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AI Data Centers

Crypto Infrastructure

Series

CoolBase Series

Prefabricated modular AIDC infrastructure

CoolPod Series

Compact indoor compute modules

Container Series

Climate-proof hydro-cooled containers

Cabinet Series

Compact hydro-cooled compute cabinets

AI Data Centers · CoolBase Series CoolBase Series

CoolBase-1080A/W CoolBase-270A/W

AI Data Centers · CoolPod Series CoolPod Series

CoolPod-1080A/W CoolPod-36A/W CoolPod-6A/W CoolPod-2A/W

Crypto Infrastructure · Container Series Container Series

SR40 V3 Hydro cooling container SR2 A1 Hydro cooling container SRC 135-SU3 Hydro cooling container SRC 396/198 STU2 Hydro cooling container SRC 242-MU2 Hydro cooling container SRC 242-SU2 Hydro cooling container

Crypto Infrastructure · Cabinet Series Cabinet Series

SR20M Hydro server cooling unit SR34-S Hydro server cooling unit
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Home / Solution - Finance

Solution - Finance

Solutions · Finance & Trading

Low-Latency Infrastructure
for Financial Compute.

Financial workloads demand compute infrastructure where microseconds matter and downtime is measured in revenue.

Discuss Your Financial Infrastructure→

Why financial compute demands more.

Sub-Millisecond Latency Requirements

Thermal variability translates directly into latency variance for HFT and real-time settlement systems.

Regulatory & Physical Security

Data sovereignty, audit trails, and physical access controls demand purpose-built infrastructure.

100% Business Continuity

2N redundancy across power, cooling, and network is the minimum standard for exchange systems.

EPC Solution

Financial-grade EPC infrastructure.

CoolSpace delivers high-availability modular data center infrastructure under a single EPC contract — design, manufacture, cooling, deployment, and commissioning managed end-to-end. 2N redundancy is configured across CDU, power distribution, UPS, and cooling plant as standard. Closed-loop hydro-cooling eliminates thermal variability, delivering stable coolant temperatures independent of ambient conditions.

· 2N redundancy across all critical subsystems as standard · Zero water consumption — no evaporative cooling dependencies · Compliant physical security and access control integration available

CoolSpace EPC team reviewing technical drawings in a modular data center prefabrication facility

Why CoolSpace for financial compute.

Thermal Determinism

Closed-loop hydro-cooling maintains stable coolant temperatures regardless of ambient variation, eliminating thermal-to-latency variance.

2N Redundancy by Default

Every critical subsystem ships with 2N redundancy configured and factory-tested. Single-point failures do not reach the IT load.

Single EPC Contract

One counterparty from design through commissioning, eliminating coordination risk between subcontractors.

Physical Security Integration

Modular architecture supports perimeter surveillance, access control, and intrusion detection integration.

Infrastructure Parameters

Financial-grade block specifications.

Cooling MethodClosed-loop hydro-cooling

PUE (Free Cooling)≤ 1.05

PUE (Standard · 45°C)≤ 1.25

Ambient Tolerance65°C / 149°F rated

Water ConsumptionZero — no evaporative cooling

Redundancy2N on CDU, power, UPS, cooling plant

Power InputMedium-voltage direct input supported

IT Load per BlockUp to 1 MW (CoolBase-1080A/W)

Deployment Timeline4–6 months vs. 3–5 years traditional

Compatible HardwareH100 / H200 / GB200 / GB300 and equivalent

EPC ScopeDesign → Manufacture → Cooling → Deploy → After-Sales

Network operations center with trading system metrics and real-time market data feeds

Hydro-cooling pipes and fittings inside a financial-grade server rack

Financial-grade compute operations · Hydro-cooling manifold detail

Ready for financial-grade infrastructure?

Share your requirements — CoolSpace engineering will return a configured proposal within 5 business days.

Discuss Your Financial Infrastructure→ Download Technical Specifications