Containerised and site built capacity, delivered and governed as a national asset. Compute, storage, fabric, power, cooling, controls and enclosure pre integrated and validated as one repeatable deployment block.
HYPERCUBE NANO
- COMPACT MODULAR INFRASTRUCTURE
The first HYPERCUBE step beyond rack scale AI. Compact compute rows, a local control cabinet and an integrated thermal array in one factory integrated node, with accelerator density selected to workload and site.
Concept visualisation
REFERENCE CLASS
Sub 1 MW
NODE
Factory integrated, modular
BEST FIT
Regional AI: enterprise, specialist and local sovereign workloads
HYPERCUBE CORE
- PRIVATE AI INFRASTRUCTURE
Dedicated capacity for enterprise, government and regulated workloads. A three rack compute block, facility control and a lower thermal array with integrated heat rejection.
Concept visualisation
ILLUSTRATIVE DEVICES
About 144
REFERENCE IT LOAD
280 to 350 kW
COOLING
Liquid cooled, integrated thermal, fabric and control architecture
BEST FIT
Private model services, regulated data
HYPERCUBE PRIME
- SCALE OUT SOVEREIGN COMPUTE
A larger node for sustained production AI and institutional services: an expanded rack bank, a closed loop coolant header and a distributed fan wall. The bridge from a private node to multi node sovereign systems.
Concept visualisation
REFERENCE IT LOAD CLASS
About 400 kW
DELIVERED COMPUTE
Configurable
BEST FIT
Production AI: training, inference and multi tenant services
HYPERCUBE SOVEREIGN
- HIGH DENSITY SOVEREIGN INFRASTRUCTURE
Engineered for sensitive data, controlled access and long duration operation. High density compute rows, a redundant power and control zone and closed loop cooling engineered with the compute.
Concept visualisation
ILLUSTRATIVE DEVICES
About 216
REFERENCE IT LOAD
420 to 480 kW
SECURITY BOUNDARY
Configurable resilience and data control architecture
SHIELDING OPTION
TEMPEST oriented package, subject to project certification
BEST FIT
Government, critical national and regulated platforms
HYPERCUBE Superpod
- Multi container AI supercomputer
A factory built multi container AI supercomputer. Compute, fabric, storage, thermal systems, power and operations coordinated as one validated deployment.
Concept visualisation
Container reference
9
Compute domains
8 NVL72
Packaged devices
576
Reference IT load
1.8 to 2.5 MW
Generation specific planning basis. Final topology and facility input are project specific.
HYPERCUBE TITAN
- Campus scale multi pod fabric
Designed for exascale class AI infrastructure and phased national scale expansion: repeatable multi pod compute domains, campus wide fabric, telemetry and lifecycle control.
Concept visualisation
Accelerator devices
About 216
Campus entry point
420 to 480 kW
Expansion
Designed toward 125 MW programmes
Project specific
Topology, utilities and civil works confirmed in engineering
- 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.