Anritsu Introduces Signal Analyzer/Spectrum Analyzer Options to Support External High-speed Data-transfer Interfaces Used in Emerging Designs

08/15/2017

Anritsu Company introduces two new options for its Signal Analyzer/Spectrum Analyzer MS2850A to support high-speed transfer of captured waveform data to an external computer for post processing and analysis. Combined with the 1-GHz capture and analysis bandwidth, the options expand the capability of the MS2850A to address the needs of emerging wireless networks, including 5G, where experimental and prototype waveforms are being analyzed using simulation and analysis software.

With the new software, the MS2850A provide engineers developing 5G terminals, broadcast satellite communications, wireless communications equipment, and broadband wireless communication systems with a cost-efficient solution to comprehensively verify their high-speed designs. The new options install free software in the external PC to control the MS2850A using the Ethernet/USB2.0/GPIB connector and transfer data captured by the MS2850A high-speed over a dedicated USB3.0/PCIe data-transfer interface. The MS2850A-053 option provides a PCIe Gen2 x8 connector to support high-speed external PCIe interfaces, while the MS2850A-054 option utilizes a type-B connector for testing high-speed data transfer from external USB interfaces via USB3.0.

In addition to the 1-GHz analysis bandwidth, the Signal Analyzer/Spectrum Analyzer MS2850A has up to 32 GB of built-in memory, wide measurement dynamic range of >140 dB and high flatness performance. Two models – with frequency coverage up to 32 GHz and 44.5 GHz, respectively – are available, each with the noise figure (NF) and phase noise performance required for 5G testing.

The affordable price of the MS2850A fills a market void for an economical solution to accurately measure infrastructure under development for the emerging 5G market, as well as similar high-speed applications. The analyzer supports 5G standards currently under development by 3GPP, as well as legacy technologies such as LTE, W-CDMA, TD-SCDMA and GSM.

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