QUAKE AI · GTC BERLIN
MORE ACCESS.
MORE FREEDOM
TO BUILD.
02 / WHY
- Powered land
- White-room colocation
- Active data center
Global data center footprint
01 Overview · Footprint
Global Data Center Footprint
- AvailablePittsburgh, USA5 MW
- ContractedMaysville, USA180 MW
- AvailableBoden, Sweden49 MW
- AvailableNotodden, Norway20 MW
OperationalChester · London · Sines · Lefdal · Kristiansand · Amsterdam
AvailableOperationalContracted
01 Overview · Footprint table
Global Data Center Footprint
| Location | Region | Utility (MW) | RFS | Status |
|---|---|---|---|---|
| Pittsburgh, USA | USA | 5 | 6-9 months* | Available |
| Maysville, USA | USA | 180 | 12 months* | Contracted |
| Boden, Sweden | Europe | 49 | 9-12 months* | Available |
| Notodden, Norway | Europe | 20 | 12 months* | Available |
*Indicative timing from contract signature. Subject to customer requirements and contract.
01 Overview · GPU capacity
GPU Prospective Summary — USA
| Site | Critical IT (MW) | #VR200 GPUs | #GB300 GPUs | #B300 GPUs |
|---|---|---|---|---|
| Maysville, USA180 MW Utility | 144 | 42,336 | 51,840 | 55,296 |
| Pittsburgh, USA5 MW Utility | ~2.55 | ~1,008 | ~1,152 | ~1,152 |
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
01 Overview · GPU capacity
GPU Prospective Summary — Europe
| Site | Critical IT (MW) | #VR200 GPUs | #GB300 GPUs | #B300 GPUs |
|---|---|---|---|---|
| Boden, SwedenP1: 22.6 MW · P2: 49 MW Utility | 40.12 | 12,096 | 13,824 | 16,128 |
| Notodden, Norway20 MW Utility | 16 | 5,040 | 5,760 | 6,912 |
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
02 Maysville (MAY1) · Chapter opener
MAY1
Maysville
USA
02 Maysville (MAY1) · Technical specifications
Technical Specifications
180 MW
Utility Capacity
150+ acre
Campus
12 months
Indicative RFS from contract signature, subject to customer requirements
- Utility Capacity
- Total 180 MW – 3x 60 MW phases
- IT Power (PUE 1.20)
- 144 MW (48 MW per phase)
- Number of NVL72 Racks
- 588 (196 per phase)
- Backup Power
- Diesel Generators (N+1)
- Rack Power – Max Q EDP
- 198kW
- Total GPU Count
- 42,336 (14,112 per phase) - Vera Rubin
- Cooling Method
- RDHx (Air) + DLC (Liquid)
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
02 Maysville (MAY1) · GPU potential
GPU Potential
Supports up to
42,336
VR GPUs
| Phase | Critical IT (MW) | #VR200 GPUs | #GB300 GPUs | #B300 GPUs |
|---|---|---|---|---|
| Phase 1 | 48 | 14,112 | 17,280 | 18,432 |
| Phase 2 | 48 | 14,112 | 17,280 | 18,432 |
| Phase 3 | 48 | 14,112 | 17,280 | 18,432 |
| Total | 144 | 42,336 | 51,840 | 55,296 |
- 180 MW Utility Capacity
- 144 MW critical IT across 3 phases
- Scalable campus in Maysville, Georgia
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
02 Maysville (MAY1) · Phases and lead times
3 Phases, Parallel Build-out
“Modular offsite manufacturing combined with streamlined on-site parallel workstreams allow for compressed build schedules.”
Lead Time Overview · Long Leadtime Items (average, indicative)
- Up to 12 monthsMV Switchgear, Circuit Breakers, MV/LV Transformers, Generators
- 9 monthsMW Relays, Cooling plant – External, UPS
- 6 – 9 monthsCooling – Internal, LV Switchgear, Busduct
02 Maysville (MAY1) · Location
Location & Connectivity
- Interstate I-85
- ~2 mi · ~4 min
- Airport
- 78 mi · ~1 h 25 min drive (ATL)
02 Maysville (MAY1) · Follow us
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03 Pittsburgh (PIT1) · Chapter opener
PIT1
Pittsburgh
USA
03 Pittsburgh (PIT1) · Technical specifications
Technical Specifications
5 MW
Utility Capacity
5,686 sq ft
Data Hall 1
~2.55 MW
Critical IT power in Data Hall 1
- Utility Capacity
- 5 MW
- Cooling
- DLC & RDHx (Cooling Tower & Chillers)
- UPS
- Static UPS (N+1)
- Backup Power
- Diesel Generators (N+1)
- Connectivity
- Carrier Neutral – 2 meet-me-rooms
- Security
- Perimeter fencing, access control throughout, 24/7 security
- Concurrently Maintainable
- Tier III aligned – N+1 power & cooling
03 Pittsburgh (PIT1) · GPU potential
GPU Potential
Supports up to
1,008
VR GPUs
| Phase | Critical IT (MW) | #VR200 GPUs | #GB300 GPUs | #B300 GPUs |
|---|---|---|---|---|
| Phase 1 | ~2.55 | ~1,008 | ~1,152 | ~1,152 |
| Total | ~2.55 | ~1,008 | ~1,152 | ~1,152 |
- 5 MW utility capacity
- 2.55 MW critical IT
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
03 Pittsburgh (PIT1) · Execution plan
Execution Plan
6-9 months RFS
Indicative time, subject to customer requirements, to upgrade the existing data hall for GB/VR liquid cooled deployments with RDHx & DLC.
