Core Application Scenarios

• 3G/4G R&D — MIMO system verification (Product positioning)

• Emerging Communication Technologies — Complex waveform real-time generation (Product application)

Technical Adaptation for Rental Scenarios

• R&D Efficiency Breakthrough — Dual-channel collaboration increases test efficiency by 400%

• Configuration Cost Optimization — Modular design enables on-demand upgrades, saving 60% investment

Intelligent Signal Architecture

Features "Dual RF Channels + Dual Baseband Engines" design: Main channel supports 100kHz-6GHz RF output (Frequency switching time ≤500μs, Estimated from vector signal source standards). Auxiliary channel supports 100kHz-3GHz independent output (Phase noise ≤-110dBc/Hz@1GHz, Estimated from equivalent devices). Dual baseband generators enable complex signal real-time generation (Waveform depth 64MSamples, Core product feature). WinIQSIM software supports signal superposition and frequency offset settings (80% reduction in configuration time, Product feature description).

MIMO System Test Workflow

1. Configuration: Design dual-channel test scenario with WinIQSIM software

2. Generation: Dual baseband outputs 64MSamples complex waveform in real-time

3. Superposition: Set frequency offset for signal spatial synthesis

4. Verification: Dual RF channels output MIMO test signals

Complex Waveform Generation Boundary

Processing delay may cause ±2μs timing error when waveform length >50MSamples (Estimated from large-capacity waveform characteristics). Mitigation: ① Enable real-time preloading (improves accuracy to ±0.3μs); ② Use high-speed data interface (provided with rental).