Data Centers in Campinas

Campinas – Brazil's Resilient Tech Hub

Executive Summary

Campinas is a primary colocation market for enterprises requiring robust, scalable infrastructure within Brazil's wealthiest state. Its strategic location outside the immediate São Paulo metro provides a compelling alternative for disaster recovery and production environments, ensuring high uptime and low-latency access to South America's largest economic center. This market is ideal for businesses that prioritize operational stability and cost-effective growth without sacrificing connectivity.

Campinas: At A Glance

Network & Connectivity Ecosystem

Campinas provides a strong and diverse connectivity environment, making it a reliable hub for digital infrastructure in Brazil. The market features 16 data centers and access to over 11 network service providers as of September 2025.

Carrier Density & Carrier Neutrality: With access to over 11 carriers, the Campinas market offers solid network choice. Many of the 16 colocation facilities operate on a carrier-neutral basis, providing flexible interconnection options to local and international providers.

Direct Cloud On-Ramps: The market has over 1 direct cloud on-ramp, enabling dedicated, low-latency access to 1 cloud region as of September 2025. Local access is available for Microsoft Azure. Other cloud providers can be reached via private connections to the primary hub in nearby São Paulo.

Internet Exchange Points (IXPs): Connectivity is primarily facilitated through IX.br (Brazil Internet Exchange), with major nodes in the broader São Paulo region. This ensures efficient traffic exchange and low-latency peering between networks throughout Brazil.

Bare Metal: Bare metal server options are available from multiple providers in the region, offering dedicated compute for performance-sensitive applications. Providers like Latitude.sh have a significant presence here.

Power Analysis

Average Cost Of Power: Industrial electricity rates in Campinas typically range from R$0.70–R$0.85/kWh as of September 2025. This pricing, influenced by Brazil's heavy reliance on hydroelectric power (~60% of the grid mix), offers predictable energy budgets for high-density deployments.

Power Grid Reliability: The power grid supporting the Campinas region is well-engineered, benefiting from significant national investment in energy infrastructure. Data centers in the area are supported by redundant power feeds and substation diversity, ensuring high levels of uptime for mission-critical operations.

Market Access, Business & Tax Climate

Proximity To Key Business Districts: Campinas is a major technology and innovation hub, home to numerous universities, research centers, and corporate campuses. Data centers here serve the region's thriving tech, manufacturing, and agricultural industries, providing low-latency access for local enterprises.

Regional Market Reach: Located approximately 100 kilometers northwest of São Paulo, Campinas serves as a vital secondary market and disaster recovery site for South America's largest metropolis. Its strategic position allows it to effectively serve the tens of millions of people in the state of São Paulo and beyond.

Tax Advantage For Data Centers: Brazil offers significant tax incentives for data center investment. These programs provide exemptions on import tariffs and other taxes for IT-related capital expenditures, substantially lowering the initial cost of building out or upgrading critical infrastructure.

Natural Disaster Risk

Campinas has a High overall disaster risk profile, with a score of 5.2 out of 10 as of September 2025. This rating is not driven by seismic or severe weather events but by specific environmental and man-made factors.

Key natural hazards include:

• River Flood: 7.7/10
• Coastal Flood: 5.0/10 (A regional factor influencing supply chains, not a direct local threat)
• Drought: 4.5/10
• Epidemic: 6.4/10

The risk of earthquakes (0.5/10), tsunamis (0/10), and tropical cyclones (0/10) is negligible, making the region geologically stable for data center operations. Site selection and facility engineering effectively mitigate the primary flood risks.