The next standard for wireless LAN is 802.11ax, also called Wifi 6. As the next-generation of Wi-Fi, 802.11ax (Wi-Fi 6) is designed for our everything-and-everyone connected world. Previous generations of Wi-Fi have been about speed, 802.11ax is about efficiency and speed and providing that speed to multiple users at the same time. We can provide test solutions to make sure your product can achieve the goals through key technologies like OFDMA, MU-MIMO and so on.
CSWIFI500/600 - a turn-key solution for 802.11 a/b/g/n/ac/ax performance test
Simulate the live network application scenarios of WiFi users, complete with automatic test software and generate test reports automatically. The CSWIFI600 performance test system provides a controllable, repeatable, realistic and objective WiFi performance test solution, covering any possible WiFi application scenarios constructed and fully controlled by the laboratory. It is currently the most authentic, user-friendly The application scenario is a solution for testing the performance of WiFi products
CBOX series - a fully customizable test solution for WIFI AP/Mesh performance test
CBOX series can be customized based on your requirements and test needs. Any size, any frequency, any isolation leve and any ports can be designed and added into final solutions.
Others - Accessories for WIFI testing
RF Matrix
RF matrix can automatically route RF microwave signals between the tested unit (UUT) of the test instrument and AP system. It can provide the consistent signal path and support automatic test execution, usually including signal adjustment
Programable Attenuator
The programable attenuator can be set with attenuation value separately. The attenuation step is 0.5dB, the attenuation range is 0-60db
WIFI Test Antenna
CTEAN-26-96 is an ultra-wideband antenna, which has characteristics of miniaturization, ultra-wideband, simple feeding, good radiation direction and high radiation efficiency
RF cabels
CRE RF Cable can be widely used in various military and commercial applications with low loss and temperature stability