Keysight and Nokia Bell Labs to Demonstrate 6G Subterahertz Component Characterization at IMS 2023

时间： 2023-06-03 来源：Keysight News

Vector component analyzer demonstration measures the error vector magnitude of a Nokia power amplifier designed for use in 6G D-band wireless communications systems
Millimeter wave Signal Analyzer demonstration tests a Nokia radio frequency integrated circuit designed for transceivers used in E-band backhaul communications systems
Solutions allow Nokia Bell Labs to better understand component performance to optimize designs

KEYSIGHT Technologies and Nokia Bell Labs are demonstrating component and radio frequency integrated circuit (RFIC) characterization for 6G subterahertz (sub-THz) radio frequency (RF) applications in the D- and E-bands at the International Microwave Symposium 2023 (IMS 2023) in June.

Delivering the extreme data speeds, ultra-low latency, and near-infinite bandwidth of 6G will require the use of a sub-THz spectrum. However, sub-THz frequencies have not traditionally been used for cellular communications due to their propagation characteristics, which present signal integrity and path loss challenges that can negatively impact performance. To help mitigate these challenges, Keysight and Nokia Bell Labs have been collaborating to develop characterization techniques to test active sub-THz components, such as amplifiers, mixers, and frequency converters, to ensure they do not introduce additional signal distortion into communications systems.

The collaboration's most recent achievement will be presented at Keysight's booth #835 at IMS 2023. Built on the Keysight PNA-X Vector Component Analyzer (VCA) solution, the demonstration characterizes a Nokia power amplifier (PA) developed for use in 6G D-band wireless communications systems and designed to operate with a low error vector magnitude (EVM). Using the Keysight N5290A PNA Millimeter Wave System, Nokia Bell Labs can accurately detect the PA's low EVM, which is a measure of the signal distortion introduced into the communications system by the component. With these measurements, Nokia Bell Labs can better understand the PA's performance to optimize its 6G transmission system design.

Keysight and Nokia Bell Labs are also partnering to showcase an E-band test solution at IMS 2023. The demonstration features the Keysight N9042B UXA Signal Analyzer used in combination with the V3050A Signal Analyzer Frequency Extender to measure a Nokia transceiver RFIC designed for use in an E-band system for backhaul applications.

To help network equipment manufacturers, semiconductor companies, and device makers address the bandwidth and performance demands of 6G, Keysight offers a 6G Sub-THz R&D Testbed. The wideband sub-THZ testbed features an arbitrary waveform generator (AWG) that generates a wideband intermediate frequency (IF), which is upconverted to the H-band (220-330GHz). The signal is downconverted to an IF, digitized with a UXR high-performance oscilloscope, then demodulated and analyzed using PathWave Vector Signal Analysis software.

Shahriar Shahramian, Head of RFIC & Packaging Lab, at Nokia Bell Labs, said: "At Nokia Bell Labs we continue to push the carrier frequency and complexity of our RFIC, packaging, and module integration. With these advancements, we move the frontier of what is possible from 6G wireless and optical communication systems. Consequently, the test and measurement industry plays a vital role to enable the complex characterization demanded from our devices and to reduce our time to market. We have been working closely with Keysight throughout our design and verification journey. Keysight continues to deliver innovation in both their software and hardware 6G measurement platforms, which we rely on for characterizing our next-generation systems."

Giampaolo Tardioli, Vice President for Keysight's 6G and Next Generation program, said: "With 6G, we are on the cusp of realizing an unprecedented new era of high-speed, high-reliability, and flexible mobile connectivity that promises to transform human communications. This shift will be driven by the use of the subterahertz spectrum, which will give us the speeds needed to enable 6G use cases such as augmented reality and autonomous transportation. By working closely with global industry partners like Nokia Bell Labs today, Keysight is helping to create the 6G technologies needed for tomorrow's mobile networks."

The Keysight and Nokia Bell Labs 6G D-band PA characterization demonstration will also be presented at Radio Frequency Integrated Circuits Symposium 2023, which is co-located with IMS 2023.

