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市場調查報告書
商品編碼
1034710

通過 5G 加強 IIoT 的邊緣計算

5G Can Supercharge Edge Computing for IIoT

出版日期: | 出版商: Guidehouse Insights (formerly Navigant Research) | 英文 11 Pages | 訂單完成後即時交付

價格
  • 全貌
  • 簡介
  • 目錄
簡介

物聯網 (IIoT) 是製造商和其他公司改善系統預測性維護、減少停機時間和維修成本、提高流程效率和資產跟蹤的長期目標。它來了。鑑於許多公司使用不具備連接性的傳統系統,連接性是最困難的挑戰之一。

5G 有可能通過允許邊緣計算設備更好地與雲共享數據來解決這一連接問題。私有網絡也有望促進邊緣計算解決方案的引入,這反過來將支持數據密集型用例,如計算機視覺和 VR/AR。

在本報告中,我們將解釋 5G 和邊緣計算在 IIoT(工業物聯網)領域的作用,以及 5G 將為每個公司帶來的好處,以及需要保留的條件和問題部署時注意(其他)。我們將向您發送信息,例如與連接協議共存),電信運營商和各個行業的實際用例以及未來引入和使用的建議。

目錄

簡介

背景情況

建議

5G:工業物聯網邊緣計算的必要元素

  • 各種 5G 技術使各種應用領域成為可能

5G 可在更惡劣的環境中實現連接

  • 5G遠距離運營
  • LPWAN 和 5G 在許可帶寬網絡中的兼容性
  • 電信運營商的通信狀況
    • Verizon 的 5G 邊緣 IIoT 戰略:與 IBM 深度合作
    • Telefonica:與微軟合作實現智能工廠
    • AT&T 的 5G 邊緣戰略:針對廣泛的行業
    • Telia 的物聯網邊緣網關:從紐約到斯德哥爾摩使用
    • Vodafone:研究自動駕駛汽車的分佈式邊緣
    • Orange:使用 5G 在 "連接端口" 研究 IIoT
    • 德國電信的物聯網中心:旨在簡化客戶物聯網解決方案
  • 行業人員響應情況
    • 諾基亞:調查芬蘭奧盧港的 5G 邊緣專用網絡
    • IBM:引入 5G Edge IIoT 以改進內部流程

需要在 IIoT 中與其他協議合作部署 5G

  • 需要將 5G 部署為幾種連接協議之一
  • 需要使用 5G 進行回程以連接許可/未許可協議
  • 支持通過私有網絡和軟件定義網絡部署邊緣計算
目錄
Product Code: SI-5GIoT-21

The Industrial Internet of Things (IIoT) has been a goal of manufacturers and other industrial firms for years to improve predictive maintenance of systems, reduce downtime, and reduce repair costs to improve process efficiency and asset tracking. Connectivity is one of the most difficult challenges to surmount, given that many firms are working with legacy systems that were never designed to be connected.

5G has the potential to solve this connectivity problem by allowing edge computing devices to better share data with the cloud. This report describes the role of 5G in IIoT, discusses how it can benefit companies, and provides recommendations for how they can implement the technology to achieve greater efficiencies. Private networks are expected to make it easier to deploy edge computing solutions to enable data-intensive use cases such as computer vision and virtual and augmented reality.

This ‘Guidehouse Insights report ’ describes the role of 5G in IIoT, discusses how it can benefit companies, and provides example real-world use cases being implemented. The report also provides recommendations for how stakeholders can implement the technology to achieve greater efficiencies.

KEY QUESTIONS ADDRESSED:

  • What is the role of 5G and edge computing in delivery of IIoT?
  • How does 5G coexist with other connectivity protocols?
  • What 5G edge activities are telecoms operators engaged in?
  • What are notable 5G edge deployments in industry?
  • What IIoT use cases are enabled by 5G and edge computing?

WHO NEEDS THIS REPORT:

  • Mobile telecoms operators
  • Port authorities
  • Cloud and big data startups
  • Network infrastructure vendors
  • Mining and resource extraction companies
  • Investor community

Table of Contents

Spark

Context

Recommendations

5G Is Necessary for Edge Computing in Industrial Internet of Things

  • Different 5G Technologies Enable Different Applications

5G Enables Connectivity in Harsher Environments

  • 5G Operates Over Larger Distances
  • LPWAN in Licensed Spectrum Networks Is Compatible with 5G
  • What Are Telecoms Operators Doing?
    • Verizon's 5G Edge IIoT Strategy Is Heavily Intertwined with IBM
    • Telefonica Partners with Microsoft to Enable the Smart Factory
    • AT&T's 5G Edge Strategy Targets a Range of Industries
    • Telia's IoT Edge Gateway Is in Use from New York to Stockholm
    • Vodafone Explores Distributed Edge for Autonomous Vehicles
    • Orange Uses 5G to Explore IIoT in the Connected Port
    • Deutsche Telekom's IoT Hub Aims to Simplify IoT Solutions for Customers
  • What Is Industry Doing?
    • Nokia Explores 5G, Edge, and Private Networks in the Port of Oulu, Finland
    • IBM Has Deployed 5G Edge IIoT to Improve Its Internal Processes

IIoT Must Deploy 5G in Tandem with Other Protocols

  • 5G Should Be Deployed as One of Several Connectivity Protocols
  • 5G Should Be Used for Backhaul to Connect Licensed and Unlicensed Protocols
  • Aid Edge Computing Deployment Through Private and Software-Defined Networks

LIST OF CHARTS AND FIGURES

  • The Three Legs of 5G Networks
  • Use Cases for the Legs of 5G Networks