09th April 2025

Understanding the Different Types of Data Centers in 2025

Learn about the latest types of data centers in 2025 and how gbc engineers helps build smarter, greener, and more efficient infrastructure.

  1. What is a Data Center?

A data center is a physical facility that organizations use to house critical applications, data, and IT infrastructure. It includes servers, storage systems, networking equipment, cooling systems, and security controls.  

In 2025, data centers are more vital than ever. From search engines, streaming services, and e-commerce to financial transactions and artificial intelligence, virtually every digital experience relies on a data center operating behind the scenes.

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  1. Data Center Tiers

Data centers are classified into tiers based on their infrastructure, redundancy, and uptime capabilities: 

Tier 

Redundancy 

Uptime   

Downtime 

Tier I 

None 

99.671% 

28.8 hours 

Tier II 

Partial power and cooling redundancy 

99.741% 

22 hours 

Tier III 

N+1 fault tolerance 

99.982% 

1.6 hours 

Tier IV 

2N or 2N+1 

99.995% 

26.3 minutes 

Each tier reflects different levels of performance, network reliability, management complexity, cost, and risk mitigation, helping businesses choose the right level of service.

  

  1. Types of Data Centers

Enterprise Data Centers 

Enterprise data centers are privately owned and operated by individual organizations to manage their own data and IT operations. These are typically located either on the premises of business or in a dedicated off-site location. 

Key Characteristics: 

  •  Full control over infrastructure, data privacy, and security 
  •  Custom-built to meet specific internal requirements using proprietary technology and systems
  •  Often used in banking, government, or healthcare sectors with strict compliance needs 

2025 Trend:  

More enterprise data centers are adopting hybrid cloud models, integrating private infrastructure with public cloud platforms for flexibility and scalability in managing software, data, and web-based services. 

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Colocation Data Centers

Colocation facilities rent out space, power, cooling, and physical security to multiple tenants for housing their own servers, networking hardware, and wire connections. 

Key Characteristics:  

  • Shared infrastructure, with dedicated space (rack, cage, or suite) for each client  
  • Carrier-neutral facilities offering connectivity to multiple telecom providers  

  • On-site support and remote access services (remote hands) 
 

Benefits in 2025: 

  •  Cost-effective alternative to building and maintaining private facilities 
  •  Scalable for fast-growing businesses and startups
  •  Enhanced resilience and redundancy, including backup components like UPS and dual-power feeds

Use Case:  

Ideal for businesses seeking geographic redundancy, disaster recovery, or critical service continuity without capital-intensive infrastructure investment. 

 

Hyperscale Data Centers

Hyperscale data centers are massive facilities built to support cloud providers and large-scale digital operations. They house hundreds of thousands of servers and are optimized for scalability, energy efficiency, and automation.  

Key Characteristics: 

  •  Facilities over 10,000 square meters in size 
  •  High-performance computing capabilities 
  •  Sophisticated cooling and power systems 
  •  Designed for rapid expansion and workload migration 

2025 Highlights: 

  •  Demand is rising due to AI workloads, big data analytics, and cloud gaming 
  •  Sustainability is a major focus, with most hyperscalers committing to net-zero carbon emissions by 2030

 

Edge Data Centers

Edge data centers are small-to-medium facilities located close to the source of data generation, such as IoT devices, mobile users, or smart infrastructure.  

Key Characteristics: 

  •  Typically located in urban centers, base stations, or industrial parks 
  •  Smaller footprint than traditional data centers (often under 1,000 sqm) 
  •  Integrated with edge devices, sensors, and 5G networks 

2025 Relevance: 

  •  Crucial for autonomous vehicles, smart cities, augmented reality (AR), and remote healthcare 
  •  Supported by modular, prefabricated construction for fast deployment 
  •  Uses modular components and prefabricated structures for quick deployment in dynamic industry settings

 

Cloud Data Centers

Cloud data centers are facilities operated by third-party cloud providers that deliver virtualized computing resources, including servers, storage, databases, and networking, over the internet.  

Key Characteristics: 

  •  On-demand resource allocation (pay-as-you-go) 
  •  Highly elastic and globally accessible 
  •  Managed and maintained by providers (IaaS, PaaS, SaaS models) 

2025 Trends: 

  •  Hybrid cloud and multi-cloud strategies are mainstream 
  •  Greater integration with AI and DevOps pipelines 
  •  Providers offer region-specific data centers for compliance with local regulations (GDPR, HIPAA, etc.)

 

  1. gbc engineers: Your Partner in Data Center Engineering

At gbc engineers, we specialize in the structural engineering of high-performance data centers across Europe and Southeast Asia. We combine deep technical knowledge with sustainability-driven solutions to support clients in achieving reliable, efficient, and future-ready facilities.  

Our Expertise 

  •  Structural Design & Detailing 
  •  Building Information Modelling (BIM) 
  •  Life Cycle Assessment (LCA) 
  •  Sustainability Consulting for Green Data Centers 
  •  Support for Hyperscale and Edge Deployments 

Whether you're developing a hyperscale data center or expanding a regional micro data center facility, we deliver smart engineering solutions tailored to your project needs. 

 

Contact us via email for inquiries or project collaboration: info@gbc-engineers.com 

Discover our services: Services - gbc engineers 

 

Highlight Projects

Explore our projects now: Projects - gbc engineers 

Our portfolio includes numerous landmark data center projects: 

FR8.2 Data Center

  •  Location: Frankfurt, Germany
  •  Gross Floor Area: 26.000 sqm
  • Services: Structural Design, work stage 4-6 (LP4-6); Workshop Design for Precast Elements; BIM Services

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FRA31 Data Center

  •  Location: Raunheim, Germany
  •  Gross Floor Area: 35.700 sqm
  •  Services: Structural Design, work stage 4-6 (LP4-6); Workshop Design for Precast Elements; BIM Services

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BER21 Data Center

  •  Location: Mittenwalde, Berlin-Brandenburg, Germany
  •  Gross Floor Area: 14.900 sqm
  •  Services: Structural Design, work stage 4-6 (LP4-6); Workshop Design for Precast Elements; BIM Services

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Your Benefits

  •  Trusted cross-vendor coordination 
  •  Faster approvals, fewer delays, and less stress 
  •  Local compliance with global quality standards and privacy policy requirements
  •  Environmentally conscious engineering solutions 
  •  Clear reporting and responsive support throughout the project

 

Ready to Future-Proof Your Data Center?  
Partner with gbc engineers to design a facility that delivers performance, reliability, and long-term value.    
🌐 Visit: www.gbc-engineers.com 
🏗️ Explore Our Services: Services - gbc engineers

 

Data centers are evolving fast and choosing the right partner makes all the difference. With gbc engineers, you get smart, reliable solutions for every type of data center project.