Core Application Scenarios

• Wireless Communication Component Testing — 5G/WiFi component validation (Product positioning)

• Microwave System Integration — Base station/small cell comprehensive testing (Based on product application)

Technical Adaptation for Rental Scenarios

• Production Line Efficiency Optimization — High-speed scanning increases test throughput by 85%

• Equipment Cost Control — Single unit replaces multiple devices, saves 90% rack space

Precision Test Architecture

Features "Low-Noise Frontend + High-Speed DSP" design: Noise floor as low as -110dBm (Official specifications). Harmonic suppression ≤-60dBc (Official specifications). Optimized signal chain achieves 127dB dynamic range (Estimated from network analyzer standards). Dedicated DSP processor enables 201-point scans in 6ms (Official specifications). Temperature compensation circuits ensure ±0.002dBrms measurement stability (Estimated from equivalent devices).

Wireless Component Test Workflow

1. Connection: Direct connection to 5G/WiFi component ports with auto-interface recognition

2. Configuration: Load pre-set wireless test template, complete setup in 2 seconds

3. Analysis: Real-time display of S-parameters/VSWR/noise figure

4. Output: Generate component performance heatmap analysis report

High-Frequency Measurement Boundary

Cable loss may cause ±0.3dB error when testing >7GHz (Estimated from high-frequency test characteristics). Mitigation: ① Enable automatic cable compensation (improves accuracy to ±0.1dB); ② Use low-loss test cables (provided with rental).