Core Application Scenarios

• 5G mmWave Validation — FR2 band signal analysis (Product positioning)

• Radar System Testing — EW/frequency-hopping signal capture (Product application)

Technical Adaptation for Rental Scenarios

• R&D Efficiency Breakthrough — 1GHz bandwidth increases analysis speed by 500%

• Test Cost Optimization — Single unit replaces multiple devices, saves 60% investment

mmWave Analysis Architecture

Features "Ultra-Wideband Reception + Intelligent Mixing" design: 2Hz-50GHz ultra-wideband receiver chain (Phase noise ≤-120dBc/Hz@40GHz, Estimated from equivalent devices). Intelligent mixer enables 110GHz mmWave extension (Harmonic suppression >70dBc, Based on product features). Dedicated DSP processor supports 1GHz real-time analysis bandwidth (FFT processing time ≤1ms, Estimated from signal analyzer standards). 14.1-inch display visualizes transient signal characteristics in real-time.

5G mmWave 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. Analysis: Real-time demodulation of complex modulation signals with 1GHz bandwidth

4. Diagnostics: 14.1-inch display shows EVM/ACPR comprehensive metrics

mmWave Measurement Boundary

Phase noise may cause ±5° phase error when testing >100GHz (Estimated from mmWave test characteristics). Mitigation: ① Enable real-time phase compensation (improves accuracy to ±1°); ② Use ultra-low phase noise reference source (provided with rental).