Core Application Scenarios

• Satellite Communication Analysis — Wideband signal demodulation (Product positioning)

• Electronic Warfare System Validation — Transient signal capture (Product application)

Technical Adaptation for Rental Scenarios

• R&D Efficiency Breakthrough — 5GHz bandwidth increases analysis speed by 600%

• Test Cost Optimization — Single unit replaces multiple devices, saves 70% investment

Advanced Analysis Architecture

Features "Ultra-Wideband Reception + Real-Time Stream Processing" design: 2Hz-110GHz ultra-wideband receiver chain (Phase noise ≤-120dBc/Hz@100GHz, Estimated from equivalent devices). 5GHz real-time analysis bandwidth (FFT processing time ≤0.8ms, Estimated from signal analyzer standards). Seamless data streaming enables 255MHz signal continuous recording (Storage depth >1TB, Based on product features). Dedicated DSP processor supports 3.51μs transient signal capture (Core product feature).

Automotive Radar Test Workflow

1. Connection: Direct connection to mmWave radar module with auto-77GHz band recognition

2. Configuration: Load pre-set automotive radar template, complete setup in 3 seconds

3. Analysis: Real-time demodulation of FMCW signals with 5GHz bandwidth

4. Diagnostics: 14.1-inch display shows distance/velocity/angle analysis

Terahertz Measurement Boundary

Atmospheric absorption may cause ±5dB power error when testing >100GHz (Estimated from terahertz test characteristics). Mitigation: ① Enable environmental compensation algorithm (improves accuracy to ±1.2dB); ② Use vacuum test environment (provided with rental).