Modular Data Center Product Line: 1.6, 4.8, 9 MW | Syaala

The 2026 Product Line

Three sizes of factory-built, liquid-cooled capacity: 1.6 MW, 4.8 MW and 9 MW. One liquid-cooling approach and one power philosophy, repeated from one block to a 50 MW campus.

250 kW per-rack ceiling
4 to 8 months typical to ready for service
Direct-to-chip liquid cooling
Factory acceptance tested
Battery-integrated power
1.6 MW to 9 MW per step
Three sizes

Three steps of capacity on one platform. Blocks and zones add in place on the same site, from one block to a 50 MW campus.

02 MW4 MW6 MW8 MW10 MW1.6 MW Block4.8 MW B300 Block9 MW ZoneThe building blockB300 classFor 10 MW sites and up1.6 MW · 8 racks to 200 kW · N+1, 2N option4.8 MW · 32 racks at 150 kW · N+1 per halfabout 9 MW
1.6 MW
Syaala 1.6 MW liquid-cooling block: IT, power, energy storage and pump modules with dry coolers
The building block

1.6 MW Block

1.6 MW 8 rack positions, up to 200 kW each

The step that repeats. A self-contained, liquid-cooled module set with its own power, battery and cooling plant, sized for GB300 NVL72 class racks. Added one at a time as capacity is needed.

Rack positions 8, each provisioned up to 200 kW
Rack platform GB300 NVL72 class, 130 to 150 kW per rack
Modules IT, power, energy storage and pump modules, with dry coolers
Power N+1 standard; 2N option with separate A and B paths
Cooling Direct-to-chip warm-water loop; dry coolers N+1; no cooling towers
Land 0.08 to 0.15 acre for modules and coolers, before site transformer, access and setbacks
Delivery Typically 4 to 8 months to ready for service
GB300 NVL72AI trainingInference
Questions? Contact us
4.8 MW
Syaala 4.8 MW B300 liquid-cooling block: two rack wings on a central service spine, with power, energy storage and pump modules and dry coolers
B300 class

4.8 MW B300 Block

4.8 MW 32 rack positions at 150 kW

Designed around liquid-cooled HGX B300 racks with in-rack cooling distribution. Two rack wings share a central service spine: cooling water runs under the floor and power runs overhead.

Rack positions 32 at 150 kW
Rack platform Liquid-cooled HGX B300, in-rack cooling distribution and rear doors
Modules Two rack wings and a service spine, power and energy storage for each half, a pump module, dry coolers
Power N+1 in each half of the block
Cooling Direct-to-chip warm-water loop; dry coolers N+1; no cooling towers
Land 0.17 to 0.26 acre for modules and coolers, before site transformer, access and setbacks
Delivery Typically 4 to 8 months to ready for service
HGX B300AI trainingInference
Questions? Contact us
9 MW
Syaala 9 MW Zone with the roof off: a one-storey hall of three pods, four power bays, substations and battery boxes, and two lines of coolers
For 10 MW sites and up

9 MW Zone

About 9 MW 66 rack bays in three pods

A zone of factory-built power and cooling kits inside a one-storey hall, in three pods. GB300 and Vera Rubin class racks share the same zone: only the rack taps and cooling distribution change.

Rack bays 66 in three pods; 60 GB300 racks at 150 kW
Vera Rubin Up to 250 kW per rack, set pod by pod
Power Four independent paths, any three carry the zone; every rack fed from four sources
Cooling Warm-water loop to adiabatic coolers; chillers 2+1 for residual air
Housing Factory-built kits inside a hall built by the site contractor
Phasing Opens in thirds, from 3 MW
Land 1.5 acres for hall, substations, batteries and cooler yard; 3.7 acres as a reference site with roads
GB300Vera RubinCampus scale
Questions? Contact us

Want the full specifications?

The technical datasheet covers all three sizes: the modules, rack densities, redundancy and site fit.

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Images show the design as planned. All capacities, densities, counts and schedules are indicative design values, subject to site-specific engineering, rack selection and final configuration at order. Redundancy descriptions refer to the design and are not an Uptime Institute certification.