Looking for a data center that won't leave you scrambling when your business scales? Denver's downtown colocation facility might be exactly what you need. With over 13,600 square feet of space and direct fiber connections to multiple carriers, this facility handles everything from single cabinet deployments to full private suites.
Geography plays a bigger role in data center selection than most people realize. Denver sits at a strategic crossroads for network connectivity across the western United States. The facility's downtown location means shorter latency to major metro areas and direct access to high-count fiber infrastructure that suburban facilities simply can't match.
The building connects to carrier-neutral fiber networks, giving you actual choices instead of being locked into one provider's pricing structure. When you need to add bandwidth or switch carriers, you're working with real competition.
Here's where things get practical. The facility runs 2MW of total utility power capacity backed by dual generators—a 2,000kW and a 2,500kW unit configured for 2N redundancy. That's not marketing speak; it means if one generator fails, the other handles the full load without breaking a sweat.
The UPS system follows the same 2N redundancy approach. Your equipment stays running even during utility switchovers or maintenance windows. AC and DC power options come breakered and metered, so you know exactly what you're consuming and paying for.
👉 Compare colocation power costs and redundancy options across major data centers
The facility offers on-net access to nine major carriers including CenturyLink, Level 3, Zayo, GTT, and Telia. This isn't just about having names on a list—it's about leverage. When carriers compete for your business inside the same building, pricing negotiations shift in your favor.
The zColo managed Meet-Me Room (MMR) connects to 910 15th Street via high-count Zayo metro fiber, expanding your connectivity options even further. Whether you need diverse fiber paths for failover or just want competitive pricing on bandwidth, the infrastructure supports it.
Chilled water cooling in 2N configuration handles heat loads efficiently, even when you're running high-density equipment. Unlike facilities that cheap out on cooling infrastructure and then hit you with overage charges when your equipment runs hot, this setup was designed with headroom.
The dual cooling system means maintenance happens without impacting your operations. One system can handle the full cooling load while the other gets serviced.
Half cabinet deployments work for startups testing infrastructure. Full cabinets suit companies with established needs. Custom cages and private suites handle larger deployments where you need physical separation or compliance requirements demand it.
👉 Find the right cabinet configuration for your infrastructure needs
The facility scales with you. Start with a quarter cabinet and expand to a private suite without moving your equipment to a different building or dealing with migration headaches.
Physical security follows industry standard practices—biometric access controls, 24/7 monitoring, and multi-factor authentication for entry. The facility doesn't advertise every security measure publicly, which is actually a good sign. Real security works quietly in the background.
Access logs track who enters your space and when. If you need to grant temporary access to a vendor or contractor, the process is straightforward without compromising security protocols.
Denver colocation makes sense if you need reliable connectivity to the western US, want carrier diversity without vendor lock-in, or require infrastructure that scales without forcing you to migrate. The downtown location trades suburban land costs for connectivity density—a worthwhile exchange if network performance matters to your operations.
The facility isn't trying to be everything to everyone. It focuses on power reliability, carrier diversity, and flexible space configurations. If those align with your priorities, it's worth evaluating against your current infrastructure costs and limitations.