Computer & Communication Industry Association

Considerations on Interference Impact in GEO-LEO Spectrum Sharing Systems

PublishedApril 14, 2026
Written By
  • Cornel Balint
  • Sebastian Ventz

Modern Non-Geostationary Orbit (NGSO) satellite systems can safely coexist with Geostationary Orbit (GSO) networks under significantly relaxed interference limits, yet the ITU’s Equivalent Power Flux-Density (EPFD) framework from 1997 remains technologically obsolete, imposing unnecessary costs on NGSO operators while limiting global broadband availability without providing meaningful additional protection to GSO services. The evidence strongly supports a regulatory update: modernizing EPFD limits would preserve GSO service integrity, unlock major NGSO capacity gains, lower broadband costs.

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Research
April 13, 2026

DMA Impacts Suggest California’s Proposed SB 1074 BASED Act Will Be a Costly Failure

California's SB 1074 would impose DMA-analogous obligations while adding several additional cost drivers, including a private right of action, treble damages, and class action exposure that could m...

  • Digital Economy
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Research
April 9, 2026

O Conflito de Alto Impacto Envolvendo SEPs: Exercício de Poder Patentário, Seleção Estratégica de Foro e a Atuação dos Tribunais Brasileiros

  • Patents
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Research
April 9, 2026

The High-Stakes SEP Clash: Patent Leverage, Forum Shopping, and Brazil’s Courts

Standard Essential Patents (SEPs) are central to Brazil’s digital transformation. Yet the country’s legal and institutional framework has not evolved at the same pace. Today, Brazilian courts t...

  • Patents
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Research
April 6, 2026

Rushed AB 1776 Could Cost California $1 Trillion in GDP and 1.6 Million Jobs in 10 Years

California Assembly Bill 1776, also known as the COMPETE Act, is rushing forward before any meaningful official analysis of its expected costs and benefits has been conducted. If enacted, the Compe...

  • Digital Economy
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