L1 · Physical foundation
AequiFlux Xingshu
A compute foundation that combines high density with flexibility, redrawing the boundaries of deployment.
Energy-efficient mobile compute cabins for every environment
Positioning
AequiFlux Xingshu
Xingshu delivers an ultra-efficient physical space. Standardized high-density design and flexible customization work together to adapt compute facilities to any scenario, laying the physical foundation for large-scale distributed intelligent computing.
Who it is for
- Counties & industrial parks
- Offshore & deep-sea
- Emergency response
- Exploration & mining
Core capabilities
Capabilities broken into verifiable modules
Standardized high density
A 45-ft container with six liquid-cooled micro-modules and five high-density servers per rack.
SST 10kV direct connection
Solid-state transformer technology enables 10kV direct connection, cutting transmission losses and pushing PUE toward 1.1.
Cold-plate liquid cooling
Liquid cooling and全天候 environmental control for high-density compute, reducing cooling energy and noise.
Lego-style flexibility
20/40-ft cabins and micro edge nodes combine flexibly for rapid deployment across sites and workloads.
CPU/GPU heterogeneous mixing
Supports mixed heterogeneous compute and rapid deployment to industrial parks, deep-sea sites and ports.
Built for extreme environments
Seismic, corrosion and wide-temperature resistance, with vehicle- and ship-mounted deployment options.
Specifications
Key specifications
Standard configuration shown below. Projects can be tailored to site, power and workload requirements.
- Standard format
- 45-ft standard container
- Liquid-cooled modules
- 6 modules
- Rack density
- Up to 5 high-density servers
- Power supply
- SST solid-state transformer, 10kV direct
- PUE
- ≈1.1
- Delivery
- 2–3 months
- Deployment
- Land / sea / remote off-grid
- Footprint
- About 3–5 parking spaces
Use cases
Where it is typically deployed
Counties & industrial parks
Use local affordable power to build local compute capacity quickly.
Offshore & deep-sea
Withstands humidity and salt for offshore wind and research vessels.
Emergency response
Rapid temporary compute hubs for disaster assessment and command.
Exploration & mining
Fast deployment at off-grid sites for edge computing.
FAQ
Commercial and delivery questions
If your question is not covered here, talk to our business team.
Contact usHow long does deployment take?
Standardized cabins are prefabricated and typically delivered in 2–3 months, depending on configuration, site power and approvals.
What site conditions are required?
A hardened site, power connection and network access. A standard cabin needs about 3–5 parking spaces and supports 10kV grid or wind-solar DC microgrid input.
Can it run air-gapped and privately deployed?
Yes. Cabins support air-gapped operation and full private deployment, with local data processing and storage for Level-3 and classified scenarios.
Who handles operations?
Customers can self-operate, or choose AequiFlux’s 24/7 managed operations, incident response, tuning and energy optimization.
Related products
Continue through the portfolio
Turn computing power into your competitive edge
Tell us your scenario, scale and timeline. We will come back with a deployable computing plan.
Get a tailored plan