Expertise

Data Center

Powering the infrastructure behind the AI economy.

As AI workloads, high-performance computing, and real-time applications expand, the demand for scalable, resilient data center infrastructure continues to accelerate. Arrow bridges technology suppliers, channel partners, and OEMs to enable validated architectures, scalable deployments, and long-term infrastructure lifecycle support.

Types of data centers

Organizations deploy several types of data centers depending on scale, workload requirements, and operational goals.

1. Hyperscale data centers:

Large facilities designed to support massive cloud and AI workloads, often housing thousands of servers and requiring significant power capacity.

2. Enterprise data centers:

Facilities operated by a single organization to support internal applications and business operations.

3. Colocation data centers:

Shared facilities where companies place their own servers while relying on a provider for power, cooling, networking, and physical security.

4. Edge data centers:

Smaller facilities located close to users to enable low-latency computing and real-time data processing.

5. Modular data centers:

Pre-configured data center units that can be rapidly deployed and scaled as infrastructure needs grow.


Arrow works with customers across the data center ecosystem to support infrastructure across all of these deployment models.

Core systems that power modern data centers

Six interconnected technologies enable today’s AI-ready infrastructure. Modern data centers operate as integrated systems that combine compute power, energy delivery, cooling technologies, networking infrastructure, intelligent software, and secure facilities. Arrow supports these domains through global supplier relationships, engineering expertise, integration services, and lifecycle supply chain capabilities.

Compute infrastructure

Validated server and GPU platforms optimized for AI and high-performance workloads power training, cloud platforms, and advanced analytics.

Power systems

Reliable energy infrastructure, including PSUs, PDUs, UPS systems, and battery storage, keeps mission-critical data center operations running continuously.

Thermal management

Advanced cooling technologies such as liquid cooling and immersion systems enable high-density computing while improving energy efficiency.

Networking and connectivity

High-speed networking fabrics and optical interconnects allow massive volumes of data to move quickly between thousands of servers.

Software orchestration

Infrastructure management platforms and automation tools monitor performance, optimize workloads, and improve operational efficiency.

Facility infrastructure

Physical infrastructure such as racks, cabling, security systems, and building design provides the foundation for reliable data center operations.

Data Center FAQs