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5Gワイヤレス:技術の進化とサービスプロバイダーの戦略

5G Wireless: Technology Evolution and Service Provider Strategies

発行 Pyramid Research, Inc. 商品コード 345603
出版日 ページ情報 英文 38 Pages
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5Gワイヤレス:技術の進化とサービスプロバイダーの戦略 5G Wireless: Technology Evolution and Service Provider Strategies
出版日: 2015年11月25日 ページ情報: 英文 38 Pages
概要

5Gの標準化が進む中で、5Gの初期の定義は5Gネットワークがサポートする見通しの利用ケースと市場要件に集中しています。伝送データ量が焦点であったこれまでの無線技術世代とは異なり、5Gには、低遅延転送、エネルギー効率、帯域の柔軟性、高い信頼性、大きなユーザー規模などといった要件が含まれています。

当レポートでは、5G技術の現状と標準化の状況について調査し、5Gの概要と必要性、業界および事業者による関連イニシアチブ、潜在的利用ケース、商業化に向けたタイムライン、オペレーター・ベンダー・当局への提言などをまとめています。

エグゼクティブサマリー

第1章 5Gとは?5Gの必要性とは?

  • モバイルデータの成長
  • パーソナルコミュニケーションを超えるモビリティ
  • IMT-2020性能要件

第2章 5Gの基礎:利用ケース・技術・規格

  • 5Gの利用ケースと能力
  • 新しい帯域の利用とエアインターフェース
  • RAN・コアネットワークの仮想化
  • RANの進化:アンテナ・基地局の密度

第3章 5G関連のオペレーターのケーススタディ・産業イニシアチブ

  • 産業・貿易・R&D関連の取り組み
  • ベンダー・オペレーター間の技術・R&D提携
  • 5GPPP
  • 韓国:2018年冬季オリンピック
  • 米国:Verizon Wireless

第4章 5G関連の次の動き

  • 標準化と周波数割り当てのタイムライン
  • 5G導入のタイムライン
  • マーケティング:5G vs LTE

第5章 主要調査結果・提言

付録

図表

目次
Product Code: TC0051IR

Summary

Although many operators are still ramping their 4G LTE deployments, 5G has become a major topic of conversation and planning for cellular operators, with a broad expectation of initial standards and product availability in the 2020 timeframe. As 5G standardization progresses, initial 5G definitions have centered on use cases and market requirements that 5G networks will support. Unlike previous wireless technology generations that focused largely on delivering more data, 5G requirements include: low latencies, energy efficiency, spectrum flexibility, high reliability and massive user scale. The market adoption for 5G services is being driven by various industry associations having focus on specific regions along with increasing collaboration amongst telcos and vendors.

Key Findings

While 5G is garnering much interest as the next major generation of cellular wireless technology, 5G's differentiation from previous wireless technologies is a focus on diverse capabilities beyond higher bandwidths. These new capabilities promise to help operators address diverse new business targets (enterprise and vertical industries).

Evolutions of 4G LTE air interfaces are only one way in which LTE technologies will support and be integrated into 5G. Carrier aggregation, cell density improvements and virtualization are all being applied to LTE and should help operators bridge the gap between 4G and 5G service capabilities.

Standards and global regulatory efforts suggest 5G commercialization in the 2020 timeframe, but industry groups and key global events are driving for pre-commercial trials and launches before that - around 2018 or earlier.

As operators and vendors plan for 5G, LTE evolutions will be compelling investments. Driven by a handful of vendors, so-called 4.5G technologies will help to execute on 5G use cases before 5G is technically available

Among the capabilities at the forefront of 5G visions are: spectrum flexibility (including the use of unlicensed and high-frequency spectrum), energy efficiency, low-latency, high-reliability, higher data rates, high-speed mobility and the ability to support massive user scale (many more devices than supported today).

Synopsis

'5G Wireless: Technology Evolution and Service Provider Strategies' a Telecom Thematic Report by Pyramid Research, describes the state of 5G technologies and standards, analyse the market drivers and detail a number of industry and service provider initiatives that highlight how 5G is moving towards commercialization. Where 5G standards are still being developed and defined, we position potential 5G use cases in terms of proposed technology candidates, tying standardization, regulatory and carrier momentum into an explanation of when 5G networks are likely to get deployed and commercialized. We conclude by outlining what operators, vendors and regulators must do to execute on the promise of 5G.

The report is organized as follows:

  • 5G - What It Is and Why It's Needed: This section highlights the current state of mobile data market and the evolution of various wireless technology generations.
  • 5G Foundations - Use Cases, Technologies, and Standards: This section includes an overview of various potential use cases of 5G, as well as an analysis of new spectrum usage and air interfaces and RAN and core architecture supporting/facilitating the evolution to 5G.
  • 5G Operator Case Studies and Industry Initiatives: This section examines the initiatives for the commercialization of 5G including their focus areas by various industry associations, details of major operator-vendor partnerships alongwith three case studies highlighting 5G deployments and initiatives.
  • What's Next for 5G: This section provides an outlook on timelines for spectrum allocation and standardization as well as deployments of 5G services and examines positioning and marketing strategies for 5G.
  • Key findings and recommendations: This section provides main conclusions as well as Pyramid Research's recommendations for regulators, network operators and vendors.