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本文由玄子转载自Keysight News，原文标题为:Keysight and Nokia Bell Labs to Demonstrate 6G Subterahertz Component Characterization at IMS 2023，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。

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Keysight Technologies PXA X系列信号分析仪，多点触控N9030B

描述- 本指南详细介绍了如何配置Keysight Technologies的PXA X-Series信号分析仪，包括选择频率范围、预放大器、衰减器、分析带宽、性能选项、实时分析、可选功能、附件以及升级服务。指南提供了详细的步骤和选项，帮助用户根据需求定制分析仪的性能。

型号- N9030BU-SF2,N9030BU-B40,N9030BU-SF1,N9030B-FT2,N9077C-MFP,N9030B-FT1,N9080C-3TP,N9030BU-BU9,N9030BU-BU8,N9030BU-ABF,N9030B-DP2,N9030BU-BU7,N9030BU-ABE,N9030BU-BU3,N9084C-2TP,N9030BU-YAV,N9030B-LNP,N9030B-FSA,N9069C-1TP,N9030BU-ABJ,N9030B-513,N9030B-EA3,N9030BU-BUF,N9030BU-P03,N9030B-PFR,N9030BU-RTS,N9030BU-BUR,N9030BU-BUQ,N9069C-3FP,N9030BU-P08,89601B,N9077C-4TP,1KBD001A,N9082C-2TP,N9067C-1TP,N9030BU-P13,N9030B-526,N9084C-2FP,1DVR001A,N9030BU-EXM,856XE,N9067C-2FP,N9030B-EP0,N9062C-2FP,N9030B-P50,N9030BU-BBA,N9030B-P44,N9084C-1TP,N9069C-2TP,N9029AV08,N9030BU-B1X,N9029AV03,N9029AV05,N9030BU-RBE,N9030B-A6J,N9029AV06,N9029AV01,N9029AV02,1MSE001A,N9030B-MPB,N9030B-508,N9030B-FS1,8568,8566,N9030B-FS2,N9030BU-RT1,N9063C-3TP,M1971E-001,M1971E-003,N9077C-MTP,N9030BU-B2X,N9030B-503,N9077C-6FP,N9030BU-AB2,N9030BU-RT2,N9030BU-AB1,N9030BU-B85,N9081C-2FP,N9030B-CR3,U7227C,U7227A,N9030BU-F01,1CP105A,N9067C-1FP,N6141C-2TP,N9030B-550,N9030BU-F09,N9030BU-F08,N9030BU-F07,N9030BU-F06,N9030BU-F05,N9030BU-F04,N9030BU-F03,N9030B-EDP,N9030BU-F02,N9060C,N6171A-M01,U7227F,N9073C-3TP,N9030B-AMG,N9030BU-P44,N9063C-3FP,N9069C-1FP,N9030B-CRP,N9030BU-F12,N9030BU-F11,N9030BU-F10,N9030BU-EP0,M1970V-002,M1970V-001,N9077C-6TP,N9063C-2TP,N9030BU-P50,N9030BU-F15,N9030BU-F14,N9030BU-F13,N9082C-1FP,1KB001A,N9071C-1FP,N9077C-7FP,N9073C-3FP,N9030BU-B5X,N9030B-ESC,N9073C-2TP,N9030BU-P26,N9063C-2FP,N9030BU-EMC,N9069C-2FP,N6171A-M03,N6171A-M02,N9077C-7TP,N9030B-ALV,N9082C-1TP,U7227,N9063C-1TP,N9030BU-FP2,N9077C-2FPP,N9082C-2FP,N9030B-544,N6141C-2FP,N9030B-NF2,N9077C-8FP,M1970E,N9030B-B2X,N9073C-2FP,856XEC,N9081C-3TP,N6141C,N9061C-1FP,N9073C-1TP,N9030BU-ESC,N9030B-RBE,N9054C-1TP,N9077C-1FP,N9030B-SF2,N9030B-B40,N9030B-SF1,N9068C-2TP,N9077C-8TP,N9071C-2TP,MLP001A,N9030B-RT2,N9030B-RT1,N9030BU-AKT,PXA,N9071C-3FP,N9063C-1FP,R-50C-011-10,N9081C-3FP,N9030BU-MPB,N9030B-SSD,N9030B-TDS,N9073C-1FP,N5106A,N9030B-C35,N9030B-DUA,N9068C-2FP,N9030BU-LNP,N9081C-2TP,N9080C-1FP,M1971V,N9030BU-EA3,M1971W,N9061C-2FP,N9020B-CVR,N9029AVXX,N9077C-2FP,R-50C-011-3,N400XA,N9030B-BBA,N9071C-1TP,N9030BU-FT2,R-50C-011-5,N9054C-1FP,N9030BU-FT1,R-50C-011-7,N9030B-B1X,N9030BU-DP4,M1970W,N9071C-2FP,N9030B-EXM,N9084C-1FP,N9080C-1TP,N9030B-FP2,11970U,11970V,N9029AE13,N9030BU-CRP,11970W,N9069C-3TP,N9077C-1TP,N9030B-P26,N9080C-2FP,N9030B-EMC,N9030BU-DUA,PXA X,N9030B-B85,N5262VDI-175,N9077C-3FP,N9029AE08,11970A,N9029AE05,N9029AE06,N9030BU-C35,N9030BU-SSD,N9030BU-TDS,1CR014A,N9029AV1B,N9029AE03,US5608,11970Q,N9029AV15,N9029AV10,N9029AV12,N9030B-UK6,N9080C-2TP,N9030B-RTR,N9030B-YAV,N9030B,1CM113A,N9077C-2TP,N9030BU-ALV,N9030B-P03,N9080C-3FP,N9030B-RTS,N9030B-P08,N9030BU-EDP,1CN103A,N9077C-4FP,N9071C-3TP,N9030B-B5X,N9030BU-CR3,N9077C-3TP,N9030BU-HL2,N9030BU-HL1,N9030B-P13,N9067C-2TP

