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市場調查報告書
商品編碼
2141118

電信業者應該如何推動6G基礎建設？

How Telcos Can Prepare Their Infrastructure for 6G
出版日期: | 出版商: ABI Research | 英文 13 Pages | 商品交期: 最快1-2個工作天內

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簡介目錄

具體益處：

  • 了解目前 5G-Advanced 基礎設施的哪些部分將延續到 6G，將使電信業者能夠優先考慮升級而不是完全更換硬體。
  • 確定雲端原生無線接取網路(RAN)、多層頻段規劃、分散式運算和節能架構的投資重點。
  • 我們將根據 WRC-27 的頻率分配結果以及人工智慧 (AI) 原生工作負載的預期成長來調整採購和場地設計。

重要問題的答案：

  • 在 6G 標準最終確定之前，電信業者應該做出哪些基礎設施決策？
  • 中頻寬高頻段和多層架構將如何影響無線、天線和站點要求？
  • 雲端原生無線存取網、分散式運算和人工智慧原生工作負載將在 6G 的早期應用過程中發揮什麼作用？
  • 電信業者應該如何平衡其專有計算模型與基於超大規模資料中心業者資料中心的計算模型？

調查要點：

  • 雲端原生無線接取網路的遷移和系統整合需求分析。
  • 在 WRC-27 之前對多層頻譜架構和投資策略進行評估。
  • 對向後相容性和分階段過渡到 6G 的深入分析。
  • 分散式運算、邊緣運算和能源效率相關限制因素的評估。
  • 對無線存取網、運算和人工智慧原生基礎設施領域的供應商策略進行審查。

本報告的主要主要讀者

  • 電信營運商和網路規劃人員正在製定長期升級策略。
  • 參與 6G 標準和技術趨勢的供應商和生態系統相關人員。
  • 制定頻率策略和國家基礎設施計畫的政策制定者和監管機構。

目錄

第1章 主要發現

第2章主要預測

第3章：主要公司和生態系統

  • HUAWEI
  • ERICSSON
  • NOKIA
  • ZTE
  • NVIDIA
  • DELL TECHNOLOGIES
  • INTEL
  • RED HAT

第4章：無線接取網路和頻譜準備

  • 向雲端原生無線接取網路遷移
  • 多層頻譜設計
  • 向後相容性和逐步遷移

第5章：邊緣運算與能源準備

  • 分散式運算和邊緣聚合
  • 能源效率作為一項設計約束

第6章建議

簡介目錄
Product Code: AN-6574

Actionable Benefits:

  • Understand which parts of today’s 5G-Advanced infrastructure will carry forward into 6G, enabling operators to prioritize upgrades rather than full hardware replacement.
  • Identify investment priorities across cloud-native Radio Access Network (RAN), multi-layer spectrum planning, distributed compute, and energy-efficient architectures.
  • Align procurement and site design with WRC-27 spectrum outcomes and the expected rise of Artificial Intelligence (AI)-native workloads.

Critical Questions Answered:

  • What infrastructure decisions must operators make before 6G standards finalize?
  • How will upper mid-band spectrum and multi-layer architectures shape radio, antenna, and site requirements?
  • What role will cloud-native RAN, distributed compute, and AI-native workloads play in early 6G readiness?
  • How should operators balance telco-owned versus hyperscaler-based compute models?

Research Highlights:

  • Analysis of cloud-native RAN migration and systems integration requirements.
  • Evaluation of multi-layer spectrum architecture and pre-WRC-27 investment strategy.
  • Insights into backward compatibility and phased 6G migration.
  • Assessment of distributed compute, edge densification, and energy-efficiency constraints.
  • Review of vendor strategies across RAN, compute, and AI-native infrastructure.

Who Should Read This?

  • Telco operators and network planners defining long-term upgrade strategies.
  • Vendors and ecosystem players aligning with 6G standards and technology trends.
  • Policymakers and regulators shaping spectrum strategy and national infrastructure plans.

TABLE OF CONTENTS

1 KEY FINDINGS

2 KEY FORECASTS

3 KEY COMPANIES AND ECOSYSTEMS

  • 3.1 HUAWEI
  • 3.2 ERICSSON
  • 3.3 NOKIA
  • 3.4 ZTE
  • 3.5 NVIDIA
  • 3.6 DELL TECHNOLOGIES
  • 3.7 INTEL
  • 3.8 RED HAT

4 RAN AND SPECTRUM READINESS

  • 4.1 CLOUD-NATIVE RAN MIGRATION
  • 4.2 MULTI-LAYER SPECTRUM PLANNING
  • 4.3 BACKWARD COMPATIBILITY AND PHASED MIGRATION

5 COMPUTE EDGE AND ENERGY READINESS

  • 5.1 DISTRIBUTED COMPUTE AND EDGE DENSIFICATION
  • 5.2 ENERGY EFFICIENCY AS A DESIGN CONSTRAINT

6 RECOMMENDATIONS