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Exploring Non-Terrestrial Networks (NTNs) and Anritsu’s Role in Advancing Connectivity

satellite in space

The realm of communication networks is expanding beyond traditional boundaries with the evolution of Non-Terrestrial Networks (NTNs). These innovative systems bridge communication gaps across land, sea, and air, offering seamless connectivity via terrestrial and satellite-based networks. Leading this change, Anritsu offers state-of-the-art solutions to address the obstacles and unleash the potential of mobile and IoT devices enabled by NTN.

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NI Hardware Compatibility With Windows 10 & 11

Closeup of the Microsoft Windows OS Logo

For engineers and technicians maintaining NI test systems, navigating hardware compatibility is a crucial step to making sure that your hardware and software perform together seamlessly. Microsoft Windows, as the top operating system (OS) in the world, is an incredibly important system to know. In this post, we will take a look at compatibility between NI hardware and Windows versions 10 and 11, helping you to make informed decisions for your systems.

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The Best of NI Test Software In One: All About NI LabVIEW+ Suite

LabVIEW National Instruments

Introducing LabVIEW+ Suite, a comprehensive suite of tools tailored for automating measurements, integrating systems, and analyzing data across a wide range of applications. With its extensive software capabilities, LabVIEW+ helps engineers design highly efficient workflows, from data acquisition to detailed analysis. In conjunction with PXI, a modular platform for measurement and automation, the LabVIEW+ Suite enables powerful test system customization.

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What Is Digital Signal Processing in Modern Aerospace?

Aerospace, spaceship in space

Digital Signal Processing (DSP) is a rather complex, revolutionary method of technology that can improve the functionality of obsolete machinery by clarifying or standardizing digital signals, and also perform other tasks, such as filtering, compression and modulation. DSP enables more intricate and accurate signal analysis by converting analog signals into digital data. The end result – a high quality signal that is less likely to degrade and easier to transmit.

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