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Technology Themes 2021 - Tracking Development of 3 Key Trends, 5G, Quantum Computing and Artificial Intelligence (AI)

出版商 MarketLine 商品編碼 1010025
出版日期 內容資訊 英文 37 Pages
2021年科技主題:3大趨勢跟進——5G、量子計算、人工智能(AI) Technology Themes 2021 - Tracking Development of 3 Key Trends, 5G, Quantum Computing and Artificial Intelligence (AI)
出版日期: 2021年03月30日內容資訊: 英文 37 Pages


5G、量子計算和人工智能已經爭論多年,但它們被炒得沸沸揚揚,以至於誤解了它們對現實世界的影響(已存在影響)。有一種可能儘管如此,2021 年被認為是所有三個行業的重要一年。


5G 旨在提供比 4G LTE 等以前的技術更快的移動數據速度,具有增加收入和減少客戶流失等優勢。借助 5G,您可以虛擬地對網絡進行切片,以提供適合不同用例的服務特性。例如,URLLC 支持虛擬現實(VR)、增強現實(AR)和自動化/遙控機器人等各種情況。此外,mMTC 支持農業、醫療、公共安全等領域的用例,為目前的數百萬傳感器和儀表以及未來的數十億傳感器和儀表提供數據分析和自動化等附加值。

距離企業大規模使用量子計算 (QC) 還需要幾年的時間,但 2020 年的炒作將繼續,這是有充分理由的。從事 QC 的人比以往任何時候都多,許多公司正在為初學者和開發人員提供量子雲體驗。谷歌和中國科學技術大學 (USTC) 都聲稱擁有量子優勢,但為了讓該領域繼續吸引投資,需要在 2021 年的實際用例中得到證明。

人工智能 (AI) 在今天無處不在。從可穿戴技術到自動化家居設備、智能城市、汽車、辦公室,你會發現它無處不在。由於這項技術嵌入在廣泛的系統中,因此很難從視覺上識別 AI 的好處。 AI平台市場預計將從2019年的290億美元增長到2024年的520億美元。人工智能是最受炒作的技術之一,而現實往往低於供應商 "改變世界" 的承諾。

本報告重點關注 5G、量子計算機和人工智能 (AI) 三種前沿技術,具有當前的實際技術水平、趨勢、緊迫問題和未來收益。我們將收集並提供信息,例如利用領域。 我們是。





移動 5G 訂閱的演變

移動 5G 收入演進

5G 特性和用例






Product Code: ML00026-038


5G, Quantum Computing and AI have been discussed at length for a number of years and the hype that surrounds them can lessen the understanding of real world impacts these themes are already having. This report aims to track their present position, explain their potential benefits and see where any issues have arisen. 2021 promises to be a significant year for all three industries.

Key Highlights

5G consists of the fifth generation of cellular technology and is built to enable faster mobile data speeds than previous 4G LTE and earlier technologies, providing the potential for revenue growth and lower customer churn. 5G will allow networks to be virtually sliced to provide a range of different service characteristics for different use cases. For example, ultra-reliable and low-latency communications (URLLC) will support use cases including virtual reality (VR) and augmented reality (AR), automated and remotely operated robotics, and many others. Meanwhile, massive machine-type communications (mMTC) will eventually support millions, and eventually billions, of sensors and meters that can provide value through data analytics and automation in use cases such as agriculture, healthcare, and public safety.

While widespread enterprise use remains years away, the hype around quantum computing (QC) continued to build in 2020, and with good reason. More people than ever are getting to grips with QC, with many companies now offering quantum cloud experiences for beginners and developers alike. Two separate organizations, Google and the University of Science and Technology of China (USTC), have claimed the quantum advantage, but practical use cases need to be proven in 2021 for the field to continue to attract investment.

AI is ubiquitous today. It can be found everywhere, from wearable tech to automated home devices, smart cities, cars, offices, and more. The technology is embedded in a range of systems, making it challenging to identify revenue explicitly generated by AI. GlobalData forecasts that the market for AI platforms will reach $52bn in 2024, up from $29bn in 2019. AI is one of the most hyped technologies, with reality often falling short of vendors' world-altering promises.


  • Learn how AI is developing
  • See how quantum computing is becoming more mainstream
  • See how 5G is now ubiquitious
  • Understand what the major technology themes are and how they are developing

Reasons to Buy

  • What are the major themes developing in the technology sector?
  • How developed is the 5G network now?
  • Is quantum computing having a major impact?
  • What sectors has AI now developed into?

Table of Contents

Executive Summary

5G is the fifth generation of cellular technology

Mobile network operator deployments are patchy

Mobile 5G subscription evolution

Mobile 5G revenue evolution

5G capabilities and use cases

Ultra-reliable and low latency communications (URLLC)

Massive machine-type communications (mMTC)

Quantum Computing

Artificial Intelligence