What threemonths latecosts you
Turn schedule slip into a decision model. Compare the cost of waiting with a site-specific bridge-capacity plan that runs alongside the delayed project.
Formula: capacity band × delay band × $500,000 to $1.25 million per MW per month - a supplied handoff estimate pending substantiation. Illustrative delay economics only. Not Pacific pricing, not a quote.
Price the delay
The estimate uses bands and ranges, not false precision. Assumptions are shown with every result.
1. Capacity
Select the delayed capacity band in MW. No confidential site values are collected.
2. Schedule
Select the expected delay band in months.
3. Range
See the estimated owner cost range and the assumptions behind it: $500,000 to $1.25 million per MW per month, a supplied industry estimate pending substantiation.
A bridge plan runs in parallel
Site work is limited to a pad and power feed and happens while the module is built and burned in at the factory. The target schedule is set by a site-specific plan - targeted, never guaranteed.
- Site scope
- Prepared pad + power feed
- Factory
- Build and burn-in off-site
- Arrival
- Complete on one truck
- Placement
- Craned onto the prepared pad
- Commissioning
- Remote sequence
- Scale
- Pod by pod
Pod 32 proof, not a schedule promise
The reference module carries its own evidence. The schedule stays a site-specific target.
Reference load
645 kW operating load for the Pod 32 module: 32 Supermicro HGX B300 nodes, 256 NVIDIA B300 GPUs.
Storage
983 TB raw NVMe per module
Fabric throughput
Configurable 3.2 or 6.4 Tbps per node
24 stages
Factory, site, and integration test program with witnessed evidence at gates F-1 through F-7.
Targeted
Operational within roughly three months of pre-payment as a design target, confirmed site by site.
Risk, interfaces, economics, exit
What is fixed?
Site facts - pad, power feed, interconnection - are separated from supplied model assumptions in every conversation.
What is movable?
Redeployment paths and contract terms for the bridge period are defined privately on the call.
What does it cost?
The delay estimate is not Pacific pricing. Commercial terms are discussed on a qualified call.
From estimate to engineering call
Three quick questions - role, driver, timeline - then the calendar opens. No site addresses, project names, or financial exposure collected.
Your role
Answer the three questions and the calendar opens here. Prefer to skip ahead? Book directly on Cal.com.
Method and schedule
How is the delay estimate calculated?
Capacity band times delay band times $500,000 to $1.25 million per MW per month - a supplied industry estimate pending substantiation. It models what a late site costs its owner in depreciation and lost lease. It is illustrative delay economics, never Pacific pricing or a quote.
How fast can bridge capacity be live?
Each module is targeted to be operational within roughly three months of pre-payment - a design target confirmed site by site, not a guarantee. Factory build and burn-in run in parallel with site preparation.
What site work is needed?
A prepared pad and a power feed. The module arrives complete on one truck, is craned onto the pad, and is commissioned remotely.
Can the capacity move later?
Modules arrive complete on one truck and are craned onto a prepared pad, so redeployment paths exist when the permanent site comes online. Exact redeployment and contract terms are defined privately.
Is the calculator a quote?
No. It estimates the cost of the delay itself from published assumptions and bands. Pacific commercial terms are discussed only on a qualified call.