Accelerated servers, fabric, storage and liquid cooling are integrated, imaged and burned in as one system in the GPU hall, then accepted against the workload they were built for.
Cooling, compute and control, co engineered.
Every product is designed around delivered workload throughput, serviceability and the chosen sovereignty boundary.
Cold plates, copper transfer paths and coolant loops are designed with the selected silicon; flow, temperature and pressure are observable at system level; controls and workload data converge into one operational view. Accelerator generation is selected against the workload at design freeze, not before.
- THE GPU LINE
From crate to burn in.
High bays, clean light and disciplined flow: the same grid and the same discipline for the smallest device and the largest system.
01
Every crate is logged, inspected and formally released through controlled quarantine before it touches the line.
02
Sensitive electronics are handled under static controlled discipline from the very first touch.
04
Behind glass, every system is imaged, keyed and brought to life under controlled conditions.
05
Systems run hard before they ship: burn in bays and factory acceptance testing are the standard, not the exception.
- ONE CONTROLLED PATH
From workload to operations.
One controlled path connects design decisions to acceptance and long term service. Programme schedule is confirmed after design freeze, component allocation and site readiness review.
01
Define
Workload, sovereignty boundary and service level.
02
Configure
Silicon, memory, fabric, redundancy and cooling.
03
Validate
Digital engineering and acceptance plan.
04
Manufacture
Integrated build and quality control.
05
Commission
Site connection, testing and onboarding.
05
Operate
Telemetry, support and phased expansion.
- OPERATED AS ONE FLEET
Remote observability across the deployed estate.
Fleet telemetry unifies system health and performance. Thermal and power views give capacity, efficiency and risk visibility. Workload control schedules and coordinates service levels. Lifecycle alerts drive service actions and expansion planning. Operators retain visibility, judgment and service control.
Operations concept. Final software and service scope is project specific.
- THE OTHER HALLS
One campus. Eight families.
Eight halls. One campus.
Everything DXQ builds is made in one planned campus in Dubai. Each hall builds one family.