringing two-way communications to your DCPs DCP COMMAND.
Business Id © NetHawk All rights reserved. Confidential April 2005NetHawk NetHawk Quality of Service products Markus Ahokangas, MSc Product.
Top right corner for field-mark, customer or partner logotypes. See Best practice for example. Slide title 40 pt Slide subtitle 24 pt Text 24 pt Bullets.
WCDMA RAN Protocols and Procedures Chapter 8 Iu Interface - RANAP Protocol In this chapter we will look at the considerations that must be taken into.
Analyze Assure Accelerate TM HSDPA Roadmap. Analyze Assure Accelerate TM SR3420 WCDMA Network Emulator SR3420 is a new WCDMA network emulator platform.
Equipements Réseaux Présentation. Architecture UMTS.
© NOKIAMSF Paris drieft-ietf-grmp-04.PPT / 28 March, 2000/ ADo page: 1 Review of draft-ietf-gsmp-04 Avri Doria, Nokia Fiffi Hellstrand, Nortel Networks.
Long Term Evolution (LTE) and System Architecture Evolution (SAE)
A Bandwidth Scheduling Algorithm Based on Minimum Interference Traffic in Mesh Mode Xu-Yajing, Li-ZhiTao, Zhong-XiuFang and Xu-HuiMin International Conference.
Maximum Value.
HUAWEI 3G CAPACITY OPTIMIZATION.
16th December 2008 New in NetHawk M5 – Air interface monitoring One tool for both air and network interface real time monitoring.
An Empirical Study on 3G Network Capacity and Performance INFOCOM2007 Wee Lum Tan, Fung Lam and Wing Cheong Lau Chinese University.
© ITT Educational Services, Inc. All rights reserved. IS3120 Network Communications Infrastructure Unit 10 Network Management—FCAPS.
Lecture 11. Switch Hardware Nowadays switches are very high performance computers with high hardware specifications Switches usually consist of a chassis.
Signaling Flow of WCDMA Advanced Radio Interfaces ZTE University.
Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective.
Wireless Networks Spring 2007 WiMAX: Broadband Wireless Access.
Active Antennas Solutions 1st European Trial of AAU3902
NetHawk EYE Network Monitoring System Introduction
Chapter 19: Network Management
Long Term Evolution (LTE) and System Architecture Evolution (SAE)
Lab A: Planning an Installation
Allied Telesyn Power Over Ethernet
Chapter 2: Computer-System Structures
CS408/533 Computer Networks Text: William Stallings Data and Computer Communications, 6th edition Chapter 1 - Introduction.
Hammer Project Celcom CA SSO Project
Network Load Balancing
UMTS Call Drop Analysis
Celcom LTE CA Project_OSS
4G_CA project_OSS Justification
Real H Huawei HCNP-WCDMA Study Guide Killtest
5G Micro Cell Deployment in Coexistence with Fixed Service
Computer-System Architecture
Module 2: Computer-System Structures
UMTS Terrestrial Radio Access Network Architecture
WiMAX: Broadband Wireless Access
Chapter 2: Operating-System Structures
Module 2: Computer-System Structures
Optimisation of Softer Handover in UMTS Network
CAPACITY ASSESSMENT REGIONAL 09_SULAWESI From Active Cells, 6051 sites are already high users From 4675 Sites, only 0.8 % (37 Sites) with High CE.
Lecture 23 WCDMA (Part III) Dr. Ghalib A. Shah
NGV Backward Interoperability: Follow-up
Chapter 2: Computer-System Structures
Chapter 2: Computer-System Structures
Module 2: Computer-System Structures
Chapter 2: Operating-System Structures
Module 2: Computer-System Structures
Network Monitoring System
Presentation transcript:

Network-Health Report 3G NSP Network-Health Report (17-23 May 09)

Report Contents Network Capacity Capacity (Erlang) PS Downlink Data Throughput (Mbps) PS Uplink Data Throughput (Mbps) Traffic utilization IUCS Traffic Utilization (%) IUR Traffic Utilization (%) IUPS Traffic Utilization (%) Network Data Volume PS Downlink Data Volume (Giga Byte) PS Uplink Data Volume (Giga Byte) SPU CPU Utilization SPU CPU highest 20 Subsystems SPU CPU Max Utilization in ranges Sites distribution per subsystem RNC Important Alarms Operation, Field and Support Logs Week Summary

Network Configuration Transmission Mode RNC IUCS-Mode IUPS-Mode IUR-Mode IUB-Mode 10 (2+2) Over ATM (3+3) GE Over IP (1+0) Over ATM Dual Stack (ATM+IP) 20 30 40 Dual Stack (ATM+IP)) RNC Number of NodeB Number of cells 10 305 1621 20 280 1737 30 289 1740 40 315 1879 Total 1189 6977 RNC Capacity (Erlang) 10 21500 20 23500 30 27500 40 Total 100000

