NEXT ROBOTTECHDATA CENTER EPC
10 — 12GPU halls, network & security

A rack that draws a building’s worth of power

Dense accelerated compute changes the power train, the thermal loop, the network fabric and the security model at the same time. The facility gets designed around the cluster, not the other way round.

10AI infrastructure

Built for accelerated compute

An AI hall is not a server room with bigger boxes. The rack draws the power of a small building, rejects its heat into water, and needs a fabric that never blocks. We build the facility around that, not the other way round.

High density AI GPU rack
Liquid-cooled AI rack
GPU per rack
32–72
Accelerated compute trays
Rack power
40–150 kW
Dual A/B busway feed
Liquid heat capture
70–98%
Cold plate or immersion
Fabric bandwidth
400–800 Gb/s
Per node, non-blocking
Cluster scale
1k–100k GPU
Single training domain
Storage tier
10–400 GB/s
Parallel filesystem
AI compute hall
Workloads we build for
AI trainingAI inferenceHPCCloudGPUaaSRenderingScientific computingFintechEnterprise
0 kW
Per rack, delivered
0%
Heat into liquid
0.00
Achievable PUE
0k
GPU in one domain
11Network infrastructure

No shared fate, anywhere

Two entries on opposite sides of the site, two mirrored meet-me rooms, separate trays, separate power. If a backhoe finds one route, the facility does not notice.

01A
Internet / IX
Public and private peering
02A
Carriers
3+ providers, diverse routes
03A
Entry vaults
Two, on opposite sides of the site
04A
Meet-me rooms
MMR-A and MMR-B, fully mirrored
05A
Core network
Redundant routers, no shared fate
06A
Spine
Non-blocking, 800G uplinks
07A
Leaf / ToR
Per rack, dual homed
08A
Rack
InfiniBand or RoCE fabric
01B
Internet / IX
Public and private peering
02B
Carriers
3+ providers, diverse routes
03B
Entry vaults
Two, on opposite sides of the site
04B
Meet-me rooms
MMR-A and MMR-B, fully mirrored
05B
Core network
Redundant routers, no shared fate
06B
Spine
Non-blocking, 800G uplinks
07B
Leaf / ToR
Per rack, dual homed
08B
Rack
InfiniBand or RoCE fabric
Meet-me room and network core
Mirrored meet-me rooms with diverse carrier entries and a non-blocking spine / leaf fabric.
Physical diversity
Carrier entries2 × diverse
Meet-me rooms2 (A / B)
Carriers on site3+
Route separation≥ 20 m
AI fabric
Per-node bandwidth400 / 800 Gb/s
TopologyRail-optimised fat tree
TransportInfiniBand / RoCEv2
Oversubscription1 : 1
Tested at handover

Every strand OTDR-traced and loss-tested, every path failed over under load, every record in the as-built.

12Security & life safety

Five thresholds to a rack

Physical security is designed as concentric zones, each with its own credential, its own audit trail and its own failure mode. Fire detection and suppression follow the same logic.

Perimeter

  • Palisade fence & anti-ram barrier
  • Thermal & PTZ CCTV
  • Intrusion detection
Physical security zones
Perimeter, gatehouse, mantrap, hall and cage — with detection and suppression in every technical room.
Next step

Tell us what you are building

Send the site status, the grid offer and the target load. You get a concept, a power and cooling strategy and an indicative CAPEX back.

Start a project