Reasons To Buy

Provides insights on the state of 5G technologies and standards and the market drivers and industry and service provider initiatives that highlight how and when 5G is moving towards commercialization.

Facilitates the operators and technology vendors identify potential 5G use cases in terms of proposed technology candidates.

Gain an understanding of what operators, vendors and regulators must do to execute on the promise of 5G.

Examine the development of 5G through a set of three case studies, highlighting 5G deployments and commercialization initiatives across Europe, Japan and USA.

Delivered in high presentation quality, which enables it to be turned into presentable material immediately, for an executive-level audience.

Table of Contents

Table of contents

Table of exhibits

Executive Summary

Section 1: 5G - What It Is and Why It's Needed

  • Mobile data growth
  • Mobility beyond personal communications
  • IMT-2020 performance requirements

Section 2: 5G Foundations - Use Cases, Technologies, and Standards

  • 5G use cases and capabilities
  • New spectrum usage and air interfaces
  • RAN and core network virtualization
  • RAN evolution: Antenna and base station density

Section 3: 5G Operator Case Studies and Industry Initiatives

  • Industry, trade and RandD efforts
  • Vendor-operator technology and RandD partnerships
  • 5GPPP
  • South Korea: 2018 Olympics
  • U.S.: Verizon Wireless

Section 4: What's Next for 5G

  • Standardization and spectrum allocation timelines
  • 5G deployment timelines
  • 5G vs. LTE marketing

Section 5: Key Findings and Recommendations

  • Key findings
  • Recommendations

Appendices

  • Acronyms and definitions
  • Companies mentioned
  • About Pyramid Research
  • Pyramid Research contact information

List of Tables

  • Exhibit 1: TV viewing on connected devices Vs.TV
  • Exhibit 2: Mobile Data traffic by Application
  • Exhibit 3: Orange 5G Service Vision
  • Exhibit 4: 5G Capability perspectives from ITU-R IMT-2020 Vision recommendation
  • Exhibit 5: 4G LTE Marketing campaigns and messaging
  • Exhibit 6: Wireless Technology evolutions and requirements
  • Exhibit 7: 5G Use Cases and corresponding technology requirements to support them
  • Exhibit 8: NTT DoCoMo 5 Target spectrum bands and vendor collaborations into these bands
  • Exhibit 9: ASA architecture with Incumbent user sharing spectrum access with both macro and small cells base stations
  • Exhibit 10: Ericsson vision for 5G Air interface
  • Exhibit 11: Ran Virtualization options and architectures
  • Exhibit 12: Mitsubishi electric massive MIMO feasibility study results
  • Exhibit 13: Deutsche Telekom highlights from trial of KUMU Technology's full duplex solution
  • Exhibit 14: Technology feature migrations
  • Exhibit 15: 5G focused industry, Trade and RandD efforts
  • Exhibit 16: 5G vendor-operator technology and RandD Partnerships
  • Exhibit 17: 5PPP projects and focus areas
  • Exhibit 18: South Korean 5G technology collaborations
  • Exhibit 19: Example Verizon 4G Innovation center products
  • Exhibit 20: 5G standard timing expectations supported by ITU and 3GPP processes
  • Exhibit 21: Major sport events in run-up to 5G commercialization
  • Exhibit 22: Key 4.5G Technologies and value propositions

List of Figures

  • Exhibit 1: TV viewing on connected devices Vs.TV
  • Exhibit 2: Mobile Data traffic by Application
  • Exhibit 3: Orange 5G Service Vision
  • Exhibit 4: 5G Capability perspectives from ITU-R IMT-2020 Vision recommendation
  • Exhibit 5: 4G LTE Marketing campaigns and messaging
  • Exhibit 6: Wireless Technology evolutions and requirements
  • Exhibit 7: 5G Use Cases and corresponding technology requirements to support them
  • Exhibit 8: NTT DoCoMo 5 Target spectrum bands and vendor collaborations into these bands
  • Exhibit 9: ASA architecture with Incumbent user sharing spectrum access with both macro and small cells base stations
  • Exhibit 10: Ericsson vision for 5G Air interface
  • Exhibit 11: Ran Virtualization options and architectures
  • Exhibit 12: Mitsubishi electric massive MIMO feasibility study results
  • Exhibit 13: Deutsche Telekom highlights from trial of KUMU Technology's full duplex solution
  • Exhibit 14: Technology feature migrations
  • Exhibit 15: 5G focused industry, Trade and RandD efforts
  • Exhibit 16: 5G vendor-operator technology and RandD Partnerships
  • Exhibit 17: 5PPP projects and focus areas
  • Exhibit 18: South Korean 5G technology collaborations
  • Exhibit 19: Example Verizon 4G Innovation center products
  • Exhibit 20: 5G standard timing expectations supported by ITU and 3GPP processes
  • Exhibit 21: Major sport events in run-up to 5G commercialization
  • Exhibit 22: Key 4.5G Technologies and value propositions
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