Core Application Scenarios

• 5G Base Station R&D — Supports 3GPP TS 38.101 templates (Source: Anritsu customer case library)

• Satellite Communication Equipment Testing — Covers mmWave bands (Based on parameter compatibility)

Technical Adaptation for Rental Scenarios

• Short-term Project Deployment — Pre-configured 5G/satellite test templates, basic setup in 3 minutes

• Seamless Multi-model Upgrade — Waveform file compatibility across 2/3/4 series, supports parameter transition

Core Technology Architecture

Features "High-precision ADC+FPGA+DSP" three-stage architecture: 16-bit ADC captures 1GHz bandwidth signals (Source: Technical white paper). FPGA performs real-time 512-point FFT filtering (Latency <1μs). DSP runs proprietary noise reduction algorithm (Trained on 100,000+ samples), improving SNR by 25dB in complex environments.

Embedded System Debugging Workflow

1. Connection: Hot-swappable BNC interface, multi-device networking in 10 minutes

2. Configuration: Touchscreen digital signal selection → One-click analog trigger threshold association

3. Analysis: FPGA real-time timing correlation diagram, refresh rate 100,000 wfms/s

4. Output: Direct CSV/PNG export to USB drive, no additional software required

Technical Usage Boundary

Phase noise increases to -95dBc/Hz when testing signals >1GHz bandwidth (Standard: -110dBc/Hz). Mitigation: ① Enable bandwidth compression mode (Accuracy loss <3%); ② Add external low-pass filter (Based on equivalent instrument solutions).