Rohde & Schwarz released an option for the generation and analysis of 5G NR uplink signals that comply with the latest 3GPP specifications. Among them, the FSW-K145 5G NR uplink signal analysis option of the FSW spectrum analyzer can be used for the measurement of 5G terminals and the testing of devices such as power amplifiers. The corresponding FSW-K144 option is used for 5G NR downlink signal analysis. The SMW-K144 option for R&S SMW200A vector signal generator integrates the generation function of uplink and downlink signals, and can be used for uplink and downlink receiver testing. The above three options are in line with the latest 3GPP 15.2.0 version standard.
Munich, August 29, 2018-Equipped with the new R&S FSW-K145 5G NR uplink measurement option, R&S FSW signal and spectrum analyzer can be used to analyze the uplink signal of 5G NR terminals. This option supports multiple component carriers and multi-frame signals. With the use of existing 5G NR signal generation options, developers can perform RF conformance testing of 5G NR modems, mobile phones, IoT devices and base stations that comply with 3GPP standards. These signal generation and analysis options are now compliant with the TS 38.211/TS 38.212/TS 38.213/TS 38.214 standard of version 15.2.0 in June 2018. And later will be based on 3GPP synchronous evolution.
The excellent performance and functions of the R&S SMW200A vector signal generator and R&S FSW signal and spectrum analyzer are particularly beneficial for uplink signal testing. The R&S SMW200A is the first vector signal generator with a single instrument that provides an operating frequency of up to 40 GHz and a modulation bandwidth of 2 GHz. Its intuitive operation concept and intelligent help function help to configure complex 5G NR signal scenarios directly from the instrument.
R&S FSW is equipped with the new R&S FSW-K145 5G NR UL signal analysis option (or R&S FSW-K144 5G NR DL signal analysis option), which can analyze Sub 6 GHz and millimeter wave 5G signals with different sub-carrier spacing and carrier bandwidth. R&S FSW-B2001 expands its internal analysis bandwidth to 2 GHz without the need for data acquisition equipment of an external oscilloscope.
R&S SMW-K144 5G NR signal generation options (including downlink and uplink signals), R&S FSW-K144 5G NR downlink and new R&S FSW-K145 5G NR uplink signal analysis options are now available Formally accept orders.
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