Brief description

The R&S®CMW290 functional radio communication tester is ideal for service and logistics applications.

Verifying the hardware of wireless devices

The R&S®CMW290 functional radio communication tester is a leaner solution that has been optimized for typical hardware verification task and basic mobile network emulation. The R&S®CMW290 is the right instrument for users who measure fundamental RF characteristics or perform Go/NoGo checks in line with communications standards. It verifies that the DUTs comply with specifications to ensure proper operation and that they do not interfere with other electronic devices.

Automated test environment for high-volume testing

The R&S®CMW290 can be combined with the R&S®CMWrun test sequencer software as a user interface for automated tests to achieve high throughput with minimal personnel cost and a high level of operational reliability.

Comprehensive measurement of wireless devices

Adding the R&S®CMW-Z10 RF shield box with the R&S®CMW-Z11 antenna coupler extends test coverage to include the DUT’s antennas and connectors. Since the tester supports all common cellular and non-cellular standards, coexistence interference between standard scan be measured.

Functional testing for integrating IoT modules

The R&S®CMW290 is also the ideal solution for basic mobile network emulation and functional testing of integrated wireless modules in IoT communications. Not only can users verify that the RF module was correctly installed in the system, they can also verify that the IP-based applications were correctly configured by connecting the devices client software to built-in server software or forwarding IP traffic to external servers.

Features:

• Simultaneous support of all common wireless communications standards – cellular and noncellular up to 6 GHz on up to two channels
• Calibration of cellular devices using manufacturerprovided software
• IP data support using built-in or external custom application servers
• Customizable, simple R&S^®CMWrun user interface (R&S^®CMWrun) for efficient test sequence execution