In this blog post, we will delve into the fundamentals of beam patterns and beamwidth, and their crucial role in shaping modern communication systems. We'll uncover the essence of these concepts and explore how they influence the transmission and reception of signals.
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ミリ波レーダーモジュールとスマートビークルの統合 - TMYTEKとHCMFグループが自動車の安全性向上をリード
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Integrating Millimeter-Wave Radar Modules with Smart Vehicles - TMYTEK and HCMF Group Lead the Way in Advancing Vehicle Safety
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This blog post will explain what beam steering is, why it's essential, and how adjusting steps known as phase shifting can lead to optimal results. We will also talk about the relationship between millimeter-wave technology and beam steering, ...
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5G/6G、衛星通信、レーダー・センシングの生産とテストの柔軟性を向上させる、サブ6GHz機器用の高度な拡張ソリューション、UD Box 5Gとマトリックス・スイッチ付きUD Box 0630
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UD Box 5G and UD Box 0630 with Matrix Switch Advanced Extension Solution for Sub-6 GHz Equipment, Unleashing Enhanced Production and Testing Flexibility for 5G/6G, Satcom and Radar Sensing
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The field of RF engineering has undergone significant shifts. In the past, constructing beamforming experimental setups was a time-consuming and labor-intensive process. For engineers, it might take a whole week to get their heads around interfaces, syntax, lab setup, and troubleshooting.
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In the previous blog post of Prof. Björnson's Dev Kit experiment, we delved into the world of wave propagation in millimeter wave (mmWave) communications, the behavior of signal strength with distance and the impact of various objects on signal penetration.
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In the previous blog post of Prof. Emil's Dev Kit experiment, we talked about exploring beamforming directivity in mmWave communications and its fundamentals. In this blog post, we shift our focus to wave propagation in mmWave communications, ...
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5G技術の登場により、無線通信の新時代が到来し、ミリ波周波数が極めて重要な役割を果たしています。 これらの高周波数帯域は、より高速なデータレートを実現するための広大な帯域幅を提供しますが、カバレッジの制限や障害物に対する感度といった独自の課題ももたらします。
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