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次世代無線通信 5G 基礎設施

市場調查報告書

商品編碼

960718

5G基礎設施

5G Infrastructure

出版日期: 2020年09月17日 | 出版商:

Bishop & Associates, Inc. | 英文 | 商品交期: 請詢問到貨日

價格

全貌
簡介
目錄

簡介

寬頻的第一波變革正在進行中，它影響所用連接器的類型，購買者以及使用頻率。這種影響將通過移動基礎設施，有線運營商的中央站以及傳統的有線電視設備市場來感受到。

在本報告中，我們將調查和分析5G基礎架構，並將有關正在進行的硬件更改將如何影響連接器的購買趨勢以及何時引入參考時間表的系統化考慮。

從CS天線到BBU/分佈式單元
簡介
BBU重新定義
硬件概述和關鍵術語
大型無線天線
RRU
BBU
所需頻譜定義了硬件部署
基站架構趨勢：長期展望
5G對無源天線和RRU中連接器使用的影響
射頻I/O面板和無源天線封裝的主要趨勢
小型化的改善
擴展使用多頻帶RRU
集線器實施
從無源到混合的先進有源天線系統
無源天線波束轉向技術
簡單有源天線單元
使用M-MIMO技術的有源天線系統
先進的有源集成天線系統
先進天線系統中連接器的趨勢
小型蜂窩移動無線網絡
小蜂窩天線外殼
小型蜂窩RRU和BBU集成
前廳問題
概述
主要連接器的趨勢
全球連接器收入預測：按天線類型

第4章回程基礎架構

從DU/BBU到中央車站
簡介
從BBU（DU/CU）到中央站/核心的主要變化
BBU位置更改
RAN體系結構的三種基本類型
4G/5G設備混合搭配方案
5G單機版可提供運營商控制和所需的效率
5G規格為白盒標準構建了Telco驅動器
上游內容提供商是移動和固定訪問提供商的主要合作夥伴
"OTT" 遊戲和VR/AR內容需要更多的帶寬和更短的延遲
服務運營商與Datacom Special Interest Group合作，推廣白盒解決方案
回程網絡中的主連接器接口
背景
下一代可插拔外形
小型光纖接口
關於硬件趨勢的評論摘要

第5章固定訪問基礎結構

從中心站到訂戶屬性的邊緣
固定無線訪問簡介
中央站訪問設備
PON網絡的演進
混合光纖同軸（HFC）接入網絡
分佈式訪問體系結構（DAA）
遠程訪問節點
通用訪問平台（GAP）
氫氟碳化合物設備趨勢摘要
連接器市場的影響
固定無線訪問（FWA）
簡介
FWA面臨的獨特挑戰
Wi-Fi和NexGen電視
評論摘要：寬帶訪問

第6章網絡傳輸和微波無線電的趨勢

簡介
傳輸層設備
重要的傳輸層硬件開發項目
微波井下無線設備
簡介
中長期連接器市場的主要驅動力
當前技術效率提高的示例
微波基礎設施
微波無線電製造商如何改進技術
連接器趨勢

附錄1

附錄2

附錄3

附錄4

Product Code: M-980-20

The first wave of broadband changes is in-process and will impact the types of connectors used, who buys them, and how often. The impact will be felt in the mobile infrastructure and through the wireline carrier central office and traditional cable television equipment markets.

How is the telecom industry breaking from the past to prepare for tomorrow? What role are industry groups playing in the implementation of 5G?

How will the growing sophistication of radio area networks support connector industry growth?

What fundamental changes are needed for service providers to profitably provide ongoing service improvements at a reasonable price?

How will the accelerating adoption of software-defined open-source hardware platforms impact connector sales forecasts for proprietary equipment sets.

How are mobile and fixed broadband networks being integrated onto shared hardware platforms?

Bishop & Associates newest research report, ‘5G Infrastructure - How 5G is Impacting Infrastructure Hardware and Connector Buying Trends’ provides insight as to how 5G and the hardware changes in-process will impact connector buying trends and a reference timetable for when they will be deployed. Timelines may move in or move out, but the significant changes outlined in this report will largely play out over the next five years.

Additional Details:

Written for connector manufacturers and channel partners, equipment vendors, and industry analysts, Bishop & Associates' newest research report, 5G Infrastructure - How 5G is Impacting Infrastructure Hardware and Connector Buying Trends focuses on how broadband service providers are overhauling their infrastructure to provide for the next-gen use cases that are grabbing headlines.

The first waves of broadband infrastructure changes are in-process and already impacting the types of connectors used, who buys them, and how often. The impact is being felt in mobile infrastructure and through the wireline carrier central office and traditional cable television equipment markets. These networks are being converged. As the foundational changes needed for network convergence reach critical levels of implementation next-gen use cases will be ramping up. The first waves of infrastructure streamlining now in process will be a defining trend in broadband equipment connector purchasing through 2025.

The 5G Infrastructure report focuses on how the telecom industry is breaking from its past to prepare for tomorrow. 5G and the first wave of changes underway will introduce a new normal to the infrastructure connector market. Radio area networks will become increasingly sophisticated, and their ongoing evolution will support connector industry growth above 27% through 2025. Connector sales for the rack-based equipment used throughout the rest of the network will grow as well but at a lower rate. The differences here are partly due to the accelerating adoption of more efficient software-defined open-source hardware platforms to replace the proprietary equipment sets that prevail today. The open-source hardware sector of the market will grow at an accelerating pace through 2025.

