Research Spotlight:

Cellular Network Spectrum

The Cellular Network Spectrum Research Spotlight provides access to all research related to this topic. This Spotlight includes:

  • All research outlined below
  • Any updates to the research six months from purchase
  • 60 minutes of analyst inquiry to speak to an analyst
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Included Research

Shared Spectrum and Private Networks Tracker
Market Data | 2Q 2023 | MD-SSPT-23
Tables
  1. Shared and Locally Licensed Spectrum Initiatives, World Markets: July 2021
  2. Publicly Announced Private Network Deployments, World Markets: July 2021
Critical Questions Answered
  • How many private network deployments have been announced by May 2023?
  • What countries allow enterprises to access shared spectrum and under which conditions?
  • How private network deployments are led by CSPs versus infrastructure vendors and System Integrators (SIs)?
Research Highlights
  • Thorough list of all shared and locally licensed spectrum initiatives for enterprises by country.
  • Detailed description of all publicly announced private network deployments as of May 2023.
full contents...
The Role of Neutral Hosts in Private Cellular Networks
Research Report | 1Q 2023 | AN-5754
Table of Contents

Executive Summary 

Recommendations

CSPs and Neutral Hosts
Infrastructure Vendors
Hyperscalers
System Integrators

An Introduction to Neutral Host Networks

Defining Neutral Hosts and their Capabilities
Challenges of Neutral Host Networking

The Role of Neutral Hosts in Private Cellular Networks

Mapping Neutral Host Capabilities to Enterprise Requirements 
Enterprise Use Cases for Neutral Host Models

Commercial Implications of the Emergence of Neutral Host Networks 

The Value Chain for Neutral Host Networks
Monetizing Strategy and Business Models for Neutral Host Networks
The Role of Legacy Telco Industry Players in the Context of Emerging Neutral Hosts

Market Activities

Communication Service Providers
Neutral Host Providers
Infrastructure Vendors 
Hyperscalers

 

 
 
 
Critical Questions Answered
  • What role will neutral hosts play in enterprise connectivity?
  • Which verticals will be most open to a neutral host deployment?
  • How can neutral hosts meet unmet enterprise demands?
  • What does the emergence of neutral host providers mean for traditional telco industry players?
  • How will the emergence of neutral host providers influence the supply and value chain for enterprise connectivity?
Research Highlights
  • Detailed analysis of enterprise requirements toward wireless connectivity networks by vertical.
  • Assessment of the competitive landscape of neutral host providers.
  • Detailed impact analysis of the emergence of neutral host providers on the existing telco industry landscape.
full contents...
Table of Contents

1. EXECUTIVE SUMMARY

2. AUSTRALIA

2.1. INTRODUCTION
2.2. CELLULAR LANDSCAPE
2.3. CURRENT 4G AND 5G LICENSED ALLOCATIONS
2.4. REGULATORY OUTLOOK
2.5. INFRASTRUCTURE DEVELOPMENTS
2.6. SUMMARY & CONCLUSIONS

3. CHINA

3.1. INTRODUCTION
3.2. CELLULAR LANDSCAPE
3.3. CURRENT 4G AND 5G LICENSED ALLOCATIONS
3.4. REGULATORY OUTLOOK
3.5. INFRASTRUCTURE DEVELOPMENT
3.6. SUMMARY & CONCLUSIONS

4. INDIA

4.1. INTRODUCTION
4.2. CELLULAR LANDSCAPE
4.3. CURRENT 4G AND 5G LICENSED ALLOCATIONS
4.4. REGULATORY OUTLOOK
4.5. INFRASTRUCTURE DEVELOPMENT
4.6. SUMMARY & CONCLUSIONS

5. JAPAN

5.1. INTRODUCTION
5.2. CELLULAR LANDSCAPE
5.3. CURRENT 4G AND 5G LICENSED ALLOCATIONS
5.4. REGULATORY OUTLOOK
5.5. INFRASTRUCTURE DEVELOPMENTS
5.6. SUMMARY & CONCLUSIONS

6. SINGAPORE

6.1. INTRODUCTION
6.2. CELLULAR LANDSCAPE
6.3. CURRENT 4G AND 5G LICENSED ALLOCATIONS
6.4. REGULATORY OUTLOOK
6.5. INFRASTRUCTURE DEVELOPMENT
6.6. SUMMARY & CONCLUSIONS

