Standalone RF Shield Boxes are self-contained RF shielding enclosures designed to provide a controlled electromagnetic environment for testing and measuring wireless devices. RF Electronics offers standalone shield boxes with flexible configurations for 5G, 4G, Wi-Fi, Bluetooth, LTE, IoT, MIMO and OTA testing. Available in different sizes and mobile configurations, they can accommodate larger DUTs, custom fixtures, antenna setups, I/O interfaces, cooling and automation for R&D, validation and production testing.
Find answers to common questions about RF shielding performance, testing applications, configurations, connectivity, and customization of Standalone RF Shield Boxes.
A Standalone RF Shield Box is a self-contained RF shielding enclosure on caster wheels or stationary platform designed for independent wireless device testing. It provides a controlled RF environment without requiring installation in a standard equipment rack or workbench.
A standalone shield box is ideal for testing larger devices, custom fixtures, or applications requiring greater internal space and flexibility. It is commonly used in R&D labs, validation testing, and low-to-medium volume production.
Yes. Standalone RF Shield Boxes are available in various sizes and can be customized to accommodate large or complex DUTs such as HAPS FPGA Platforms , Environmental Chambers (i.e TestEquity 107) , multiple devices, or specialized test fixtures.
Yes. Many standalone models are designed for easy relocation within laboratories, while larger systems can be fitted with heavy-duty castor wheels for convenient mobility.
Absolutely. RF Electronics offers customized standalone shield boxes with configurable dimensions, I/O interfaces, antenna setups, DUT fixtures, cooling systems, and automation features.
Standalone RF Shield Boxes support testing of Wi-Fi, Bluetooth, RFID, LTE, 5G, UWB, GNSS, Zigbee, Thread, Matter, IoT devices, and many other wireless communication technologies.
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