Colocation Data Centers in Tier 2 Markets Offer Value Play
Tier 2 data center markets offer 20-30% lower total costs and 6-8% cap rates, attracting colocation providers seeking alternatives to capacity-constrained primary markets.
As primary data center markets like Northern Virginia, Dallas, and Silicon Valley experience capacity constraints and rising costs, colocation providers are increasingly targeting Tier 2 markets that offer lower power costs, available land, and reduced competition. Markets including Salt Lake City, Omaha, Kansas City, Nashville, and Reno are emerging as attractive alternatives.
The economic case for Tier 2 markets is compelling. Power costs in these markets typically range from $0.04-$0.06 per kWh, compared to $0.08-$0.12 in primary markets. Land costs are 60-80% lower, and construction costs benefit from less competition for specialized contractors. These advantages can result in 20-30% lower total cost of ownership for colocation operators.
Connectivity improvements have been critical enablers of Tier 2 market growth. Long-haul fiber routes and internet exchange points (IXPs) have expanded beyond traditional hub cities. Salt Lake City, for example, has become a major interconnection point for routes connecting the West Coast to the Midwest. Omaha benefits from its position on multiple east-west fiber routes.
For real estate investors, colocation data centers in Tier 2 markets offer attractive yield profiles. Cap rates for stabilized data center properties in these markets range from 6-8%, compared to 4-5% in primary markets. The higher yields reflect perceived risk of smaller markets, but actual occupancy rates have been consistently above 90% in established Tier 2 facilities.
The rise of AI workloads is further driving Tier 2 market growth. AI training requires massive power capacity at the lowest possible cost, making markets with abundant, inexpensive power particularly attractive. Several major AI companies have announced facilities in locations chosen primarily for power cost and availability rather than traditional data center location factors.