7. SOUTH KOREA

7.1. INTRODUCTION
7.1.1. REGULATORY INTRODUCTION
7.2. CELLULAR LANDSCAPE
7.3. CURRENT 4G AND 5G LICENSED ALLOCATIONS
7.4. REGULATORY OUTLOOK
7.5. INFRASTRUCTURE DEVELOPMENT
7.6. SUMMARY & CONCLUSIONS

8. THAILAND

8.1. INTRODUCTION
8.2. COMPETITION OVERVIEW
8.3. CURRENT 4G AND 5G LICENSED ALLOCATIONS
8.4. REGULATORY OUTLOOK
8.5. INFRASTRUCTURE DEVELOPMENTS
8.6. SUMMARY & CONCLUSIONS

9. VIETNAM

9.1. INTRODUCTION
9.2. CELLULAR LANDSCAPE
9.3. CURRENT 4G & 5G LICENSED ALLOCATIONS
9.4. REGULATORY OUTLOOK
9.5. INFRASTRUCTURE DEVELOPMENT
9.6. SUMMARY & CONCLUSIONS

10. ASIA-PACIFIC INFRASTRUCTURE TRENDS AND DIRECTIONS

10.1. RADIO ACCESS NETWORK
10.2. CORE NETWORK
10.3. BACKHAUL
10.4. 5G-ADVANCED
10.5. POSITIONING FOR 6G
10.6. SUMMARY & CONCLUSIONS
Critical Questions Answered
  • How are the different countries in Asia-Pacific faring with their 5G regulatory outlook and infrastructure deployments?
  • Who are the active players in deploying 5G technology across Asia-Pacific?
  • What is the status quo for 5G RAN, core network, and backhaul in Asia-Pacific?
Research Highlights
  • Australia, China, India, Japan, Singapore, South Korea, Thailand, and Vietnam 5G cellular landscape analyses.
  • RAN, core network, and backhaul Capital Expenditure (CAPEX) forecasts by country.
  • Average Revenue Per user (ARPU) for 2020 and 2021 by country.
full contents...
Shared Spectrum and Private Networks Tracker
Market Data | 3Q 2022 | MD-SSPT-22
Tables
  1. Shared & Locally Licensed Spectrum Initatives, World Market, July 2021
  2. Publicly Announced Private Network Deployments, World Market, July 2021
Critical Questions Answered
  • How many private network deployments have been announced by July 2021?
  • What countries allow enterprises to access shared spectrum and under which conditions?
  • How are private network deployments led by CSPs versus infrastructure vendors and system integrators?
Research Highlights
  • Thorough list of all shared and locally licensed spectrum initiatives for enterprises by country.
  • Detailed description of all publicly announced private network deployments as of July 2021.
full contents...
5G mmWave Market Developments
Research Report | 4Q 2021 | AN-5499
Table of Contents

