HTS Market Surge: Preparing for the Terabit Revolution Worth $76B

Accelerating Demand in Satellite Connectivity: The Impact of Starlink

Paris, France – March 2026 – Novaspace’s latest High Throughput Satellites (HTS) report reveals that global demand is expected to soar to 218 Tbps by 2034, with service revenues projected to more than double, reaching $76 billion during the same period.

This significant growth reflects a market entering a transformative phase, primarily driven by the rapid expansion of Non-Geostationary Satellite Orbit (NGSO) constellations, spearheaded by Starlink. The advances in performance, pricing, and global adoption of satellite services are reshaping the landscape.

“Starlink’s influence is nothing short of revolutionary,” stated Dimitri Buchs, Manager at Novaspace. “With lower-cost capacity, swift scaling, and enhanced service quality, the industry’s expectations are being recalibrated. The entire satellite communication ecosystem is now compelled to innovate, differentiate, and reassess its strategic focus.”

Competitive Landscape in GEO and NGSO Systems

The report illustrates a rapidly changing competitive environment:

• GEO operators are evolving to maintain competitiveness by incorporating flexible, software-defined payloads and lower-CAPEX small GEO platforms, enhancing cost efficiency and throughput.
• NGSO networks are establishing new performance and pricing benchmarks, resulting in a remarkable 44% increase in HTS service revenues from $21.5 billion in 2020 to nearly $31 billion by 2025.
• Emerging high-growth applications, particularly in Land Mobility, MilSatCom, and Aero IFC, are driving up demand for high-performance, low-latency connectivity.

As competition escalates, standing out in the market is increasingly linked to strategies around spectrum management, security architecture, and sovereign capabilities. In a geopolitically complex environment, secure and resilient connectivity becomes crucial, especially in government and mission-critical sectors.

Moreover, advancing into this new growth phase will necessitate enhanced coordination within the ecosystem. The report highlights the importance of multi-orbit interoperability, hybrid terrestrial-satellite architectures, and a convergence of network standards to facilitate more seamless and cost-effective deployments.

“In this next phase, execution will be vital,” added Buchs. “Operators that can successfully blend scale with flexibility and provide high-performance connectivity across various domains will be ideally positioned to dominate this expanding market.”