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High Density Colocation
Chilled-water cooling beyond 17kW per cabinet, designed for blade, HPC and GPU deployments.
Density Without Derating
Most Chicago floors were designed when 5kW per cabinet was ambitious. Cindervault's hall was designed the other way: contained aisles, close-coupled chilled-water coils and per-cabinet metering that lets you actually use the power you buy.
Blade chassis, hyperconverged nodes and GPU trays run at full clock without thermal throttling — and you see inlet temperatures per cabinet in the customer portal.
What's Included
- Over 17kW of cooling capacity per cabinet, metered
- Raised floor with chilled-water distribution and containment
- High-amp power whips: 208V 30A and 415V three-phase options
- Rear-door heat exchangers for extreme GPU rows
- Per-cabinet temperature and humidity trending in the portal
- A fit for blade, HPC and inference deployments
"Our chassis finally stopped thermal-throttling. Same hardware, twelve percent faster job completion — just from airflow done right."— CTO, quantitative research firm (high-density customer)
From Survey To Full Load
We model your chassis airflow and confirm coil capacity before you sign.
Dedicated whips and breakers sized to your nameplate plus headroom.
Racks go live in stages while we trend inlet temps cabinet by cabinet.
Blanking, containment tuning and fan profiles dialed quarterly.
High-density rows are rated above 17kW per cabinet as standard, and rear-door heat exchangers cover anything beyond. Bring your nameplate ratings and we'll confirm fit in writing.
Yes. Many customers keep GPU rows on the chilled-water aisles and standard gear on adjacent rows, managed under one contract and one portal view.
We do, for rows that need it. Rear-door heat exchangers connect to the same chilled-water loop and are quoted per cabinet.
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Test Your Load Here
Send one chassis for a two-week thermal trial. If the numbers don't hold, you owe nothing for the space.
Start a trial