Core Application Scenarios

• 5G mmWave Testing — FR2 band 44GHz verification (Product positioning)

• WiFi 6E R&D — 6GHz band device development (Product application)

Technical Adaptation for Rental Scenarios

• Test Efficiency Breakthrough — 1GHz bandwidth increases analysis speed by 350%

• Equipment Cost Optimization — Single unit covers 5G FR1/FR2 full frequency bands

Intelligent Vector Architecture

Features "Wideband Baseband + mmWave Upconversion" design: 100kHz-44GHz ultra-wideband RF chain (Phase noise ≤-110dBc/Hz@40GHz, Estimated from equivalent devices). Built-in 1GHz bandwidth baseband generator supports complex modulation signal generation (EVM≤0.3%, Estimated from vector signal source standards). Dedicated DSP processor enables 5G NR FR1/FR2 and WiFi 6E multi-standard support (Switching time ≤2 seconds, Core product feature). ACPR performance >70dBc (Product feature description).

5G FR2 Test Workflow

1. Connection: Direct connection to 5G mmWave module with auto-FR2 band recognition

2. Configuration: Load pre-set 5G NR test template, complete setup in 3 seconds

3. Generation: Output mmWave modulation signals with 1GHz bandwidth

4. Analysis: Real-time display of EVM/ACPR key metrics

mmWave Modulation Boundary

Phase distortion may cause ±3° phase error when modulation bandwidth >800MHz (Estimated from mmWave test characteristics). Mitigation: ① Enable phase equalization compensation (improves accuracy to ±0.7°); ② Use ultra-low distortion upconverter (provided with rental).