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    GPU Colocation: Power-Ready Racks for H100/B200 Clusters

    You own the GPUs. We find the rack: 40 kW air-cooled to 120 kW liquid-cooled positions in Dallas, Ashburn, the Pacific Northwest, the Bay Area, and secondary US markets. One request, quotes from multiple facilities within 24 hours.

    • Indicative $130–$300 per kW per month across US markets. See pricing by market
    • Liquid-cooled and rear-door heat exchanger racks for DGX H100, DGX B200, and GB200 NVL72
    • InfiniBand and 400G Ethernet cross-connects, contiguous rack positions
    • No fee to you; the facility pays GYGO

    Deploying H100s specifically? H100 colocation requirements

    Get quotes from multiple facilities within 24 hours

    Tell us your power requirement and region. We match it against partner facilities and send you comparable quotes, free of charge.

    No fee to you. Quotes come from the facilities; you contract directly with the one you choose.

    Colocation for GPU clusters vs standard colocation

    Standard enterprise colocation quotes 5–10 kW per rack and puts your cabinets wherever space is free. Uptime Institute’s 2025 global survey puts the average rack at 7.5 kW, right in the middle of that band. A training cluster breaks both assumptions.

    A single DGX H100 pulls about 10.2 kW and a DGX B200 about 14.3 kW. Four H100 systems fill a 40 kW air-cooled rack. A GB200 NVL72 needs roughly 120 kW in one rack and has no air-cooled option, so a building without direct-to-chip liquid cooling can’t take the deployment at all.

    Placement matters as much as power. InfiniBand and 400G Ethernet links between racks have to stay inside cable-length limits, so the facility has to hand you contiguous rack positions instead of whatever is free across two halls.

    Most buildings can’t do either. In the same Uptime survey, 82% of operators said their densest rack sits below 30 kW, so a 120 kW liquid-cooled deployment rules out the large majority of the market before you start negotiating. That is why we start from your kW and your topology rather than from a list of buildings.

    What GYGO brokers

    Colocation is the core. If your plan also involves renting, buying, or monetizing GPUs, the same team handles it.

    Place (colocation)

    Rack space, power, cooling, and cross-connects for GPU clusters you own. This page.

    Rent

    Compare cloud and bare-metal GPU providers by workload, latency, or cost.

    Buy

    Source H100, H200, and B200 systems through value-added resellers.

    Invest

    Turn idle GPU hardware into revenue through leasing and compute programs.

    Power and density: air vs liquid

    The rack you need depends on the systems you are landing. Most facilities quote per kW, so the density decides both the building and the price.

    Air-cooled / rear-door
    up to 40 kW
    • About four DGX H100 systems (10.2 kW each) or two to three DGX B200 (14.3 kW each) per rack
    • Widely available in Dallas, Ashburn, and Pacific Northwest facilities
    • Indicative $5,200–$12,000 per rack per month at $130–$300/kW
    Direct-to-chip liquid
    100–120 kW
    • Required for GB200 NVL72 (about 120 kW per rack) and dense B200 deployments
    • Scarcer inventory; expect longer lead times and a liquid-cooling premium
    • Indicative $15,600–$36,000 per rack per month at $130–$300/kW

    GPU colocation cost by market

    Indicative all-in $/kW/month, 2026. Full table, hidden costs, and contract terms on the GPU colocation pricing page.

    Dallas–Fort Worth
    $140–$240 /kW/mo

    Deep high-density inventory, competitive power, central US latency.

    Northern Virginia (Ashburn)
    $180–$300 /kW/mo

    Largest interconnection hub; capacity is tight and priced accordingly.

    Pacific Northwest
    $120–$200 /kW/mo

    Low-cost hydro power; best value for training clusters that tolerate distance.

    Bay Area / Silicon Valley
    $200–$350 /kW/mo

    Premium for proximity to AI teams; limited liquid-cooled capacity.

    Secondary US markets
    $78–$130 /kW/mo

    Smaller metros with spare power; longer lead times for 100 kW+ racks.

    Indicative ranges compiled from published 2026 broker and operator rate guides; actual quotes vary by density, term, and available capacity.

    How it works

    1. 1

      Tell us your kW, region, and timeline

      One form. Power requirement, preferred region, and when the hardware lands. GPU model and interconnect help but are optional.

    2. 2

      We collect quotes from matching facilities

      We check partner data centers with the density and cooling you need and return comparable quotes within 24 hours.

    3. 3

      You compare and sign with the facility

      Pick the quote that fits. You contract directly with the operator. GYGO is paid by the facility, not by you.

    Request quotes

    GPU colocation FAQ

    In 2026, GPU colocation typically runs $130–$300 per kW per month across major US markets, depending on market, rack density, cooling type, and contract term. That puts a 40 kW air-cooled rack at roughly $5,200–$12,000 per month before cross-connects and remote hands. See the pricing page for ranges by market.

    Air-cooled racks with rear-door heat exchangers top out around 40 kW. Direct-to-chip liquid cooling supports 100–120 kW per rack, which is what a full GB200 NVL72 or a dense B200 deployment needs. A single DGX H100 draws about 10.2 kW and a DGX B200 about 14.3 kW at full load.

    Standard enterprise racks are provisioned at 5–10 kW. GPU cluster colocation needs 40 kW+ per rack, liquid or rear-door cooling, InfiniBand or 400G Ethernet cross-connects between racks, and contiguous rack positions so the fabric stays within cable-length limits. Not every facility can do this, which is why we start from your kW and topology rather than from a list of buildings.

    You submit power, region, and timeline. We match the requirement against partner facilities with available capacity, collect comparable quotes, and send them to you within 24 hours. You contract directly with the facility you choose. GYGO is compensated by the facility, so there is no fee to you.

    Most high-density facilities quote from a single 40 kW rack, which fits roughly four DGX H100 systems. Below that, a managed hosting or bare-metal rental is usually cheaper than a colocation contract. We can advise on either.

    Air-cooled capacity in Dallas, Ashburn, and the Pacific Northwest is often available in 30–60 days. Liquid-cooled 100 kW+ rack positions are scarcer and can carry 3–6 month lead times, so tell us your cluster delivery date up front.
    GPU colocation pricing by market
    $/kW table, hidden costs, minimum terms.
    H100 colocation requirements
    Power, cooling, and interconnect for DGX H100 racks.
    Colocation vs cloud ROI
    When owning and colocating beats renting.
    All FAQs
    Rental, purchase, colocation, and investment questions.