Qorvo (QRVO) LEO Satellites: Driving the Future of SATCOM presentation summary

Industry growth and market trends

• SATCOM industry is rapidly expanding, fueled by LEO satellite advancements and demand for low-latency, high-speed connectivity.

• LEO satellite market projected to grow from $12.6B in 2024 to $23.2B by 2029 at a 13% CAGR.

• LEO constellations expected to comprise 70% of the commercial satellite market by 2029.

• Major market segments include consumer, enterprise, government, and commercial mobility, each with unique and overlapping requirements.

• Record satellite launches and capital investments are driving opportunities for terminal manufacturers.

Satellite technology and architecture

• LEO satellites offer low latency (30x more responsive than GEO) and high-speed connectivity, especially for remote regions.

• LEO mega-constellations provide 100x bandwidth increase and 10x latency reduction over GEO satellites.

• Top LEO constellations (Starlink, OneWeb, Kuiper, Telesat) plan over 30,000 satellites, with Starlink and OneWeb dominating recent launches.

• Satellite communications use a range of frequency bands, with new NTN bands proposed for 5G integration.

• Two main satellite architectures: transparent (bent-pipe) and regenerative, with regenerative offering on-board processing for greater flexibility.

Integration with 5G and NTNs

• LEO satellites are increasingly integrated into 5G networks, expanding coverage to rural and remote areas.

• 3GPP Release 17 and 18 introduce NTN bands and direct-to-cellular services, enabling speeds up to hundreds of Mbps.

• NTNs support applications like direct-to-smartphone connectivity, IoT, and emergency response.

• Satellite mesh networks enhance reliability and enable global two-way emergency messaging and low-cost internet.

• Advancements in spectrum management, such as TDD, are improving efficiency and aligning satellite and terrestrial networks.