For service providers to profitably provide a greatly expanded set of services at acceptable prices, they need to first transition to a simpler, more unified infrastructure. As significantly, they need to do it at a pace that makes business sense. Their platforms need to support existing subscribers and ongoing increases in bandwidth as well as be flexible enough to quickly address next-gen use cases. To this end, communication service providers are following the playbook used by the hyper-scale datacenters. The hyper-scalers improved their service flexibility and dramatically reduced costs by converting their voice, video, and data hardware onto unified software-defined hardware platforms based on IP-protocols. What differentiates the telecom industry challenges is that they are implementing these same changes across many hundreds of thousands of locations worldwide.

Projections for how the 5G infrastructure market will unfold vary dramatically. If you read the headlines, you might think it is here now. And people may buy their 5G phones tomorrow, but the anticipated service improvements will be incremental and introduced over time. New spectrum will be phased in over years. Radio networks will evolve in phases to provide added 4G-LTE support as well as support the introduction of new 5G services. The underlying networks will be modified to provide for more independent control interfaces.

Our forecasts are based on fundamental equipment trends and how they will impact connector value per equipment class at a strategic level. These are uncertain times. Currency exchange rates, spectrum auction timing, heightened political unrest, new disruptive technologies, and of course, the issues related to COVID-19 all impact predictions.

The report outline provides insight as to how 5G and the hardware changes in-process will impact connector buying trends and a reference timetable for when they will be deployed. Timelines may move in or move out, but the significant changes outlined in this report will largely play out over the next five years.

Chapter Summaries:

There are four chapters of more technical content to the report. Each covers a different segment of the communications service operator infrastructure. The focus in each section is on the primary equipment types, the transitions in progress, and how they will impact connector buying trends.

Preface

About this Report

Chapter 1 - Background

Key Technical Attribute of 5G and Why They Are Important
How 5G is being Implemented
Seven Major Telecom Organizations Which Lead Development of New Mobile Telecom Standards
3GPP Market Representation Partners
The Foundational Need for a Strong 4G-LTE Infrastructure
Mobile Subscriptions by Technology (billions)
5G Will Enable Significant Growth in IoT Applications

Chapter 2 - Executive Summary

How the Major Trends Related to 5G will Impact the Connector Market
Major Background Issues and Trends
Total market Includes: Server, Storage, Network, Rack, Power, Peripheral, and Other Revenue
2020 Total Market Value
2023 Total Market Value
Projections from the Open Networking Forum
Equipment Vendors
Connector TAM for Open Source Hardware as a Percent of Active Rack-based Infrastructure Equipment
2020 Total TAM
2023 Total TAM
Overall
Focus on Broadband Access Equipment
Chapter Summaries
Chapter 3
2020-2025 Global Connector Revenue Trends for Key Radio Equipment Sets
Chapter 4
Chapter 5 Fixed Broadband Access Networks
Chapter 6 Transport and Transmissions

Chapter 3 - Fronthaul Infrastructure

From the Cell Station Antenna to the BBU or Distributed Unit
Introduction
The BBU has been Redefined to Increase Deployment Flexibility
Hardware Overview and Key Terminology
Large Radio Antenna
RRU
BBU
Needed Spectrum will Define Hardware Deployment
Trends in Cell Tower Architecture - The Long View
How 5G is Impacting Connector use in Passive Antenna and RRUs
The RF I/O Panel and the Key Trends in Passive Antenna Packaging
Increased Miniaturization
Multi-band RRU Use is Growing
Hub Implementations
From Passive to Hybrid to Advanced Active Antenna Systems
Beam Steering Technologies for Passive Antenna
Simple Active Antenna Units
Active Antenna Systems using M-MIMO Technology
Advanced Active Integrated Antenna Systems
Connector Trends in Advanced Antenna Systems
Small Cell Mobile Radio Networks
Small Cell Antenna Enclosures
RRU and BBU integration in Small Cells
The Fronthaul Challenge
Summary
Key Connector Trends
Global Connector Revenue Projections by Antenna Type

Chapter 4 - Backhaul Infrastructure

From the DU or BBU through the Central Office
Introduction
Chapter 4 Focuses on Key Changes from the BBU (DU & CU) through the Central Office/Core
The Changing Position of the BBU
The Three Basic Types of RAN Architecture
4G and 5G Equipment Mix-and-Match Scenarios
5G-Stand-Alone Provides Critical Operator Control and Needed Efficiency
5G Specifications Build off Telco Drive for White Box Standards
Upstream Content Providers are Key Partners for Mobile and Fixed Access Providers
"OTT" Gaming and VR/AR Content Needs More Bandwidth & Reduced Latencies
Service Operators Work with Datacom Special Interest Group to Promote White Box Solutions
Primary Connector Interfaces in Backhaul Network
Background
Next-Gen Pluggable Form-Factors
Smaller Size Fiber Optic Interfaces
Summary Comments on Hardware Trends