Data Centers in Georgia

Georgia – Premier Connectivity Hub of the Southeast

Georgia is a dominant data center market in the Southeastern United States, engineered for businesses that require low-latency access to regional and national markets. Its dense connectivity, significant tax incentives, and reliable power grid make it a strategic location for deploying high-performance infrastructure to serve millions of end-users. This combination directly supports mission-critical applications where uptime and speed are essential for revenue.

Georgia: At A Glance

Network & Connectivity Ecosystem

Georgia, and specifically the Atlanta metro area, is one of the most connected markets in the United States. The region serves as a critical junction for fiber optic routes that span the Southeast, offering exceptional network performance and resiliency.

Carrier Density & Carrier Neutrality With over 50 unique network service providers, as of September 2025, the market offers extensive choice. Businesses can connect with nearly any major carrier in carrier-neutral facilities, preventing vendor lock-in and allowing for cost-effective, redundant network architectures.

Direct Cloud On-Ramps The state features over 9 dedicated cloud on-ramps, enabling direct, private access to 15 different cloud regions as of September 2025. This allows for secure, high-throughput, and low-latency hybrid cloud deployments. Major cloud providers with a direct presence include:

• Alibaba Cloud
• Amazon Web Services (AWS)
• Google Cloud (GCP)
• Microsoft Azure

Internet Exchange Points (IXPs) Atlanta is home to major IXPs, including the TIE Atlanta and IX-Atlanta. These exchanges facilitate efficient local traffic peering, reducing reliance on long-haul transit and lowering latency for users across the region.

Bare Metal Bare metal server capacity is readily available from multiple providers in the Atlanta market. Companies like Hivelocity and phoenixNAP offer dedicated servers for workloads requiring maximum performance and security without the overhead of virtualization.

Power Analysis

Georgia’s power infrastructure is a key advantage for data center operations, characterized by reliability and a favorable cost structure.

Average Cost Of Power Industrial power costs typically range from $0.07 to $0.09 per kWh, as of September 2025. This competitive pricing helps lower the total cost of ownership for large-scale deployments. The state's power mix, heavily reliant on natural gas (41%) and nuclear (34%), contributes to price stability.

Power Grid Reliability The power grid serving major data center clusters in Georgia is well-engineered and highly reliable. Major facilities are supported by redundant substations and robust transmission infrastructure, ensuring high levels of uptime for critical operations.

Market Access, Business & Tax Climate

Georgia provides a pro-business environment that combines strategic location with compelling financial incentives.

Proximity To Key Business Districts Data centers are concentrated in and around Atlanta, providing direct access to one of the nation's largest economic centers. This proximity serves a diverse range of industries, including finance, healthcare, logistics, and media production, all of which require high-performance digital infrastructure.

Regional Market Reach From Atlanta, organizations can effectively serve a vast population across the entire Southeastern US with low latency. This makes Georgia an ideal hub for content delivery, application hosting, and disaster recovery for businesses operating from Florida to the Carolinas.

Tax Advantage For Data Centers Georgia offers a significant tax incentive with its High-Technology Data Center Sales and Use Tax Exemption. This program exempts qualifying data centers and their customers from state sales tax on equipment purchases, directly reducing the capital expense of building or expanding a footprint.

Natural Disaster Risk

Georgia has a moderate natural disaster risk profile, with a FEMA National Risk Index score of 54.66 out of 100, as of September 2025. While no location is without risk, the primary hazards are manageable with modern data center engineering and operational planning.

The main risks to consider are weather-related events, including:

• Tornado
• Strong Wind
• Lightning
• Hurricane (primarily inland effects like wind and rain)
• Drought
• Heatwave
• Riverine Flooding