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Courses
5G
Nokia 5G KPI Optimization Mastery
Curriculum
8 Sections
55 Lessons
24 Hours
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Module1:Nokia Product Information-Deep Drive
8
1.1
5G Radio product family-RRH
24 Minutes
1.2
5G Radio product family-BBU
20 Minutes
1.3
AirScale System Module Overview
8 Minutes
1.4
AirScale Common ASIA Interfaces
6 Minutes
1.5
AirScale BBU re-use in evolution to 5G : LTE+5G
4 Minutes
1.6
5G gNodeB mmWave Configuration
4 Minutes
1.7
Edunavo Nokia CM Dump Parser
19 Minutes
1.8
Nokia Web Element Manager Hands on Deep Drive
39 Minutes
Module2: RACH KPI Optimization (Nokia 5G NR)
4
2.1
RACH Call Flow & Troubleshooting
45 Minutes
2.2
RACH Parameter Stratagies
2.3
RACH KPI, Counter,Parameter Deep Drive
2.4
Hands On: Nokia 5G NR KPI Simulated LAB – EDUNAVO
Module3: RRC Setup Success KPI Optimization
5
3.1
2.1 RRC Signaling Discussion-Deep drive
3.2
2.2 RRC KPI Counter & KPI_ID discussion-Deep Drive
3.3
2.3 RRC KPI Failure Reason & Troubleshooting-Deep Drive
3.4
2.4 • Parameter change through Web Element Manager Hands On
3.5
2.5 Hands On: Nokia 5G NR KPI Simulated LAB – EDUNAVO
Module4: Retainability KPI Optimization
13
4.1
5G RLF (TS 38.321 5.17)
14 Minutes
4.2
5G BFR (TS 38.321 5.17)
10 Minutes
4.3
Radio Link Failure – UE Initiated RLF
29 Minutes
4.4
UE Initiated RLF-RACH Fail
29 Minutes
4.5
UE Initiated RLF – DL Out of Sync
16 Minutes
4.6
UE Initiated RLF – RLC Failure
30 Minutes
4.7
UE Initiated RLF – other causes
6 Minutes
4.8
SgNB Initiated RLF -DTX For DL HARQ Feedback
30 Minutes
4.9
SgNB Initiated RLF – DTX of CSI on PUCCH
20 Minutes
4.10
Radio Link Failure – RLC failure in SgNB
34 Minutes
4.11
Retainability KPI Failure reason & Troubleshooting Deep Drive
4.12
Hands On: Nokia 5G NR KPI Simulated LAB – EDUNAVO
4.13
Parameter change through Web Element Manager Hands On
Module5: Handover KPI Optimization
6
5.1
4.1 HO Call Flow Discussion-Deep drive
5.2
4.2 HO Counter & KPI-ID Discussion-Deep Drive
5.3
4.3 HO KPI Failure Reason & Troubleshooting Deep Drive
5.4
4.4 Handover MLO Strategies Deep Drive
5.5
4.5 Handover Event Visualization-EDUNAVO Animation LAB
5.6
4.6 Handover Parameter change through Web Element Manager Hands On
Module5: Throughput KPI Optimization
5
6.1
5.1 Throughput Calculation Handson With Calculator
6.2
5.2 Nokia Throughput Counter& KPI_ID Discussion Deep Drive
6.3
5.3 Factor Can Impact Throughput Deep Drive
6.4
5.4 Low Throughput Reason & Troubleshooting Deep Drive
6.5
5.5 Hands On: Nokia 5G NR KPI Simulated LAB – EDUNAVO
Module6: Latency KPI Optimization
4
7.1
6.1 Source of Latency
7.2
6.2 Nokia Latency Counter & KPI_ID Discussion Deep drive
7.3
6.3 High Latency Troubleshooting Parameter
7.4
6.4 Hands On: Nokia 5G NR KPI Simulated LAB – EDUNAVO
Module7: Nokia OSS KPI Troubleshooting Case Study
10
8.1
Scenario 1: Sudden RRC Setup Success Rate Degradation
8.2
Scenario 2: High RLF Rate in Specific Beam Directions
8.3
Scenario 3: UL Throughput Degradation During Peak Hours
8.4
Scenario 4: Intra-Frequency Handover Failure Increase
8.5
Scenario 5: PDU Session Establishment Failures for URLLC Slice
8.6
Scenario 6: DL Throughput Degradation with High MCS but Low Rank
8.7
Scenario 7: Latency Spikes for Gaming / AR Services (5QI = 79)
8.8
Scenario 8: Persistent High DL BLER in Macro Cell
8.9
Scenario 9: VoNR MOS Score Degradation in Dense Urban
8.10
Scenario 10: Latency Optimization for Industrial IoT (URLLC)
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