Macro Base Station Validation At Load

Simulate up to 5,000 UEs per server, and scale to 60,000 UEs through multi-server clustering — enabling realistic, high-load RAN validation with consistent performance. Simulate tens of thousands of UEs across multi-cell environments to validate macro base stations, capacity limits, and network behavior under load.

Built for High-Density, Distributed UE Simulation

Up to 5,000 UEs per server, scaling to 60,000+ UEs via multi-server architecture — delivered as a GPP-based integrated platform for high-load RAN validation.

Use Cases

Macro base station validation under high UE load
Execute parallel validation across multiple gNBs/eNBs
Emulate large-scale UE environments for stress and capacity testing
Large scale Regression Testing
Validate mobility and handover at scale

Statistics & Analytics

Multi-Level KPI Visibility
Global, per-cell, and per-UE performance metrics
Time-Series Performance Trends
Track KPI evolution across test duration
Uplink & Downlink Correlation
Analyze UL/DL behavior under load conditions
Scalable Metrics Across UE Density
Consistent KPI visibility from single-server to large-scale scenarios

Logging & Debugging

Advanced Log Analysis
Filter by UE, cell, or scenario with decoded and raw views
Protocol-Level Message Tracing
Deep visibility across PHY, MAC, RLC, PDCP, RRC, and NAS
Real-Time and Post-Run Analysis
Monitor live or investigate after execution
Faster Root-Cause Isolation
Identify issues across layers — from signaling to radio behavior

Troubleshooting & Analysis

RF and System-Level Visualization
Constellation plots and system resource monitoring
Cross-Layer Correlation
Connect PHY, MAC, and signaling behavior for faster isolation
Real-Time Insight Under Load
Analyze system behavior during high-density UE scenarios

Key Benefits

Maximize Scale per System

Simulate up to 5,000 UEs per server, reducing infrastructure footprint and cost.

Scale to 60,000+ UEs with Ease

Expand capacity through multi-server clustering — no redesign, no complexity.

Validate Real-World Network Conditions

Test under realistic mobility, traffic, and load scenarios

Parallel test execution with multi-user access

Validate multiple gNBs/eNBs at the same time

API-driven automation for CI/CD workflows

Automate the testbed to execute multiple test scenarios and generate statistics

Accelerate Test Cycles

Integrated platform enables faster setup, execution, and iteration.

Debug Faster with Deep Visibility

Gain actionable insights across protocol layers to reduce time to resolution.