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罗德与施瓦茨提供产品以及解决方案。如果您还不知道哪款产品适用于您的工作,您可以在此处查找更多相关信息。
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罗德与施瓦茨提供产品以及解决方案。如果您还不知道哪款产品适用于您的工作,您可以在此处查找更多相关信息。
853 结果
阅读我们的免费口袋指南,解锁卫星技术的奥秘!这本小巧指南专为初学者和爱好者编写,内容详实,包含清晰的定义、关键解析、多种公式和有用图表。
Discover the fundamentals of electromagnetic environmental (EME) generation for electronic warfare (EW) and electromagnetic spectrum operations (EMSO). This white paper series explains key definitions, simulation principles, and system architectures for realistic and reliable EW testing.
使用精确同步的双路径信号源驱动 Doherty 放大器,深入了解设计并改善结果。
了解罗德与施瓦茨的车载通信网络解决方案:全球率先推出的面向车载以太网和其他总线系统的一致性测试解决方案。
Achieve information superiority and digital sovereignty in modern warfare with R&S comprehensive A&D solutions.
Satellite communications monitoring Satellite communications monitoring 200_105307 Satellite communications monitoring Satellite communications monitoring and interference detection R&S®SATCOM Link Observer for failure-free SATCOM operations and high quality of service In an ever-evolving communications landscape, staying connected via satellite is crucial for various industries. Critical infrastructures
Discover how Rohde & Schwarz actively contributes to ITU compliance and spectrum monitoring with its solutions. Explore our ITU-compliant offerings today.
汽车电子 eCall 测试对于缩短紧急响应时间至关重要。了解获得认证的 NG eCall 测试解决方案,探索 eCall 测试设备。
罗德与施瓦茨提供久经验证的 5G 网络和蜂窝车联网测试与测量解决方案,是应对独特的汽车电子车联网挑战的重要工具。了解更多。
Meet our mobile network testing experts and find out what they have to say about the latest telecom industry trends and innovations.
ADT GOMSpace GOMspace 200_116535 GOMspace Driving innovation in nano satellite designs Modern nano satellite designs are enabling exciting new services like global tracking, internet of things, remote sensing and non-terrestrial networks (NTN) for communication and data links. With the technologies that drive these services come new challenges in the design, production and operation of these satellites
罗德与施瓦茨提供测试与测量解决方案以验证射频功率放大器是否符合标准。
Air sovereignty with R&S EMSO solutions for situational awareness, secure communications, ISR, and air defense.
CERTIUM LOCATE - the scalable location system meets the requirements of large airports and area control centers since it geolocates aircraft in airport areas and en route. Learn more
Taiwan reduces system complexity with R&S®Series5200 radios. Learn more
CERTIUM LOCATE - the scalable location system meets the requirements of large airports and area control centers since it geolocates aircraft in airport areas and en route. Learn more
CERTIUM VCS uses VoIP technology with SIP, RTP and R2S protocol support in line with the EUROCAE WG67 ED standard. Learn more
Modernizing communications equipment of AirNav Ireland and ISAVIA Learn more
Jens Berger, full-time Head of Applied Research and part-time Technology Marketing Manager, is responsible for defining the test scenarios in our products. In his posts, he enthuses over reproducing human perception in telecommunication services and analyzing their technical background.
Read how 5G networks can support time-sensitive applications, as extended reality and real-time control in industrial settings.
Read how 5G networks can support time-sensitive applications, as extended reality and real-time control in industrial settings.
Find out more about VoIP migration expertise in air traffic control.
Find out more about LDACS, the digital transformation of aviation.
Rohde & Schwarz is your trusted partner for secure air traffic communications from the radio to the antenna. Find out more about the world of CERTIUM.
专为实现 5G 而推出:探索下一代 5G NR 测试解决方案,以在开发、质量管理验收测试和生产过程中执行测量。
符合 MIL-STD-461 和 RTCA DO-160 20.0 要求。了解适用于航空航天和系统应用的罗德与施瓦茨 EMC 敏感度测试解决方案。
选择罗德与施瓦茨的时钟验证和替换测试解决方案,实现卓越的抖动和噪声验证。
探索罗德与施瓦茨电池管理系统测试,模拟电动汽车中使用的电池单元以确保性能和安全。
在本白皮书中,我们围绕介电材料测量介绍了基本物理概念、通用技术概念和常见的测量方法。
白皮书:探索 UWB 的未来——全面解读 IEEE 802.15.4ab 探索下一代 UWB 超宽带 (UWB) 技术越来越多地被用在消费电子、汽车系统和工业应用中,推动了 UWB 标准的持续演进。为了支持 精准测距、安全访问和先进感知 等新兴应用,IEEE 已着手在 IEEE 802.15.4ab 标准中 增强 UWB 物理层和 MAC 层 。这些增强的特性旨在提升性能,同时保持与以往版本的兼容性。 本白皮书探讨了 IEEE 802.15.4ab 标准引入的先进技术,例如 增强型调制方案、动态数据速率自适应、多毫秒测距技术以及新的雷达感知能力 。这些特性将支持未来应用,例如生命体征检测、沉浸式多媒体共享和超低功耗唤醒。 您将了解: 下一代 UWB 技术的架构和特性 通过增强型调制编码方案提高性能 多毫秒 UWB 测距方法和窄带辅助模式 标准化雷达/感知数据包结构和频率拼接 节能唤醒和低能耗