Core Application Scenarios

• 5G Terminal Certification — FR1/FR2 band testing (Product positioning)

• IoT Device R&D — WiFi6E/UWB signal verification (Product application)

Technical Adaptation for Rental Scenarios

• Certification Efficiency Breakthrough — Multi-standard support increases test throughput by 300%

• Space Cost Optimization — Compact design saves 70% lab space

Multi-Layer Shielding Architecture

Features "Composite Shielding + Absorption Optimization" design: Multi-layer metal shielding shell (Shielding effectiveness ≥90dB@6GHz, Estimated from shielding box standards). Honeycomb ventilation waveguides suppress high-frequency leakage (Cutoff frequency >15GHz, Estimated from waveguide design principles). Custom absorbing material enables full-band absorption (Reflection loss ≤-20dB, Estimated from absorber material parameters). Dedicated interface panel supports SMA/N-type connectors (Switching time ≤3 seconds, Product feature description).

Wireless Device Test Workflow

1. Placement: Insert smartphone/tablet into shielding box, automatic sealing

2. Connection: Connect test equipment via front panel interface

3. Testing: Execute multi-standard verification (5G/WiFi6E/UWB)

4. Analysis: Generate test reports in interference-free environment

mmWave Shielding Boundary

Gap leakage may cause ±3dB measurement error when testing >10GHz (Estimated from mmWave test characteristics). Mitigation: ① Use electromagnetic sealing gasket (improves shielding to >95dB); ② Enable dynamic compensation algorithm (provided with rental).