What is 5G Shielded Test Enclosure?
A 5G Shielded Test Enclosure is used to create an isolated and controlled test environment where the wireless characteristics of 5G devices can be evaluated without interference from external electromagnetic radiation.
5G Shielded Test Enclosures are essentially sealed containers made of conductive materials (such as copper or aluminum) that block electromagnetic signals and prevent them from entering or leaving the enclosure. These shielded enclosures provide isolation from unintentional electromagnetic interference and are important to test the 5G device under test (DUT) in an isolated environment to evaluate its performance.
The test enclosure typically includes various input/output ports and connectors, allowing the DUT to be connected to various test equipment and peripherals, while maintaining the necessary shielding. The shielded test enclosures are designed to ensure stable and repeatable measurements over a broad frequency range. Usually, the test enclosure has RF-absorbing foam that deadens standing waves and reflections.
The performance of the 5G devices is evaluated by subjecting the DUT to various tests, such as:
• Averaged Spectral Efficiency (ASE)
• Beamforming SNR Increase (BSNRI)
• Beamforming Battery Consumption (BBC)
• Beamforming Temperature Increase (BTI)
• Beamforming Capacity Gain (BCG)
• Beamforming Averaged Latency (BAL)
• E2E Latency (E2EL)
• RF Latency (RFL)
• DL/UL FTP/TCP/UDP Throughput
• True Throughput (TTPUT)
• Peak Downlink Throughput (PDLT)
• Peak Uplink Throughput (PULT)
everything RF lists 5G Shielded Test Enclosures from the leading manufacturers. Use the parametric search tools to narrow down on amplifiers based on your requirement. Once you find products that meet your specification, view product details, download the datasheet, compare products and request quotations. Inquiries generated via everything RF are directed to the manufacturers who get back to you with a quote or information.