September 27, 2017 - KEYSIGHT - 用户指南

X系列信号分析仪N9041B UXA信号分析仪规格指南（综合参考数据）

型号- N9041B,X-SERIES

June 2023 - KEYSIGHT - 用户指南 - Edition 1

Keysight（是德科技） Trade-In N9000B & N9010B CXA & EXA Signal Analyzer

描述- Keysight Technologies推出N9000B和N9010B系列信号分析仪的以旧换新优惠活动。用户在以符合条件的N9000A或N9010A型号进行交易时，可获得最高50%的信用额度。此外，对于在旧型号上安装的应用程序，在新设备上订购时，同样可获得最高50%的信用额度。活动包括特定型号的Rohde & Schwarz和Anritsu信号分析仪，以及任何频率范围的信号分析仪。信用额度最高可达50%，具体比例根据配置、汇率等因素可能有所不同。

型号- 8592D,8592B,MS2681A,FSP13,8592A,8596E,MS8608A,FSVR13,MS2665C,FSL18,FSV13,E4405B,FSV3,MS2601A,FSV7,FSVR7,MS2690,8592L,8591C,8591A,8595E,E4408B,8595A,FSVR40,E4404B,FSU3,MS2660,KTI-0030,N9010B,N9010A,FSQ3,MS2802A,FSU8,FSQ8,FSG13,8591E,8590B,FSMR3,FSP30,8594E,E4407B,8594A,FSV30,MS2830,E4403B,FSVR30,E4411B,FSP3,FSL3,FSP7,8590L,FSL6,8594Q,8594L,8590D,8590E,FSMR26,8593E,8593A,FSV40,E4402B,FSQ26,FSU26,N9000B,FSG8

March 2017 - KEYSIGHT - 技术文档

Keysight N9010B EXA信号分析仪

描述- 本资料为Keysight N9010B EXA信号分析仪的用户手册，涵盖了不同型号的信号分析仪，包括9 kHz至44 GHz不同频率范围的型号。手册内容涉及仪器概述、启动和初始化故障排除、仪器信息、RF部分故障排除、前端控制故障排除、模拟/数字中频故障排除、LO合成器/参考故障排除、CPU/硬盘驱动故障排除、电源/中板故障排除、前面板/主板故障排除、方框图、服务和诊断菜单、可更换部件以及组件更换。资料详细介绍了仪器的各个组成部分、工作原理、故障排除方法和维修指南。

型号- N9010B,N9010B EXA

May 2017 - KEYSIGHT - 用户指南