Data Center Colocation Market Industry Overview, Market Status and Trend, Driving Factor Analysis, Major Players and Forecast 2027
Driven by the
trend of smart cities and the roll-out of 5G technology in various countries,
the Data
Center Colocation Market is expected to grow significantly by 2026.
Expansion of business organizations worldwide have led to massive data
generation, consequently sparking the need for adequate data storage capacity.
Companies that
are seeking to upgrade their traditional infrastructure facilities by
integrating latest technologies are required to pump huge investments for
setting up large-scale data centers. Adoption of data center colocation could
help such firms bypass the need for hefty investments. These centers offer
equipment, space, and bandwidth on rental basis to customers. Increasing
awareness of these centers could boost the demand for colocation service
providers, consequently helping clients overcome the challenges associated with
storing massive amounts of data.
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To cater to rising demand, data center
colocation service providers are expanding their spaces. For example, in 2018,
global provider of data center services, Telehouse announced the expansion of
its data center in London, UK, in response to increased customer demand for
high density, scalable space.
The need
for advanced IT infrastructure by government & defense agencies has
intensified in the recent years. Organizations are steadily inching towards the
adoption of advanced technologies like big data analytics and hosting, for
improving operations. Upgrading to colocation data centers helps government
agencies to increase operational efficiency, decrease cost & energy, and
provide improved services. Several data center colocation providers give data
center services to federal governments for data management.
The surge
in organizational data such as financial information, operational data, and
consumer records is anticipated to drive the demand for effective data center
colocation solutions. New digital service types like machine learning, AR/VR,
autonomous vehicles and big data analytics are overburdening the traditional
network structure. Issues faced by data center facilities like insufficient
cooling capacity, aging & low-efficiency power, low crisis response &
disaster recovery rate, lack of flexibility and scalability can be managed
efficiently with the help of a colocation provider.
Geographically
speaking, the Latin America data center colocation market is witnessing
substantial growth owing to increasing investments and number of data centers.
There are more than 100 colocation data centers across Chile, Peru, Argentina,
Brazil, Colombia, and Uruguay. Among these, Brazil is a promising avenue for
colocation data centers. International companies in the region, such as Google,
Microsoft Corporation, and IBM Corporation are focusing on expansions owing to
considerable growth opportunities.
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Globally,
companies operating in the data center colocation market include Equinix, Inc.,
Global Switch Corporation, Singapore Telecommunications Limited, Digital
Realty, KDDI Corporation, CyrusOne, NTT Communications, China Unicom, Interxion
N.V., and China Telecommunications Corporation. These firms are taking part in
a slew of business strategies such as new product development, geographical
expansions, and collaborations.
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Report Content
Chapter 3 Data Center
Colocation Industry Insights
3.1 Industry
segmentation
3.2 Industry
landscape, 2016 – 2026
3.2.1 Data center
infrastructure industry landscape
3.3 Impact of
coronavirus (COVID-19) pandemic
3.3.1 Global outlook
3.3.2 Regional impact
3.3.2.1 North America
3.3.2.2 Europe
3.3.2.3 Asia Pacific
3.3.2.4 Latin America
3.3.2.5 MEA
3.3.3 Industry value
chain
3.3.3.1 Research and
development
3.3.3.2 Manufacturing
3.3.3.3 Marketing
3.3.3.4 Supply
3.3.4 Competitive
landscape
3.3.4.1 Strategy
3.3.4.2 Distribution
network
3.3.4.3 Business
growth
3.4 Industry ecosystem
analysis
3.4.1 Distribution
channel analysis
3.4.2 Vendor matrix
3.5 Technology &
innovation landscape
3.5.1 Cloud computing
and virtualization
3.5.2 Edge computing
3.5.3 Green data
center
3.5.4 Converged and
hyper-converged infrastructure
3.6 Regulatory