- Network Capacity 1. Erlang Capacity

2. PS Downlink Data Throughput (Mbps)

3. PS Uplink Data Throughput (Mbps)

- Traffic utilization 1. IUCS Traffic Utilization (%)

2. IUR Traffic Utilization (%)

3. IUPS Traffic Utilization (%)

- Network Data Volume 1. PS Downlink Data Volume (Giga Byte)

2. PS Uplink Data Volume (Giga Byte)

- SPU CPU Utilization 1. SPU CPU highest 20 Subsystems

2. SPU CPU Max Utilization in ranges:-

- Cells distribution per subsystem

- RNC Important Alarms:- Alarm type Alarm severity Alarm name RNC10 RNC20 RNC30 RNC40 Comments Fault Warning Cell Congested 648 137 404 170 This alarm is reported when the RNC detects the cell in congestion status according to the specified criterion. This alarm can be cleared when the cell is no longer congested, or the relative common measurement is rebuilt, or the cell is removed/deactivated Event CN Originated Reset Resource 4 15 6 2 Cause: RNC receives the RESET RESOURCE message from MSC Major Cell Unavailable 77 219 32 347 Cause: NCP faulty or cell setup failed Cell Common Measurement Setup Failed 45 60 115 Cause: NodeB Unavailable NodeB Unavailable 11 42 61 Cause: NCP and CCP faulty RFN-BFN Drift Over Threshold 5 1 3 Cause: the difference float between the RNC clock reference RFN and the NodeB clock reference BFN is higher than the threshold. Cell Common Measurement Fault 85 12 18 Minor Cell HSDPA Reconfiguration Failed 10 Cause: The NodeB sends PHYSICAL SHARED CHANNEL RECONFIGURATION FAILURE to RNC. The NodeB does not send PHYSICAL SHARED CHANNEL RECONFIGURATION RESPONSE/FAILURE for a specified period of time. The cell fails to allocate code resource Common Channel Setup Failed 69 104 Common Channels of RNC and NodeB Mismatching 62 Cause: the AUDIT RESPONSE message reported by the NodeB includes the transport channel information that is not recorded on the RNC side. NodeB Audit No Rsp Cause: the RNC has not received audit response from NodeB. Cell HSUPA Unavailable Cause: either the local cell does not support HSUPA or E-DCH resoure operational state is disable. Cell HSDPA Unavailable Cauase: NodeB unavailable EMS User Login Failed Cause: the EMS user failed to login to system Cell Setup Failed 13 Cause: cell max DL power mismatch or common channel setup failed Cell Max DL power mismatch Cause: the Max DL power is mismatch between the cell and the local cell. Cell HSDPA Setup Failed

- Operation Logs Task Type Site No. Task Owner Comments Reparenting RNC30 1565 1597 1547 Bassem   SAR 4415 4415 adding NodeB and cells/neigh remove cells 31823 31827 Remove Cells from DB SAR 1087 1087 Create ATM traffic to RNC 40 640 - 641 642 643 SAR 3500 3500 Sheraz Add nodeB/cells/neighbors Relocated site 971 971 relocated IPPATH down 1800 cleared Neighbors audit for RNC 30 & 10 after reparenting. Reparenting b/w 10 & 30 for 15 sites swap mafu for site 1196 1196 swap mafu for site 1367 1367

- Field Logs Site No. Problem Action Task Owner Status 1043 Power Lightning Arrester Failure Site visit Pradeep Cleared 3245 VSWR Alarm informed to subcontractor 1720 RF Loss Swap 1237 Rx branch abnormal Replace New MAFU & taken VSWR Readings   1290 Swap TX & RX Jumper cables & taken VSWR Readings 1653 High RTWP Swap MTRUs requested by Asif 1792 RRC setup failure Swap MTRY requested by Basel

- Support Logs Task Type Task Owner Comments Reparenting 15 NodeBs from RNC10 to RNC30 Ashraf For collecting logs Site Low troughput 1468 Ayman Site reset, NodeB parameter modification

Week Summary Major Activities: Coming Activities: Reparenting 15 NodeBs from RNC30 to RNC10; IU CS expansion in RNC10 and RNC30; Installed the CPU Fix Patch in the RNC30; Reparenting 3 NodeBs under RNC30; SARs for sites 3500,971, 4415,1087, 3182; Coming Activities: Install the CPU Fix Patch on the 3 life RNCs; Reparenting of the NodeBs from RNC30 to RNC10; IuFlex and IU CS expansion preparation - Important Handled SRs: 2287491 SPU over load alarms found at RNC30 2301046 NodeB Power Problem 2307089 Missing Counter in the OMC:VS.HSDPA.MeanChThroughput.Times 2307791 Limited license on 46 NodeBs in RNC40 2315110 MPU Board of the Switching Subrack reset 2314941 High RRC setup failure after upgrading to the load 1.10.0.1.53.0

Thank you