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5G
5G NR RedCap (Rel-17)
Curriculum
6 Sections
45 Lessons
10 Hours
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Module 1: Introduction to 5G NR RedCap (Rel‑17)
8
1.1
Why Redcap ?
1.2
Target Use Cases – Examples & Requirements
1.3
Complexity & Cost Reduction – Simple Math
1.4
Key Features in Rel‑17 – Detailed with Calculations
1.5
Removed Features – What RedCap Leaves Out
1.6
Rel‑18 eRedCap – Further Reduction
1.7
Roadmap Snapshot (2025–2027) – Interactive Gantt
1.8
Configuration Examples (Amarisoft gNB / UE)
Module 2: UE Perspective – Capabilities & Constraints
6
2.1
RedCap UE Capability Information Elements (TS 38.306 clause 4.2.21.1)
2.2
Half‑Duplex FDD (Type A) – Cost & Power Savings
2.3
Modulation: Mandatory 64‑QAM, Optional 256‑QAM
2.4
Extended DRX (eDRX) – Massive Power Saving
2.5
Comparison Table – Full NR vs RedCap vs eRedCap (UE complexity)
2.6
UE Simulator Configuration-Amarisoft
Module 3: Network Perspective – RAN & Core Support
8
3.1
How the Network Knows a UE is RedCap
3.2
Why Separate Initial BWP for RedCap?
3.3
RRM Measurement Relaxation – Conditions & Benefits
3.4
Extended DRX (eDRX) – Up to 3 Hours in Idle
3.5
Small Data Transmission (SDT) – Why RedCap Needs It
3.6
Why Coverage Enhancement is Needed
3.7
RedCap UE is a True 5GC Device
3.8
Check Your Knowledge – RAN & Core Support
Module 4: Protocol & Signalling Deep Dive (RRC, MAC, PHY)
7
4.1
The Key 3GPP Specifications for RedCap
4.2
RRC Layer – RedCap‑Specific Signalling
4.3
MAC Layer – RedCap Modifications
4.4
PHY Layer – RedCap Modifications
4.5
Amarisoft Configuration – RRC/MAC/PHY for RedCap
4.6
Log & Trace Analysis – What to Look For
4.7
Check Your Knowledge – Protocol & Signalling
Module 5: Deployment & Interoperability Considerations
8
5.1
The Coexistence Challenge
5.2
Peak Throughput – Theoretical vs Realistic
5.3
Battery Life – Interactive Calculators (3GPP‑based)
5.4
Coverage – What to Expect (3GPP TR 38.901 based)
5.5
Commercial Launches & Trials (as of 2025)
5.6
Amarisoft Configuration for Deployment Testing
5.7
Test Procedure for Coexistence
5.8
Check Your Knowledge – Deployment & Interoperability
Module 6: Amarisoft Lab Test Bed – RedCap Configuration & Test Scenarios
8
6.1
Amarisoft Lab Environment
6.2
Test 1: Basic RedCap Operation – 20 MHz, Shared BWP
6.3
TC-1 Validation-Deep Drive
6.4
Test 2: Dedicated RedCap BWP – 40 MHz, Two BWPs
6.5
TC-2 Validation Deep Drive
6.6
Test 3: Advanced – Three BWPs, NCD‑SSB, and Coverage Enhancement
6.7
TC-3 Validation Deep Drive
6.8
Check Your Knowledge – Amarisoft Lab Test Bed
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