- Up to 1K GB or VR GPUsAnticipated GPU count following updated data center design package.
- Future ExpansionThe site benefits from additional internal space allocated for expansion capacity and power pathway with utility provider.
5 MW
Utility Capacity
5,686 sq ft
Data Hall 1
~2.55 MW
Critical IT power in Data Hall 1
03 Pittsburgh (PIT1) · Location
Location & Connectivity
- Interstate I-79
- ~3 mi · ~6 min
- Airport
- 12 mi · ~25 min drive (PIT)
04 Boden (BOD1) · Chapter opener
BOD1
Boden
SWEDEN
04 Boden (BOD1) · Technical specifications
Technical Specifications
22.6 MW
Current utility supply
9-12 months
Indicative RFS from contract signature, subject to customer requirements
Sustainability First
Renewable energy focused
- Utility Capacity
- Phase 1: 22.6 MW – Phase 2: ~49 MW
- IT Power (PUE 1.25)
- 36+ MW (18 MW per phase)
- Backup Power
- TBD
- Rack Power – Max Q EDP
- 198kW
- GPU Count (per 10 MW)
- 3,024 (total P1: 6,048, P2: 12,096)
- Cooling Method
- RDHx (Air) + DLC (Liquid)
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
04 Boden (BOD1) · GPU potential
GPU Potential
Supports up to
12,096
VR GPUs
| Phase | Critical IT (MW) | #VR200 GPUs | #GB300 GPUs | #B300 GPUs |
|---|---|---|---|---|
| Phase 1 | 17.68 | 5,040 | 5,760 | 6,912 |
| Phase 2 | 22.44 | 7,056 | 8,064 | 9,216 |
| Total | 40.12 | 12,096 | 13,824 | 16,128 |
- 49 MW utility capacity at full buildout
- 40.12 MW critical IT across 2 phases
- Designed for large-scale AI and HPC deployment
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
04 Boden (BOD1) · Location
Location & Connectivity
- Boden Station
- 3.8 km · ~7 min drive
- Luleå Airport
- 41.2 km · ~30 min drive (LLA)
04 Boden (BOD1) · Follow us
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05 Notodden (NO1) · Chapter opener
NO1
Notodden
NORWAY
05 Notodden (NO1) · Technical specifications
Technical Specifications
20 MW
Utility Capacity
12 months
Indicative RFS from contract signature, subject to customer requirements
Sustainability First
Renewable energy focused
- Utility Capacity
- Total 20 MW – 2x 10 MW phases
- IT Power (PUE 1.25)
- 16 MW (8 MW per phase)
- Backup Power
- TBD
- Rack Power – Max Q EDP
- 198kW
- Total GPU Count
- 5,040 (2,520 per phase) - Vera Rubin
- Cooling Method
- RDHx (Air) + DLC (Liquid)
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
05 Notodden (NO1) · GPU potential
GPU Potential
Supports up to
5,040
VR GPUs
| Phase | Critical IT (MW) | #VR200 GPUs | #GB300 GPUs | #B300 GPUs |
|---|---|---|---|---|
| Phase 1 | 8 | 2,520 | 2,880 | 3,456 |
| Phase 2 | 8 | 2,520 | 2,880 | 3,456 |
| Total | 16 | 5,040 | 5,760 | 6,912 |
- 20 MW utility capacity
- 16 MW critical IT across 2 phases
- Scalable Nordic site for AI infrastructure
Latest engineering principles per NVIDIA reference architecture as of June 1st, 2026. Values displayed at Max Q
05 Notodden (NO1) · Location
Location & Connectivity
- Notodden Station
- 0.6 km · ~2 min drive
- Oslo Airport
- 164 km · ~2 h 15 min (OSL)
06 Close
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