Turnkey NVIDIA B300
datacenter campuses
From dedicated 110kV grid substations to stainless steel Direct Liquid Cooling (DLC) loops: KOTA Orbit executes multi-megawatt facilities for hyperscale frontier AI.
INFRASTRUCTURE PILLARS
Megawatt Substation Engineering
Dedicated high-voltage grid connections with N+1 redundant dry-type transformers, lithium-iron-phosphate UPS and microgrid integration.
- · 10 MW to 120 MW scalability
- · 99.999% tier-IV utility reliability
- · Direct renewable power integration
Direct-to-Chip Liquid Cooling
Closed stainless steel distribution manifolds route treated water at 35°C directly to B300 Blackwell Ultra plates, enabling 100% free cooling.
- · PUE 1.12 to 1.14 annual average
- · Up to 135 kW per server rack
- · Zero evaporative water waste
Quantum-X800 InfiniBand
Full-bisection 800 Gb/s bandwidth per GPU node with non-blocking dragonfly topologies for distributed LLM training without communication bottlenecks.
- · 800 Gb/s InfiniBand & Spectrum-X
- · Sub-100ns packet latency
- · Hardware SHARP in-network reduce
MODULARE KI-INFRASTRUKTUR
Schlüsselfertige modulare KI-Container-Rechenzentren
Vorgefertigte 20ft- und 40ft-Container mit flüssigkeitsgekühlten NVIDIA B300 Servern. Weltweit in wenigen Wochen betriebsbereit.
40ft AI Container Pod
Turnkey heavy-gauge steel modular pod with weatherized external dry coolers and CDUs. Matte black industrial finish with KOTA ORBIT precision branding.
18 Racks / 40ft Pod
Bis zu 2,4 MW Rechenkapazität pro Container mit Hochstromschienen.
- 20ft (8 Racks, ~1.0 MW) & 40ft (18 Racks, 2.4 MW)
- Up to 135 kW per server rack
- Integrated busway & clean-agent fire suppression
Geschlossene DLC-Kühlung
Direct-to-Chip Edelstahlverteiler mit externen Trockenkühlern. PUE 1.12.
- 35°C warm-water supply (100% free cooling)
- PUE 1.12 annual average
- N+1 redundancy on internal CDUs
Plug & Play Fabrik
Stapelbare Container für 10 MW bis über 50 MW KI-Rechenfabriken nach Bedarf.
- 4 to 8 weeks global delivery & hookup
- Avoids 24–36 month traditional civil delays
- Full EcoBlox/MDC architectural parity
KOTA ORBIT Modular Datacenter Engineering
KOTA Orbit provides full engineering parity with modular containerized standards (EcoBlox architecture). From single 20ft edge pods to multi-megawatt campus grids, every unit is pre-assembled, factory-tested with B300 Blackwell Ultra servers, and delivered turnkey.
SUBSEA-RECHENINFRASTRUKTUR
Unterwasser-KI-Pods: Hyperscale-Rechenleistung auf dem Meeresgrund
Hermetisch versiegelte Unterwasser-Druckkapseln mit Tiefsee-Kühlung und inerter Stickstoffatmosphäre. PUE 1.05 und 8-fach höhere Hardware-Zuverlässigkeit ohne Frischwasser.
Seabed Pod Architecture
Hermetically sealed underwater pressure capsule resting on the continental shelf. Surrounded by natural 4°C to 12°C seawater for continuous, chiller-free convective cooling.
Direct titanium marine heat exchangers dissipate 100% of GPU thermal load into ambient seawater without chillers or cooling towers.
Zero freshwater consumed. Eliminates the millions of liters of potable water lost annually to evaporative cooling on land.
Hermetic dry Nitrogen (N2) atmosphere with zero oxygen or moisture prevents copper corrosion and thermal solder fatigue.
Direct connection to offshore wind turbines and tidal arrays via armored umbilical power cables, achieving true net-zero compute.
Engineering Comparison: Subsea Pods vs. Terrestrial Datacenters
| Architecture Parameter | KOTA ORBIT Subsea Pod | Traditional Hyperscale Facility |
|---|---|---|
| Power Usage Effectiveness (PUE) | 1.05 – 1.07 | 1.35 – 1.60 |
| Water Consumption (WUE) | 0.00 L / kWh (Zero Potable Water) | 1.80 L / kWh (Evaporative Towers) |
| Atmosphere & Environment | Dry Nitrogen (N2), 0% Oxygen, 0% Humidity | Ambient Air, Oxygen, Dust, Humidity |
| Server Component MTBF (Failure Rate) | 8x Lower Component Failure | Standard Baseline Failure Rate |
| Deployment Timeline | < 90 Days Marine Turnkey | 24 – 36 Months Civil Construction |
| Land Acquisition & Zoning | 0 m² Real Estate Footprint | High Coastal Land Costs & Permits |
NVIDIA B300 Datacenter Configurator
Simulate campus capacity, B300 rack density, direct liquid cooling and substation load.
EPC TURNKEY EXECUTION
End-to-end delivery from site feasibility to power-on
Feasibility & Power
Grid interconnection agreements, site permitting and environmental water assessments.
Civil & Substation
Constructing reinforced hardened facilities, transformer bays and exterior cooling yards.
Mechanical & Fit-Out
Installing CDUs, primary stainless piping loops, isolated busways and clean agent fire suppression.
B300 Racks & Handover
White space integration of NVIDIA B300 racks, InfiniBand fabric commissioning and tier certification.