Impact Assessment of Advanced Electronics Technologies for AR, VR, and XR Applications

Impact Assessment of Advanced Electronics Technologies for AR, VR, and XR Applications

Computing, Display, Sensors, and Controls Drive Growth Opportunities

RELEASE DATE
22-Dec-2023
REGION
Global
Research Code: DAC6-01-00-00-00
SKU: ES_2023_477
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Description

Augmented reality (AR), virtual reality (VR), and mixed reality (MR) refer to the spectrum of experience and technologies that connect the real and virtual worlds. These technologies immerse users or augment the real world through audio, visual, and haptic cues. This research report analyzes the global AR, VR, and MR markets as subsegments of the broader extended reality (XR) concept.

XR is at the heart of the futuristic digital transformation, which aims to offer immersive and assisted experiences through a 3D virtual environment inlaid within or on top of real-world experience. To enable XR, electronics segments (e.g., computing, display, sensors, and controls) are driving the advancement of various XR products, including headsets, head-mounted displays, and holographic displays. The report primarily analyzes the impact of XR technology innovations on these electronics segments.

The growing adoption of AR/VR in the enterprise sector, 5G and high-speed communication penetration, and increasing processing speeds propel the XR market. As the enterprise sector seeks to improve worker efficiency and safety, especially those of frontline workers, affordable and viable solutions are required. The proliferation of 5G will significantly boost the usage experience of XR devices, creating more demand.

Most XR device manufacturers struggle to improve processing speed while reducing power consumption. To overcome this, chip manufacturers are developing application-specific chips with efficient chip architectures specifically for XR applications. Major corporations are adopting partnership and acquisition strategies to leverage these technological advancements.

The emergence of advanced technologies like deep learning, neural networks, computer vision, generative artificial intelligence, and neuromorphic computing has created new opportunities for XR applications. Amid challenges in boosting worker productivity and improving accuracy, businesses are planning to implement new methods to apply XR technology to overcome them. However, swift formulation of regulations and large-scale content creation will be necessary to create opportunities for different industries.

The research study covers the following modules:
•     Drivers and challenges
•     Technology impact analysis
•     Stakeholder ecosystem
•     Strategic initiatives and developments
•     Geopolitical assessment
•     Technology roadmap

Table of Contents

Why Is It Increasingly Difficult to Grow?The Strategic Imperative 8™: Factors Creating Pressure on Growth

The Strategic Imperative 8™

The Impact of the Top 3 Strategic Imperatives on Advanced Electronics Technologies for AR, VR, and XR Applications

Growth Opportunities Fuel the Growth Pipeline Engine™

Research Methodology

Scope of Analysis

Segmentation of XR Tech by Type

Tech Attractiveness Dashboard

Tech Attractiveness Dashboard (continued)

Tech Attractiveness Dashboard (continued)

Growth Drivers

Growth Restraints

XR Industry Potential

Emerging XR Display Tech Assessment

Assessment of Emerging XR Display Techs (continued)

Assessment of Emerging XVR Computing Techs

Assessment of Emerging XR Sensor Techs

Techs Creating High XR Industry Impact

XR Stakeholder Ecosystem

XR Headset Supply Chains

Emerging XR Industry Use Cases

Emerging XR Industry Use Cases (continued)

Main Player NPD Activity

Start-up NPD Activity

The XR Industry’s Geopolitical Scenario

Strategic Partnerships

M&A

XR Computing Tech Roadmap

XR Display Tech Roadmap

XR Sensor and Control Tech Roadmap

Growth Opportunity 1: Faster Component Advancements to Accelerate the Entire Ecosystem

Growth Opportunity 1: Faster Component Advancements to Accelerate the Entire Ecosystem (continued)

Growth Opportunity 2: Industrial- and Manufacturing-specific AR/VR Product Development to Encourage Steady Adoption

Growth Opportunity 2: Industrial- and Manufacturing-specific AR/VR Product Development to Encourage Steady Adoption (continued)

Growth Opportunity 3: Innovative Ways for Retailers to Interact with Customers using XR Technologies

Growth Opportunity 3: Innovative Ways for Retailers to Interact with Customers using XR Technologies (continued)

Technology Readiness Levels (TRL): Explanation

Your Next Steps

Why Frost, Why Now?

Legal Disclaimer

Augmented reality (AR), virtual reality (VR), and mixed reality (MR) refer to the spectrum of experience and technologies that connect the real and virtual worlds. These technologies immerse users or augment the real world through audio, visual, and haptic cues. This research report analyzes the global AR, VR, and MR markets as subsegments of the broader extended reality (XR) concept. XR is at the heart of the futuristic digital transformation, which aims to offer immersive and assisted experiences through a 3D virtual environment inlaid within or on top of real-world experience. To enable XR, electronics segments (e.g., computing, display, sensors, and controls) are driving the advancement of various XR products, including headsets, head-mounted displays, and holographic displays. The report primarily analyzes the impact of XR technology innovations on these electronics segments. The growing adoption of AR/VR in the enterprise sector, 5G and high-speed communication penetration, and increasing processing speeds propel the XR market. As the enterprise sector seeks to improve worker efficiency and safety, especially those of frontline workers, affordable and viable solutions are required. The proliferation of 5G will significantly boost the usage experience of XR devices, creating more demand. Most XR device manufacturers struggle to improve processing speed while reducing power consumption. To overcome this, chip manufacturers are developing application-specific chips with efficient chip architectures specifically for XR applications. Major corporations are adopting partnership and acquisition strategies to leverage these technological advancements. The emergence of advanced technologies like deep learning, neural networks, computer vision, generative artificial intelligence, and neuromorphic computing has created new opportunities for XR applications. Amid challenges in boosting worker productivity and improving accuracy, businesses are planning to implement new methods to apply XR technology to overcome them. However, swift formulation of regulations and large-scale content creation will be necessary to create opportunities for different industries. The research study covers the following modules: Drivers and challenges Technology impact analysis Stakeholder ecosystem Strategic initiatives and developments Geopolitical assessment Technology roadmap
More Information
Author Himanshu Kashinath Mhatre
Industries Electronics and Sensors
No Index No
Is Prebook No
Keyword 1 AR, VR, and XR Applications
Keyword 2 Electronics Technology Trends
Keyword 3 Advanced Electronics Industry Dynamics
Podcast No
WIP Number DAC6-01-00-00-00