為6G做好準備：超高密度基礎建設時代的網路經濟學

6G Readiness - Network Economics in an Ultra-dense Infrastructure Era: Why Network Densification is No Longer a Scaling Challenge, but an Economic Optimization Problem

出版日期: 2026年05月28日 | 出版商:

IDATE | 英文 32 Pages | 商品交期: 最快1-2個工作天內

價格

簡介目錄圖表

本報告檢驗了行動網路對 5G Advanced 和未來 6G 架構演進所帶來的經濟和基礎設施影響。雖然新的無線技術不斷提升網路效能，但未來行動網路的擴充性將越來越依賴部署和營運高密度基礎設施環境的能力。

本報告分析了不斷成長的網路流量、不斷演進的頻段以及網路架構的變革如何重塑行動網路的基礎設施需求。報告也探討了這些變革對網路密度、傳輸容量、基礎設施生態系統以及部署經濟性的影響。

最後，本研究評估了影響大規模密集化的結構性限制因素，如能源消耗、監管障礙和基礎設施投資強度，並為通訊業者、基礎設施提供者和政策制定者提出了策略建議。

要點：

行動流量的成長和新型數位服務的出現將如何重塑網路容量需求？
未來行動通訊容量的擴展，頻段和高頻率的演進將發揮怎樣的作用？
為什麼提高網路密度正成為提升行動網路容量的主要手段？
無線網路、傳輸基礎設施和邊緣運算環境的基礎設施需求將如何變化？
大規模、高密度基礎設施將如何重塑通訊生態系統和價值鏈？
哪些經濟和營運方面的限制可能會限制超高密度行動網路的擴充性？
通訊業者、基礎設施供應商和政策制定者應考慮採取哪些策略措施來實現行動網路的永續擴展？

This report examines the economic and infrastructure implications of mobile network evolution toward 5G Advanced and future 6G architectures. While new radio technologies continue to improve network performance, the scalability of future mobile networks increasingly depends on the ability to deploy and operate dense infrastructure environments.

The report analyses how traffic growth, spectrum evolution and architectural transformation are reshaping mobile network infrastructure requirements. It explores the implications for network densification, transport capacity, infrastructure ecosystems and deployment economics.

Finally, the study assesses the structural constraints affecting large-scale densification, including energy consumption, regulatory barriers and infrastructure investment intensity, and outlines strategic recommendations for operators, infrastructure providers and policymakers.

Key questions:

How will mobile traffic growth and emerging digital services reshape network capacity requirements?
What role will spectrum evolution and higher frequency bands play in future mobile capacity scaling?
Why is network densification becoming the primary mechanism for increasing mobile network capacity?
How will infrastructure requirements evolve across radio networks, transport infrastructure and edge computing environments?
How does large-scale densification reshape the telecom ecosystem and value chain?
What economic and operational constraints could limit the scalability of ultra-dense mobile networks?
What strategic actions should operators, infrastructure providers and policymakers consider to enable sustainable mobile network expansion?

1. Executive Summary

2. Market Context & Drivers

2.1. Mobile traffic growth and spatial concentration of capacity demand
2.2. Spectrum expansion increases theoretical capacity but structurally raises infrastructure requirements

3. Technology & architecture evolution

3.1. 5G Advanced introduces distributed, software-driven architectures with rising complexity
3.2. Network densification becomes the primary mechanism for future mobile capacity scaling
3.3. Transport networks become a critical bottleneck in ultra-dense mobile architectures

4. Value chain and ecosystem implications

4.1. Network densification redistributes value across the telecom ecosystem
4.2. Infrastructure models to support dense networks

5. Infrastructure economics and densification limits

5.1. Densification structurally increases the cost base of mobile networks
5.2. Structural constraints limit the economic scalability of network densification

6. Deployment scenarios

6.1. Network densification concentrates in economically attractive environments
6.2. Infrastructure requirements across deployment scenarios

7. Strategic Challenges

7.1. Structural constraints limit the scalability of large-scale network densification
7.2. Strategic opportunities: capturing value in ultra-dense network architectures