Colocation (Mining)

Colocation in Bitcoin mining is an arrangement where you retain ownership of your ASIC hardware but ship it to a third-party Hashcenter that provides the power, cooling, network connectivity, and physical security needed to run it. You pay a recurring fee — typically an all-in rate per kilowatt-hour or a flat per-machine charge — while the facility handles day-to-day operations. The term is borrowed from the wider IT industry, where colocation has long meant renting rack space and infrastructure for hardware you own.

How colocation differs from cloud mining

The defining feature of colocation is ownership. You hold title to the machines, you can usually access dashboards showing real-time hashrate and temperatures, and you keep the residual value of the hardware when a contract ends. This separates it sharply from cloud mining, where you merely rent a slice of someone else's compute and own nothing physical. Colocation suits operators who want industrial-scale electricity rates without building their own facility.

What to evaluate in a host

All-in power rates in North America commonly land in the range of roughly USD 0.055–0.085 per kWh, but the headline number rarely tells the whole story. Uptime guarantees, repair turnaround, curtailment policy during grid stress, deposit and setup fees, and how machine downtime is billed all affect real returns. Reputable hosts publish their service-level terms plainly rather than burying them.

At D-Central we view colocation as one layer of decentralizing mining operations — letting individuals tap industrial power without surrendering custody of their gear. Compare it with related models in our Mining-as-a-Service and Mining Pool Fee glossary entries.