Automotive • Connected Vehicles

C-V2X Testing & Validation
with Private 5G

Enable comprehensive cellular vehicle-to-everything testing with controlled 5G networks for autonomous driving validation.

<3ms

V2X latency

100%

Controlled environment

50%

Faster validation

Why Now

AV Race

OEMs racing to deploy Level 4/5 autonomous vehicles by 2028

Regulatory Pressure

Governments requiring rigorous safety validation before public deployment

Public Testing Risks

On-road testing exposes liability and safety concerns

Technology Complexity

C-V2X systems require extensive edge case testing

Controlled Validation

Proving grounds with private 5G enable repeatable testing

Time-to-Market

First movers to market capture autonomous vehicle leadership

The Operational Challenge

Public Network Limitations

Cannot control network parameters for consistent autonomous vehicle testing

Unpredictable Latency

Variable public network performance creates inconsistent test conditions

Limited Test Scenarios

Cannot simulate edge cases or extreme network conditions safely

Safety Concerns

Public road testing exposes vehicles and pedestrians to risks during validation

Slow Iteration

Months required to test each software update in real-world conditions

Regulatory Barriers

Complex approvals needed for autonomous testing on public infrastructure

The Private 5G Enabled Solution

Ultra-Low Latency

<3ms latency for safety-critical V2X communications and autonomous decision-making

Complete Control

Adjust network parameters dynamically to test edge cases and failure scenarios

V2V/V2I Testing

Vehicle-to-vehicle and vehicle-to-infrastructure communication validation

Isolated Environment

Controlled proving ground prevents interference with public networks

Scenario Simulation

Create realistic traffic scenarios, weather conditions, and network congestion

Rapid Iteration

Test software updates daily in controlled conditions before public deployment

Technical Architecture

Performance Specifications

V2X Latency

<3ms

safety-critical

Test Scenarios

5x more

per month

Cycle Time

50%

faster

Control Precision

100%

network params

Environment

Isolated

controlled

Data Capture

Complete

telemetry

Test Vehicles (C-V2X)Private 5G RANMEC + Test ControllerAnalytics Platform

V2X Simulator

Generate realistic traffic scenarios with virtual vehicles, pedestrians, and infrastructure

Network Emulation

Dynamically inject latency, packet loss, handovers to test edge cases

Safety Validation

Test emergency braking, collision avoidance with repeatable network conditions

Data Collection

Capture comprehensive telemetry and network performance for certification

Technical Architecture

Enterprise Access Required

Unlock detailed technical blueprints with enterprise credentials

Network Engineering Considerations

Ultra-Low Latency URLLC

<3ms for safety-critical V2V and V2I communications

Network Parameter Control

Dynamically adjust latency, bandwidth, packet loss for edge case testing

V2X Simulator Integration

Generate virtual vehicles and infrastructure for complex scenarios

Isolated Test Environment

Controlled proving ground prevents interference with public networks

Comprehensive Data Capture

Log all telemetry and network performance for certification

Safety Validation

Test emergency braking, collision avoidance with repeatable conditions

Measurable Business Impact

Operational Impact

50% faster testing cycles
90% reduction in on-road testing risks
5x more test scenarios per month
Repeatable controlled conditions

Financial Impact

$8M annual testing cost reduction
70% lower certification expenses
40% reduction in time-to-market
Avoided liability from test incidents

Strategic Impact

Accelerated autonomous vehicle roadmap
Industry-leading safety validation
Platform for OTA update testing
Competitive certification advantage

Network Engineering Considerations

Enterprise Access Required

Unlock detailed technical blueprints with enterprise credentials

Deployment Model

Phase 1

Proving Ground Setup

Design test track with 5G coverage, V2I infrastructure, and scenario planning

Phase 2

Basic V2X Tests

Validate basic V2V and V2I communications, latency requirements

Phase 3

Advanced Scenarios

Test complex multi-vehicle scenarios, edge cases, and safety-critical situations

Phase 4

Certification

Full autonomous driving validation and regulatory certification support

Deployment Model

Enterprise Access Required

Unlock detailed technical blueprints with enterprise credentials

Sample ROI Snapshot

Financial analysis for automotive OEM autonomous vehicle program

Current State

Test fleet size:120 vehicles

Test miles/year:8M miles

Annual testing cost:$45M

Total annual impact:$63M

With Private 5G

Testing cycle reduction:50%

Scenario density:5x

Annual savings:$25M

Time-to-market value:$10M

3-Year Financial Projection

Metric	Year 1	Year 2	Year 3
Investment	($8,000,000)	—	—
Annual Benefit	$25,000,000	$30,000,000	$35,000,000
Net Benefit	$17,000,000	$30,000,000	$35,000,000
Cumulative	$17,000,000	$47,000,000	$82,000,000

Payback Period: 4 months • 3-Year ROI: 925%

Note: ROI figures are illustrative examples based on industry benchmarks. Actual results vary by implementation and operational conditions.

C-V2X Testing & Validationwith Private 5G

Why Now

AV Race

Regulatory Pressure

Public Testing Risks

Technology Complexity

Controlled Validation

Time-to-Market

The Operational Challenge

Public Network Limitations

Unpredictable Latency

Limited Test Scenarios

Safety Concerns

Slow Iteration

Regulatory Barriers

The Private 5G Enabled Solution

Ultra-Low Latency

Complete Control

V2V/V2I Testing

Isolated Environment

Scenario Simulation

Rapid Iteration

Technical Architecture

Enterprise Access Required

Network Engineering Considerations

Enterprise Access Required

Deployment Model

Enterprise Access Required

ROI Analysis & Financial Projections

Enterprise Access Required

Ready to Accelerate Your AV Program?

C-V2X Testing & Validation
with Private 5G