1. EXECUTIVE SUMMARY

2. RECOMMENDATIONS

2.1. Recommendations for Regulators
2.2. Recommendations for Operators
2.3. Recommendations for Vendors

3. BACKGROUND

3.1. Market Update
3.2. 5G Spectrum Allocation
3.3. Status of 5G mmWave Deployments

4. ECOSYSTEM READINESS

4.1. Network Infrastructure
4.2. Devices
4.3. Applications and Use Cases

5. MARKET FORECASTS

6. COMPANY PROFILES

6.1. Movandi
6.2. Pivotal Commware
6.3. Cisco
6.4. MixComm
6.5. Nokia
6.6. ZTE
Critical Questions Answered
  • What is the current global status of mmWave spectrum allocation?
  • What is the real state of mmWave deployment around the world?
  • Is the ecosystem for mmWave ready?
  • When will be an acceleration in mmWave deployment?
Research Highlights
  • Market updates on mmWave deployments.
  • Spectrum allocation status and mmWave deployments across key markets.
  • mmWave ecosystem readiness.
  • Market forecast of mmWave deployments across different region.
full contents...
Shared Spectrum and Private Networks Tracker
Market Data | 3Q 2021 | MD-SSPT-21
Tables
  1. Shared and Locally Licensed Spectrum Initatives, World Markets: July 2021
  2. Publicly Announced Private Network Deployments, World Markets: July 2021
Critical Questions Answered
  • How many private network deployments have been announced by July 2021?
  • What countries allow enterprises to access shared & under which conditions?
  • How private network deployments are led by CSP vs. Infrastructure vendors and System Integrators?
Research Highlights
  • Thorough list of all shared & locally licensed spectrum initiatives for enterprises by country.
  • Detailed description of all publicly announced private network deployments as of July 2021.
full contents...
Private Wireless Spectrum Tracker
Market Data | 1Q 2020 | MD-SSPT-20
Tables
  1. Shared Spectrum Initatives, World Markets, March 2020
  2. Companies with interest in Shared Spectrum, World Markets, March 2020
Critical Questions Answered
  • Which countries offer spectrum acquisition for enterprises directly?
  • What deployment options and monetizing models do specialist CSPs offer for private cellular enterprise networks?
  • Which verticals show most interest in applying for dedicated enterprise spectrum?
Research Highlights
  • A comprehensive picture of a all spectrum initiatives for private cellular networks across the globe.
  • A list of companies that have applied for shared/licensed spectrum, the details of the awarded license as well as infrastructure vendors and network operators involved in the network deployment.
  • An extensive list of network operators, specialized on providing private cellular networks, details about their markets of operations, spectrum assets and monetizing models.
full contents...
How Will Japan’s New Spectrum Auction Affect the Country’s Telecommunications Market?
Insight | 3Q 2023 | IN-7006
The Ministry of Internal Affairs and Communications (MIC) in Japan will introduce a new spectrum auction system by 2026. This change will require Communication Service Providers (CSPs) to pay for spectrum, rather than government’s previous practice of allocating spectrum to the CSPs. This ABI Insight covers the impact of this change on the CSPs and the future implications of a new auction system on the telecommunications market.
Big News toward the End of the Year: China Decides to Open up Mobile Network Spectrum to Enterprises Directly
Insight | 1Q 2023 | IN-6794
Years of speculation on China’s stance on the 6 GHz spectrum have ended, but with a result that few expected. What are the ramifications of awarding the Commercial Aircraft Corp of China (COMAC) the private 5G spectrum licenses for the 5.925 – 6.125 GHz frequency?
China Bucks the Global Trend and Reserves the Lower 6 GHz Spectrum for Private 5G
Insight | 4Q 2022 | IN-6788
Years of speculation about China’s 6 GHz spectrum stance have ended, but with a result few expected. What are the ramifications of awarding state aerospace manufacturer COMAC the private 5G spectrum licenses for the 5.925 – 6.125 GHz frequency?
FCC Unleashes Standard Power 6 GHz, Opening Next Chapter for Outdoor Wi-Fi
Insight | 4Q 2022 | IN-6748
The FCC has finally approved standard power 6 GHz transmission—but why is it so significant, and how can organizations exploit its potential?
Investments by Vendors in E-Band mmWave Backhaul Technologies Are Now Paying Off for CSPs
Insight | 4Q 2022 | IN-6728
5G traffic is ramping up dramatically as 4K video and data throughput per user reaches up to 400 Megabits per Second (Mbit/s). Fiber-optic backhaul is invaluable, but E-band Millimeter Wave (mmWave) could prove more versatile and cost-effective for Communication Service Providers (CSPs).
Could 60 GHz Wireless Indoor Backhaul Consign Cables to History?
Insight | 4Q 2022 | IN-6736
The innovative new 60 GHz backhaul WaveTunnel technology from Airvine carries great potential, but without a solid go-to-market strategy, it may struggle to meet success.
As the 6 GHz Spectrum Battleground Heats Up, What Could Further 6 GHz Allocation Mean for Wi-Fi in Europe?
Insight | 4Q 2022 | IN-6726
Would the opening up of additional 6 Gigahertz (GHz) spectrum in Europe lead to new opportunities for Wi-Fi based technology?
First Victory for 5G in Latin America as Chile Reverses 6 GHz Decision
Insight | 3Q 2022 | IN-6682
Chile has reduced the amount of spectrum reserved for unlicensed Wi-Fi use, in a move that may herald broader shifts in Latin America’s stance toward the 6 GHz band.
6 GHz Spectrum and Wi-Fi 7 Driving the Demand for Greater RF Filter Complexity
Insight | 2Q 2022 | IN-6589
Regional variations in unlicensed spectrum availability and permitted power levels will increase the need for more RF filter variants, while the advanced features of Wi-Fi 7 will necessitate further advancements to RF filter designs.
5GAA's Recent Lobbying Activities: Yet Another Indicator of the Importance of 6 GHz Spectrum for 5G
Insight | 4Q 2020 | IN-5943
Consumer rollouts of 5G are well underway (more than 141 operators have launched commercial 5G services around the world), and the telco industry has begun to realize, that spectrum currently allocated for 5G is becoming a scarce resource. Almost all of these commercial deployments use C-band spectrum, so the need to consider alternative spectrum bands for future 5G rollouts grows (both in the consumer domain and, more importantly, the enterprise domain).

Companies Mentioned