Microchip Insider: New Space, A Frontier of Innovation
Microchip Technology Inc.
Microchip Technology Inc. is a leading semiconductor supplier of smart, connected and secure embedded control solutions.
In recent years, the global space industry has undergone a significant transformation driven by the rise of “New Space.” This paradigm shift toward a growing variety of commercial spaceflight projects has spurred the demand for standard space-grade solutions that are reliable, cost effective and configurable. Exploration of this region has unlocked a host of new opportunities starting with small satellite constellations that are being built and launched at a fraction of the cost of traditional spacecraft programs. Companies can now rapidly deploy their own IoT communication networks, global broadband internet access systems, or Earth observation platforms while retaining complete control over the design and operation of their systems.
At Microchip, we are committed to supporting engineers in their New Space journeys. We are keeping our eye on the industry trends of tomorrow in order to supply the solutions, resources and training you need today. In this edition of the Microchip Insider LinkedIn Newsletter, we are showcasing recent news and webinars in the field of New Space that we hope will inspire your designs and point you to the tools you need to bring them to life.
??Reading List: “Microchip Improves Space Electronics with Product Portfolio” (@EE Times)
In the world of space technology, there's space, and then there's "New Space." This article features insights from Bob Vampola , VP of Microchip's Aerospace and Defense Division, who discusses the distinctions between traditional space missions and New Space endeavors. Bob delves into the specific requirements of New Space missions as compared to Earth-orbiting satellites with what typically are shorter (5- to 8-year) lifespans compared to deep space missions. He also outlines Microchip's approach to delivering solutions that are cost-efficient enough for these applications while also meeting the challenging demands for radiation protection that are required in space.
??Reading List: “Solutions for Space-Based Applications from Microchip” (@Arrow Electronics)
One of the primary challenges in New Space missions is meeting stringent cost and schedule requirements. This article explores an alternative approach to the expensive and complex full Qualified Manufacturers List (QML) testing required by the Defense Logistics Agency. Instead, the New Space approach leverages Commercial Off-the-Shelf (COTS) products combined with the radiation tolerance of QML components with Microchip's 60 years of space flight heritage. This approach reduces screening requirements and, in turn, overall costs and lead times.
????Free Microchip Webinar: “Our Solutions for New Space Challenges”
This webinar focuses on the role of semiconductors designed for New Space applications, which encompasses private launch companies, small satellite constellations, sub-orbital tourism initiatives and more. Microchip’s Nicolas Ganry discusses the unique characteristics of this sector and how it is reinventing the traditional space industry supply chain. He also shares how shorter New Space missions with faster launch cycles are driving a virtuous cycle of cost reduction and application growth. The webinar also addresses the technical challenges associated with New Space and how Microchip's commercial leadership and strong flight heritage provide scalable solutions to meet the evolving needs.
About Time: Enhancing Timekeeping in New Space
????Free Microchip Webinar: “L-Series Crystal Oscillators for Low Earth Orbit (LEO) Applications”
Microchip's L Series of clocks, TCXOs, VCXOs, VCSOs, and both mid- and high-stability OCXOs exemplify our commitment to addressing New Space challenges. Dan Piscotty, director of engineering at Microchip, discusses our approach to using commercial components for New Space applications, while ensuring reliability and meeting various mission requirements related to ruggedness, launch conditions and radiation.
????Free Microchip Webinar: “Breakthrough Low Earth Orbit (LEO) Space Applications Use Chip Scale Atomic Clocks (CSACs)”
In a New Space sector laser-focused on cost reduction, Microchip's Chip Scale Atomic Clocks (CSACs) are a great alternative to OCXO time reference components. Stewart Hampton, senior product line manager at Microchip’s frequency and time systems business unit, explains how these devices provide holdover and other benefits of commercial CSACs, while also adopting a qualification and build process that delivers space-rated radiation tolerance, 20 kilorad Total Ionizing Dose (TID), and immunity to Single Event Latchup (SEL) and Single Event Upset (SEU).
Closing Thoughts
In the rapidly evolving New Space region, Microchip remains at the forefront of innovation, providing solutions to meet the unique demands of this dynamic frontier of exploration. From enhancing space electronics to addressing timekeeping challenges, we are committed to supporting the growth and success of New Space missions.
Looking for more? Dive further into New Space with these additional resources:
Wow, your attention to the cutting-edge timekeeping solutions is amazing. You might also want to dive deeper into the applications of cost-efficient electronics in other industries. What are your long-term career aspirations in the space innovation field?
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