In the September 4th edition of everythingRF, Benchmark’s Technical Business Development Executive, Art Aguayo, discusses the transformative role of satellites in bolstering high-data-rate networks through the exploitation of millimeter-wave frequency bands in his article, “Filtering Key Needs for Millimeter-Wave Satcom.” Art outlines how these bands—spanning 30 to 300 GHz—are necessary for transmitting vast amounts of data at unprecedented speeds, particularly for applications ranging from Internet of Things (IoT) sensors to intricate satellite-to-satellite communications in low-Earth-orbit satellite (LEOS) constellations. With a focus on the deployment of high-performance electronic components like bandpass filters, Art’s analysis sheds light on ensuring long-term, reliable service in the face of growing data generation needs.
The article emphasizes the significance of advanced design and manufacturing processes for millimeter-wave bandpass filters to meet the demands of satellite communications systems characterized by reduced size, weight, power (SWaP), and dense integration. Art provides readers with a deep dive into the technical specifics, including the critical performance parameters of passive bandpass filters and their role in maintaining signal integrity and minimizing interference in LEOS constellations. This article offers everythingRF readers a comprehensive overview of the current state and future direction of satellite communications technology, underscoring the importance of satellite networks in the expanding digital landscape.
Read the full article in everythingRF.
