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市場調查報告書
商品編碼
2132798

衛星地面站和天線追蹤器：2026年

Satellite Ground Station and Antenna Tracker: 2026
出版日期: | 出版商: ABI Research | 英文 8 Pages | 商品交期: 最快1-2個工作天內

價格
簡介目錄

具體益處：

  • 從 2024 年到 2031 年，我們將了解每個營運商、地區和關鍵任務功能的檢驗衛星地面站的位置和天線部署是如何變化的。
  • 低地球軌道 (LEO)衛星群運營商、地面站即服務 (GSaaS) 提供者和國家航太計劃確定了推動新地面段擴展的區域。
  • 我們將比較北美、拉丁美洲、歐洲、亞太地區以及中東和非洲的天線安裝數量的成長情況，並評估每個地區地面基礎設施的成長機會。
  • 我們根據檢驗的全球安裝資料對地面站和天線的安裝狀態進行基準測試。
  • 在規劃衛星地面段時，我們將評估閘道器、遙測、追蹤和命令 (TT&C)、GSaaS、有效載荷資料接收、廣播、光地面站和其他工作負載將發揮的長期作用。

重要問題的答案：

  • 目前全球有多少衛星地面站和天線正在運作中？預計到 2031 年，這數字將如何變化？
  • 哪家業者擁有最多的檢驗地面站站點？ SpaceX 的全球影響力與 Viasat、SES 和其他業者相比有何不同？
  • 在預測期內，閘道器工作負載佔衛星地面站天線安裝總數的百分比將如何變化？
  • 2025 年至 2026 年間，低地球軌道營運商、地球同步即服務 (GSaaS) 供應商和國家主導的太空營運商將如何推動地面站的擴張？
  • 新興的國家航太計畫如何影響對受政治控制的地面基礎設施的需求？

調查要點：

  • 2024年至2031年各地區衛星地面站天線安裝基數預測
  • 按主要功能分類的衛星地面站天線安裝預計數量，包括閘道器、GSaaS 多任務、廣播、TT&C、有效載荷資料接收、光地面站和其他工作負載。
  • 對檢驗的衛星地面站站點的所有權進行分析（包括 SpaceX 在全球獨特站點中的市場佔有率，以及其他主要營運商的分佈）。
  • 評估導致 LEO 營運商、GSaaS 營運商和國家航太營運商地面段擴張的因素。
  • GSaaS天線採用情況概述（包括2025年GSaaS在全球地面站天線中的佔有率以及到2031年的預計成長率）

本報告的主要目標受眾

  • 衛星網路營運商和衛星群負責人正在評估閘道器、TT&C 和有效載荷資料接收基礎設施的潛在擴展位置，以支援服務品質和區域容量分配。
  • 對於地面站營運商、遠端傳送站所有者和 GSaaS 供應商而言，他們會根據全球部署記錄和工作負載預測來對檢驗的站點和天線部署進行基準測試。
  • 國家航太計畫負責人、國防機構和政府採購團隊正在評估建造安全且受政治控制的太空基礎設施地面層的要求。
  • 電信營運商、超大規模資料中心業者和基礎設施投資者正在探索圍繞託管、互連、光纖接近性、安全性和主權構建的多租戶地面站園區的機會。
  • 光纖通訊、量子通訊和先進地面段技術的供應商正在追蹤光地面站 (OGS)、量子地面站和站點維修的需求趨勢。

目錄

表

  • 各國具體情況：衛星地面站的裝置量
  • 營運商特定：衛星地面站裝置量
  • 操作員特定：衛星地面站天線裝置量
  • 區域細分：衛星地面站裝置量
  • 區域細分：衛星地面站天線裝置量
  • 主要功能：衛星地面站天線裝置量
  • 依領域分割：衛星地面站天線裝置量等。

圖

  • 衛星地面站分佈圖
簡介目錄
Product Code: MD-SATG-102

Actionable Benefits:

  • Understand how verified satellite ground station site and antenna deployments are evolving across operators, regions, and primary mission functions from 2024 to 2031.
  • Identify where Low Earth Orbit (LEO) constellation operators, Ground Station-as-a-Service (GSaaS) providers, and sovereign space programs are driving new ground segment expansion.
  • Evaluate regional ground infrastructure opportunities by comparing antenna installed base growth across North America, Latin America, Europe, Asia-Pacific, the Middle East, and Africa.
  • Benchmark ground station and antenna footprints against verified global installed base data.
  • Assess the long-term role of gateway, Telemetry, Tracking, and Command (TT&C), GSaaS, payload data reception, broadcast, optical ground station, and other workloads in satellite ground segment planning.

Critical Questions Answered:

  • How many active satellite ground station sites and antennas are currently installed globally, and how is the installed base forecast to change through 2031?
  • Which operators hold the largest shares of verified ground station sites, and how is SpaceX’s global footprint changing relative to Viasat, SES, and other operators?
  • How will gateway workloads evolve as a share of total satellite ground station antenna deployments during the forecast period?
  • How are LEO operators, GSaaS providers, and sovereign space operators shaping ground station expansion between 2025 and 2026?
  • How are emerging sovereign space programs influencing demand for politically controlled ground layer infrastructure?

Research Highlights:

  • Forecasts of satellite ground station antenna installed base by region from 2024 to 2031.
  • Forecasts of satellite ground station antenna installed base by primary function, including gateway, GSaaS multi-mission, broadcast, TT&C, payload data reception, optical ground station, and other workloads.
  • Analysis of verified satellite ground station site ownership, including SpaceX’s leading share of unique global sites and the distribution of other major operators.
  • Assessment of ground segment expansion drivers across LEO operators, GSaaS operators, and sovereign space operators.
  • Overview of GSaaS antenna penetration, including its 2025 share of global ground station antennas and expected growth through 2031.

Who Should Read This?

  • Satellite network operators and constellation planners evaluating where to expand gateway, TT&C, and payload data reception infrastructure to support service quality and regional capacity distribution.
  • Ground station operators, teleport owners, and GSaaS providers benchmarking verified site and antenna footprints against global installed base and workload forecasts.
  • Sovereign space program leaders, defense agencies, and government procurement teams assessing ground layer buildout requirements for secure, politically controlled space infrastructure.
  • Telcos, hyperscalers, and infrastructure investors exploring multi-tenant ground station campus opportunities built around hosting, interconnection, fiber adjacency, security, and sovereignty.
  • Optical communications, quantum communications, and advanced ground segment technology suppliers tracking demand signals for Optical Ground Stations (OGSs), quantum ground stations, and site retrofits.

TABLE OF CONTENTS

Tables

  • Table 1 Satellite Ground Station Installed Base by Country
  • Table 2 Satellite Ground Station Installed Base by Operator
  • Table 3 Satellite Ground Station Antenna Installed Base by Operator
  • Table 4 Satellite Ground Station Installed Base by Region
  • Table 5 Satellite Ground Station Antenna Installed Base by Region
  • Table 6 Satellite Ground Station Antenna Installed Base by Region
  • Table 7 Satellite Ground Station Antenna Installed Base by Primary Function
  • Table 8 Satellite Ground Station Antenna Installed Base by Sector

Charts

  • Chart 1 Satellite Ground Station Concentration Mapping