Powering the infrastrucre of the future with next-generation Hyperscale Data Centers

Sleek architectural wide-angle shot of a clean, modern server aisle with low-key cool blue LED lighting, deep navy tones, symmetrical perspective.
Sleek architectural wide-angle shot of a clean, modern server aisle with low-key cool blue LED lighting, deep navy tones, symmetrical perspective.
Download Specs
12MW HYPERSCALE

Engineered for sovereign AI workloads

Synadex DC bridges global subsea cable corridors with Tier III redundant power infrastructure, delivering high-density capacity optimized for sovereign AI workloads across Egypt and the MENA region.

TECHNICAL SPECIFICATIONS

Tier III infrastructure specs

10-12MW Power

N+1 Cooling

Tier III Design

Sustained high-density power distribution supporting up to 40kW per cabinet, backed by continuous N+1 redundant generator systems to guarantee uninterrupted operational continuity.

Advanced closed-loop chilled water systems specifically engineered to maintain optimal thermal thresholds for intensive, high-density AI cluster processing and machine learning workloads.

Concurrently maintainable infrastructure ensuring 99.982% uptime with zero single points of failure across all critical power paths and structural systems.

Abstract global network map showing glowing fiber optic routes crossing Egypt and the MENA region, dark blue background, electric blue accents.
Abstract global network map showing glowing fiber optic routes crossing Egypt and the MENA region, dark blue background, electric blue accents.
CARRIER-NEUTRAL CONNECTIVITY

The MENA digital gateway

Synadex DC sits at the geographic convergence of major global subsea corridors, providing low-latency carrier-neutral access directly to international networks.

Subsea Interconnects

Direct fiber paths to Egypt's critical landing stations, enabling ultra-low latency routing and secure data transmission between Europe, Asia, and Africa.

14+

Subsea Cables Linked

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Secure your capacity corridor

Request technical documentation or coordinate directly with our engineering team to secure high-density space and dedicated power corridors for your AI workloads.