SB-RADAR — RF Technology Shielded Box / Compact RF Test Enclosure

RF Technology Shielded Box testing systems are compact, self-contained electromagnetic shielding enclosures designed for benchtop and laboratory RF testing of wireless devices, IoT equipment, smartphones, modems, and other compact DUTs. Each system provides a controlled electromagnetic environment for over-the-air (OTA) performance testing, RF desensitisation analysis, throughput testing, and near-field interference detection without requiring a full-sized anechoic chamber.

Available in multiple configurations including the Desense Box for RF interference and sensitivity analysis, the Throughput Rate Automated Testing System Box for automated wireless throughput testing, the Radar Simulator Compact Range Testing Box for radar and millimetre-wave device testing, the RF Interference Near Field Detection Testing Box for near-field interference mapping, the Terminal Compact Field Testing Box for terminal and handset RF performance, and the MINI Compact Range Model for compact antenna measurements.

All systems are supplied by Finch Electronic Solutions.

Type: Radar Simulator Compact Range Testing Box | Application: Radar and mmWave device testing in compact range format | Self-contained shielded enclosure | Custom configuration on enquiry

• Compact self-contained shielded enclosure for benchtop RF and OTA testing
• Multiple configurations for desense, throughput, radar, near-field, and antenna testing
• No full-sized chamber required — suitable for lab and production environments
• Electromagnetic shielding for controlled RF measurement environment
• Automated testing options available (throughput automated testing system)
• Suitable for smartphones, IoT devices, modems, wireless modules, radar sensors
• Supplied by Finch Electronic Solutions

RF desensitisation (desense) analysis of wireless devices; Over-the-air (OTA) throughput and performance testing; Automated wireless throughput testing in production; Near-field RF interference detection and mapping; Radar sensor and millimetre-wave device characterisation; Compact antenna measurement; Smartphone, tablet, and IoT device RF testing; Wireless module pre-compliance screening