landscape
3.6.1 International
Electrotechnical Commission (IEC) 62040
3.6.2 IEC 146
3.6.3 IEC 62040-3
3.6.4 IEEE 1100
3.6.5 ISO/IEC 18598
3.6.6 ISO/IEC TR
14763-2
3.6.7 ISO/IEC 24764
Edition 1.0
3.6.8 ISO/IEC
27001:2013
3.6.9 ISO/IEC TS 22237
3.6.10 TIA 606-B
3.6.11 North America
3.6.11.1 American
Society of Mechanical Engineers (ASME)
3.6.11.2 ANSI/ASHRAE
Standard 90.4-2016
3.6.11.3 California's
title 24
3.6.11.4 Canadian
Standards Association (CSA Group)
3.6.11.5 Clean Air Act
(CAA)
3.6.11.6 National
Emission Standards for Hazardous Air Pollutants (NESHAP)
3.6.11.7 Federal
Energy Management Program (FEMP)
3.6.11.8
Electromagnetic Compliance (EMC) compliance
3.6.11.9 National Fire
Protection Association (NFPA)
3.6.11.10 ANSI/BICSI
002-2014
3.6.11.11 Energy
Efficiency Regulations, 2016
3.6.11.12
ANSI/TIA-942-A Infrastructure Standard for Data Centers
3.6.11.13
ANSI/TIA/EIA-568-B
3.6.11.14 ANSI/BICSI
002-2014 Data Center Design and Implementation Best Practices
3.6.11.15 AICPA/SAS
70, SSAE 16, SOC 2 and SOC 3 auditing standards for data centers
3.6.11.16 TIA 5048
3.6.11.17 TBITS 6.9
3.6.11.18
NMX-I-14763-2-NYCE
3.6.12 Europe
3.6.12.1 EN 50600-x
3.6.12.2 European Code
of Conduct for Energy Efficiency in Data Centers
3.6.12.3 Building
Industry Consulting Service International Inc (BICSI) SSAE 16
3.6.12.4 German
National Standard (DIN 41772)
3.6.12.5 European
Energy Performance of Building Directive (EPBD)
3.6.12.6 European
General Data Protection Regulation
3.6.12.7 EN 50173
3.6.12.8 Construction
Products Regulation (CPR)
3.6.12.9 EN50575
standard
3.6.12.10 UK Greening
Government ICT Strategy
3.6.12.11 EcoDesign
Directive: LOT9 for Servers
3.6.12.12 SSAE16
3.6.12.13 Data flows:
Safe Harbor/Privacy Shield
3.6.12.14 Denmark’s
Green IT Action Plan
3.6.13 Asia Pacific
3.6.13.1
NDRC/AQSIQ/CNCA
3.6.13.2 Data Center
Facility Standard (Japan)
3.6.13.3 Green Data
Center Standard
3.6.13.4 Multi-Tier
Cloud Security (MTCS) Standard
3.6.13.5 China
Compulsory Certification (CCC)
3.6.13.6 JIS C 8303
3.6.13.7 IS 732
3.6.13.8 Energy
Conservation Act 2001
3.6.13.9 South Korean
Smart Grid Initiative
3.6.13.10 Government
Regulation no. 82- 2012
3.6.14 Latin America
3.6.14.1 General Data
Protection Law (LGPD)
3.6.14.2 National
Electric Energy Agency (ANEEL)
3.6.14.3 Personal Data
Protection Ordinance (Aruba Law)
3.6.14.4 The Colombian
Law
3.6.14.5 NR10
3.6.14.6 IRAM 20636
3.6.14.7 Argentina’s
Personal Data Protection Law
3.6.14.8 The Chilean
Data Protection Act
3.6.14.9 UNIT-ISO/IEC
27000
3.6.14.10 NTP-IEC
Standards
3.6.14.11 Law 5668
3.6.15 MEA
3.6.15.1 Law on the
Protection of Personal Data No. 6698
3.6.15.2 Protection of
Privacy Regulations 5777-2017
3.6.15.3 The
Electricity and Wiring Regulations
3.6.15.4 The Dubai
Statistics Centre Law
3.6.15.5 DIFC
3.6.15.6 SANS 60811
3.6.15.7 South African
Bureau of Standards (SABS) and the Independent Communications Authority of
South Africa (ICASA)
3.6.15.8 Cloud
Computing Regulatory Framework
3.7 Industry impact
forces
3.7.1 Growth drivers
3.7.1.1 North America
& Europe
3.7.1.1.1 Rising costs
involved in owning a large infrastructure facility
3.7.1.1.2 Growing
demand for hybrid cloud and virtualization technologies
3.7.1.1.3 Increasing
concerns of several industries and enterprises regarding IT infrastructure
budget
3.7.1.2 Asia Pacific
3.7.1.2.1 Growing
adoption of the green data center facilities
3.7.1.2.2 Increasing
network complexities in the data center facilities
3.7.1.2.3 Rising
demand for public cloud and IoT
3.7.1.2.4 Rise in the
number of SMEs in India
3.7.1.3 Latin America
3.7.1.3.1 Flourishing
services industry in Brazil
3.7.1.3.2 Presence of
free trade zones in Colombia
3.7.1.3.3
Business-friendly regulations in Chile
3.7.1.3.4 Public
sector growth in Peru
3.7.1.4 MEA
3.7.1.4.1 Increasing
deployments of the modular data centers
3.7.1.4.2 Improving
connectivity levels and rising data traffic volumes
3.7.2 Industry
pitfalls & challenges
3.7.2.1 High
maintenance & start-up costs
3.7.2.2 Location
restraints for colocation facilities
3.7.2.3 Stringent
government regulations and policies
3.8 Growth potential
analysis
3.9 Porter’s analysis
3.9.1 Supplier power
3.9.2 Buyer power
3.9.3 Threat of new
entrants
3.9.4 Threat of
substitutes
3.10 PESTEL analysis
3.10.1 Political
3.10.2 Economic
3.10.3 Social
3.10.4 Technological
3.10.5 Environmental
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