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S9101A 5G 多频段矢量收发信机

最新的固化软件及版本
版本 S.35.55
发布日期 2024-05-08
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白皮书
设备制造商和 NEM 必须克服 5G 新空口、MIMO 和毫米波频率技术所带来的挑战。 他们必须将关注重点从测试用例范围转移到测试成本和上市时间方面。
2019-05-30
技术资料
This data sheet describes system performance related to the Keysight S9101A 5G Multi-Band Vector Transceiver.
2024-12-23
快速入门指南
Describes hardware installation, verification of operation, and how to run Power Calibration on mmWave ports for S9101A-TR1, S9101A-BK1, and S9101A-TR2 configurations.
2022-12-01
配置指南
This configuration guide contains information to help configure the Keysight S9101A 5G Multi-Band Vector Transceiver.
2021-10-29
解决方案概述
The Keysight S91XX Series 5G Multi-Band Vector Transceivers deliver ACLR and EVM performance for improved measurement insight and reduced measurement uncertainty.
2023-06-27
白皮书
The promise of 5G is faster and more reliable communications. To enable mobile broadband communications, 5G uses existing and new technologies to achieve extreme data throughputs. In this white paper, you will learn about the impact of the 3GPP evolution on your testing and solutions available to...
2024-02-29
白皮书
Discuss the impacts of frequency responses and modulator imperfections on wide bandwidth signals, and how to improve measurement integrity for these impacts.
2022-12-19
白皮书
Discuss the impacts of frequency responses and modulator imperfections on wide bandwidth signals, and how to improve measurement integrity for these impacts.
2022-06-24
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