The R&S CMW radio communication tester can now be used to analyze more than just the RF characteristics of transmitters and receivers. They can test applications and the speed of a WLAN connection under realistic conditions in accordance with the IEEE 802.11ac standard.
Many manufacturers of WLAN components limit their device and component testing to conventional WLAN access points. But this doesn't allow coexistence tests on devices that simultaneously communicate over WLAN and other wireless technologies. If users have unlimited access to the protocol stack, as provided by the new R&S CMW-KS656 software option, they can easily eliminate incompatibilities. The ability to upgrade the stack to meet future requirements makes it a safe investment.
The R&S CMW500 wideband radio communication tester now emulates WLAN networks in line with the IEEE 802.11ac standard. The established test platform thus supports all current cellular and non-cellular wireless standards. Just a single test instrument covers all tests required for components with multiple integrated wireless interfaces - including interoperability tests.
The R&S CMW500 wideband radio communication tester can be used to analyze even very complex sequences, for instance to measure LTE-WLAN traffic offloading or analyze coexistence interference in the DUT. Coexistence interference should to be eliminated as far as possible. It can occur when multiple wireless technologies are operated in parallel, such as when WLAN and a mobile network are both enabled on a smartphone or tablet. These test scenarios help developers and designers resolve in early product development phases issues that could later have a significant impact on market success.
Rohde & Schwarz will demonstrate its IEEE 802.11ac signaling solution at Mobile World Congress 2017. The R&S CMW-KS656 software option can now be ordered from R&S.
