Core Application Scenarios

• Satellite Communication Testing — Ka-band signal generation (Product positioning)

• mmWave R&D — 5G/radar high-frequency validation (Product application)

Technical Adaptation for Rental Scenarios

• High-Frequency Test Optimization — Extension solution reduces mmWave equipment investment by 60%

• Space Cost Reduction — Compact design saves 70% rack space

Intelligent Frequency Conversion Architecture

Features "Upconversion + Intelligent Allocation" design: Dedicated upconversion module enables 10MHz-40GHz ultra-wideband coverage (Phase noise ≤-110dBc/Hz@40GHz, Estimated from equivalent devices). Intelligent task distribution system enables full-band output through single port (Switching time ≤200μs, Estimated from signal generator standards). Seamless integration maintains consistent user interface (Zero operational difference, Core product feature). Compact design reduces power consumption by 40% (Power ≤50W, Based on product features).

Satellite Device Test Workflow

1. Connection: Single-port direct connection to satellite communication module

2. Configuration: Configure 40GHz signal directly on SGS100A interface

3. Generation: SGU100A automatically upconverts to output mmWave signal

4. Verification: Obtain test data remotely via LAN/USB

mmWave Generation Boundary

Phase noise may cause ±4° phase error when outputting >38GHz (Estimated from mmWave generation characteristics). Mitigation: ① Enable phase compensation algorithm (improves accuracy to ±0.9°); ② Use ultra-low phase noise reference source (provided with rental).