High-Density AI Colocation
WHERE POWER BECOMES INTELLIGENCE.
BUILT FORHIGH-DENSITY COMPUTE.
57°N is a 15 MW high-density AI colocation campus being developed in Ventspils, Latvia, with phased capacity delivery from Q1 2028.
CAPACITY DELIVERY- 2.5–5 MW
- FIRST CAPACITY
- 15 MW
- TOTAL CAPACITY
- 300 kW*
- PER RACK
- 1.2
- DESIGNED PUE
- LIQUID
- COOLING
- 100%
- RENEWABLE ENERGY
*Subject to customer Load Profile and Technical Deployment Profile.
Designed for GPU-intensive AI, HPC and accelerated compute deployments, 57°N combines liquid cooling, high-density power delivery and infrastructure designed for current and next-generation GPU platforms.
ENGINEERED FORAI AT SCALE.
57°N is being designed for GPU-intensive AI, HPC and accelerated computing — combining high-density power delivery, liquid cooling, resilient connectivity and infrastructure engineered for long-term scale.
DESIGNED AROUNDYOUR DEPLOYMENT.
57°N is currently in development, creating an opportunity for early capacity partners to align selected infrastructure parameters with deployment-specific requirements.
POWER
HIGH-DENSITY POWER DELIVERY
Power architecture is designed for high-density AI and GPU infrastructure, supporting 400 V and 800 V power architectures.
COOLING
LIQUID COOLING
300 kW* / PER RACK
Cooling infrastructure is being designed for the thermal demands of GPU-intensive AI, HPC and accelerated compute deployments.
CONNECTIVITY
OPTICAL FIBRE CONNECTIVITY
57°N is being developed with international optical connectivity as a core part of the infrastructure strategy.
RESILIENCE & SECURITY
RESILIENCE BY DESIGN
Infrastructure resilience and physical security are being incorporated into the campus design from the development stage.
SAFETY & COMPLIANCE
PROTECTION BY DESIGN
Fire protection, operational safety and compliance requirements are being integrated into the technical design of the facility.
*Subject to customer Load Profile and Technical Deployment Profile.
POWER IS THEFOUNDATION.
High-density AI infrastructure is ultimately constrained by power.
57°N is being developed with energy at the core of the project — with a 100% renewable energy strategy integrating solar generation and battery energy storage.
100% RENEWABLE ENERGY · SOLAR + BESS
RESILIENCE BEGINSBEFORE IT IS NEEDED.
Security at 57°N is being designed around the risk profile of high-value AI compute infrastructure.
The campus security concept combines physical resilience, counter-UAS protection and predefined protocols for exceptional events — extending from protection in place to predefined procedures for controlled shutdown and asset release, with secure relocation pathways considered as part of exceptional-event continuity planning.
PHYSICAL RESILIENCE
PROTECTION STARTS WITH THE STRUCTURE.
Physical resilience is being designed into the campus itself, combining robust concrete construction and protected critical infrastructure zones with measures addressing emerging physical threats, including unmanned aerial systems.
- ROBUST CONCRETE STRUCTURE
- PROTECTED CRITICAL ZONES
- COUNTER-UAS PROTECTION
EXCEPTIONAL-EVENT PROTOCOLS
THE RESPONSE IS DEFINED BEFORE IT IS NEEDED.
57°N is developing predefined protocols for exceptional events, including controlled shutdown and asset release where circumstances require it.
Secure relocation pathways are considered as part of broader exceptional-event continuity planning, with escalation paths and responsibilities intended to be defined before they are needed.
- PREDEFINED RESPONSE PROTOCOLS
- CONTROLLED SHUTDOWN
- ASSET RELEASE
- RELOCATION PATHWAYS
CONTINUITY OPTIONALITY
RESILIENCE MEANS PRESERVING OPTIONS.
Exceptional-event planning considers how critical equipment could be moved if remaining in place were no longer the appropriate course of action.
57°N's proximity to the Port of Ventspils provides access to established transport infrastructure that can form part of a broader secure-relocation and continuity strategy.
- MULTIMODAL ACCESS
- ALTERNATIVE LOGISTICS PATHWAYS
- CONTINUITY PLANNING
WHAT WE PROTECT IS PUBLIC.HOW WE PROTECT IT IS NOT.
Detailed security architecture, counter-UAS measures and exceptional-event continuity protocols are disclosed to qualified counterparties during technical due diligence under NDA.
BUILT WHEREINFRASTRUCTURECONNECTS.
57°N is being developed in Ventspils, Latvia — a Northern European location where power, international fibre connectivity and long-term infrastructure capacity converge.
The location is part of the infrastructure strategy.
- OPTICAL FIBRE
- CONNECTIVITY
- International optical connectivity from Ventspils, complemented by terrestrial fibre routes.
- 110 / 330 kV
- POWER INFRASTRUCTURE
- Established high-voltage transmission infrastructure serving the Ventspils region.
- 57° NORTH
- NORTHERN EUROPE
- A Northern European operating environment supporting the infrastructure strategy of the campus.
- 15 MW
- DEVELOPMENT HORIZON
- Planned total facility capacity by Q4 2028.
BUILT AT
57° NORTH.
VENTSPILS · LATVIA · NORTHERN EUROPE
BUILT ONINFRASTRUCTURE EXPERIENCE.
57°N is being developed by GDS Green, drawing on more than a decade of experience across the construction and energy sectors.
A DECADE OF BUILDING.THE NEXT CHAPTER IS COMPUTE.
START ACONVERSATION.
Capacity discussions are open for organisations planning high-density AI and accelerated compute deployments in Northern Europe.
FIRST CAPACITY · 2.5–5 MW · Q1 2028