NSR’s Latest Report Projects $235.2 Billion Constellation Opportunity Across Expanding Satcom & EO Segments

COTS Usage and Reusable Launch Vehicles Enable Solid Constellation Growth over the Next Decade Cambridge, MA– March 16, 2022- NSR’s newly released Constellations Market Assessment: SATCOM & EO, 4th Edition report finds Satellite Constellations positioned to generate $235.2 Billion in revenue across Satcom & EO segments. COTS usage (commercial-off-the-shelf) components and launch reusability are key.

The “One-Terminal” FPA Solution

The satellite industry continues to show remarkable changes, with new evolutionary technologies being launched in the space and ground segment consistently. The demand for internet connectivity will continue to rise as the COVID-19 pandemic pushes digitalization and forces people to work from home. For the Flat Panel Antenna market, this means existing and new FPA.

Satellite Evolution Group: A Nearly US$17 billion opportunity for flat panel satellite antennas over the next decade

NSR’s Flat Panel Satellite Antenna Analysis, 6th Edition report, released today, sees over 6 million cumulative FPA shipments generating nearly US$17 billion in equipment revenues over the next decade. The growing Non-GEO HTS Consumer Broadband market will yield nearly US$5 million in shipments alone, driven by the growing number of HTS constellations expected over the.

NSR Report: Land Mobile Satcom Boosted by Consumer Demand During COVID Dip

Consumer Satcom Handhelds to Generate $2.8 Billion over Next Decade  Cambridge, MA – June 1, 2021 – NSR’s Land Mobile via Satellite, 9th Edition (LMvS9) report, released today, forecasts despite some challenges with enterprise segments over the past 16 months, consumer handheld demand soared throughout 2020, after challenges at the start of the year. LMvS9 finds this solid base propelling the market to add over 500,000 new land mobile subscribers over the coming decade, reaching 1.2 million active subscribers in 2030. COVID-19 caused decreased usage across some form factors.