Complete Guide: 5G Deployment Testing
From planning to operator acceptance: all testing procedures for a successful 5G NR deployment. SSV/CV, 5G KPIs, NSA vs SA, EN-DC, inter-RAT handovers, VoNR and FR1/FR2 considerations.
Summary
5G deployment testing covers 5 phases: planning, installation, SSV commissioning (per-site validation), optimization and CV acceptance (multi-site validation). Key KPIs are SS-RSRP, SS-RSRQ, SS-SINR and beam management metrics. Testing must cover NSA (Non-Standalone with LTE anchor) and SA (Standalone) architectures, EN-DC dual connectivity, 4G/5G handovers, VoNR voice and FR1 (sub-6 GHz) vs FR2 (mmWave) band specifics.
The 5 Phases of 5G Deployment
Each phase has specific testing objectives and validation criteria.
Planning
Radio dimensioning, site selection, FR1/FR2 frequency planning, coverage prediction and KPI target definition.
Installation
Radio equipment installation (RU, DU, CU), backhaul/fronthaul integration, initial configuration and physical site verification.
Commissioning (SSV)
Single Site Verification: per-site radio KPI validation, connectivity verification, handover and VoNR/VoLTE call testing.
Optimization
Radio parameter tuning (tilt, power, neighbor lists), 5G beam optimization, coverage and interference problem resolution.
Acceptance (CV)
Cluster Verification: multi-site validation, coverage benchmarks, compliance reports and operator acceptance sign-off.
Guide Contents
8 chapters covering all aspects of 5G deployment testing.
Chapter 1
5G Deployment Phases
From planning to acceptance: the 5 key stages of a 5G NR deployment with associated tests for each phase.
Chapter 2
SSV/CV Procedures for 5G
Single Site Verification and Cluster Verification: validation criteria, target KPIs and compliance reports.
Chapter 3
Essential 5G KPIs
SS-RSRP, SS-RSRQ, SS-SINR, beam metrics (RSRPB, beam index), NR throughput, latency and jitter.
Chapter 4
NSA vs SA: Testing Differences
Non-Standalone vs Standalone architecture: impact on test procedures, additional KPIs and use cases.
Chapter 5
EN-DC Testing
4G+5G dual connectivity: aggregation verification, split bearer, combined throughput and transitions.
Chapter 6
4G/5G Handovers
Inter-RAT mobility testing, intra-NR handovers, interruption time measurements and success rates.
Chapter 7
VoNR Testing
Voice over NR: setup time, MOS, voice continuity during handovers, EPS fallback and comparison with VoLTE.
Chapter 8
FR1 vs FR2
Sub-6 GHz vs mmWave bands: propagation differences, range, indoor coverage and adapted test strategies.
5G NR KPI Reference Thresholds
| 5G NR KPI | Excellent | Good | Acceptable | Poor |
|---|---|---|---|---|
| SS-RSRP (dBm) | > -80 | -80 to -90 | -90 to -105 | < -105 |
| SS-RSRQ (dB) | > -10 | -10 to -13 | -13 to -16 | < -16 |
| SS-SINR (dB) | > 20 | 10 to 20 | 0 to 10 | < 0 |
| NR DL Throughput | > 500 Mbps | 100 to 500 | 50 to 100 | < 50 Mbps |
| Handover Success Rate | > 99% | 97 to 99% | 95 to 97% | < 95% |
NSA vs SA: Impact on Testing
NSA (Non-Standalone)
- Mandatory LTE anchor: test both LTE + NR KPIs
- EN-DC: verify NR leg addition/removal
- Handover: inter-eNB and SCG NR addition
- Voice: VoLTE (no VoNR)
- Throughput: measure aggregated LTE+NR throughput
SA (Standalone)
- No LTE anchor: purely NR tests
- 5G Core (5GC): verify AMF, SMF, UPF
- Handover: intra-NR and inter-RAT fallback
- Voice: native VoNR + EPS fallback
- Latency: measure gain vs NSA
Related Resources
SSV/CV Acceptance
Complete radio site validation procedure.
5G Handover Issues
Diagnosing and resolving 4G/5G mobility failures.
Network Optimization Guide
Complete 4G/5G optimization workflow.
Drive Test Guide
Field methodology and checklists.
Layer 3 Analysis Guide
RRC/NAS decoding for network troubleshooting.
HiCellTek Product
9 network diagnostic modules on Android.
5G NR Band Checker
Check device and country 5G band compatibility.
ROI Calculator
Estimate savings vs traditional drive test tools.
Plans & Pricing
Flexible cloud licensing for field teams.
Frequently Asked Questions
What are the phases of a 5G deployment?
A 5G deployment follows 5 phases: planning (dimensioning, site selection), installation (radio and transport equipment), SSV commissioning (per-site validation), optimization (parameter tuning) and CV acceptance (multi-site validation). Each phase requires specific tests to ensure network quality.
What is the difference between SSV and CV in 5G?
SSV (Single Site Verification) validates the performance of an individual 5G site: radio KPIs, connectivity, handovers and calls. CV (Cluster Verification) validates a group of sites together, verifying continuous coverage, inter-site handovers and overall cluster performance.
What specific KPIs should be measured for 5G NR?
Essential 5G NR KPIs are SS-RSRP (synchronization signal received power), SS-RSRQ (quality), SS-SINR (signal to noise ratio), beam metrics (serving beam index, detected beam count), NR DL/UL throughput, latency and jitter. In NSA mode, LTE anchor KPIs must also be measured.
How do you test handovers between 4G and 5G?
4G/5G handover testing includes: LTE to NR transition (NR leg addition in NSA), NR to LTE fallback, intra-NR handover, and inter-frequency redirection. Key metrics are interruption time, success rate, packet loss and service continuity (voice and data).
Do you need different equipment for 5G FR2 (mmWave) testing?
FR2 (mmWave) testing requires compatible devices and an adapted methodology: short-range measurements, device orientation sensitivity, beam switching verification and specific indoor coverage tests. A compatible smartphone with diagnostic access is sufficient for field measurements.
Equip your teams for 5G deployment
HiCellTek covers all 5G deployment tests: drive test, walk test, NR KPIs, Layer 3 decoder, VoLTE/VoNR QoE and QMDL export for operator delivery.