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Essential RF Connections for Low Earth Orbit Platforms

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High-Performance Video Graphics, GPGPU, AI/ML Processing & Display Solutions for C5ISR Applications

Essential RF Connections for Low Earth Orbit Platforms

Triad RF Systems has released a case study detailing how it developed a custom RF front-end, including TX amplifier and RX chain, for a low

Triad RF Systems has unveiled a thorough case study that illustrates the creation of a tailored RF front-end,which encompasses a TX amplifier and RX chain,specifically designed for a low Earth orbit (LEO) satellite engineered by OQ Technology. This innovative solution was required to fulfill the RF link budget while ensuring exceptional power efficiency and durability to withstand extended durations in the harsh surroundings of space.

For an in-depth exploration, click here to access the complete case study on Triad’s official website.

This case study highlights:

  • The iterative development journey, showcasing customer insights and enhancements
  • Specifications of Triad’s TTRM2020 amplifier, which was seamlessly integrated into a 5G iot satellite payload
  • The impact of the bespoke RF solution on the successful launch mission, leading to additional project engagements with Triad

triad RF Systems is dedicated to continuously enhancing its offerings for CubeSat and unmanned space missions, empowering designers to accelerate development timelines and achieve mission success. To learn more, download the full case study from Triad’s website.

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