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30 MW Chennai Data Center

South India's Most Powerful AI-Ready Colocation Campus

Reserve Your Capacity Block — Cyfuture Cloud's 30 MW Chennai Data Center is where South India's next decade of AI and enterprise infrastructure begins. Contact us for a technical briefing or to download the technical fact sheet.

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Accelerate Success with Cyfuture Cloud's Data Center in Chennai

Cyfuture Cloud's 30 MW Chennai Data Center is purpose-built for hyperscale AI workloads, high-density GPU clusters, and mission-critical colocation — engineered from the ground up for the demands of modern compute. This is not a retrofitted server room or a repurposed legacy facility; it is a 30 MW colocation campus in Chennai designed for the scale, speed, and resilience that AI infrastructure demands.

Every system — from the power substation to the rack manifold — is engineered around the thermal, electrical, and networking demands of next-generation AI accelerators, not adapted from legacy colocation blueprints. Backed by 24x7 NOC/SOC operations and a compliance posture built for regulated industries, the facility supports everything from single-rack GPU-as-a-Service deployments to whole-campus hyperscale tenancy.

Why a Data Center in Chennai?

Chennai is India's fastest-growing enterprise and cloud market — home to global MNCs, BFSI leaders, manufacturing conglomerates, and a thriving technology ecosystem. Its position on the Bay of Bengal makes it the premier submarine cable landing hub for South Asia, connecting India directly to Southeast Asia, the Middle East, Europe, and beyond. For AI infrastructure, this translates to ultra-low latency to Singapore, Kuala Lumpur, and global hyperscale networks — an advantage no inland city can replicate.

  • Submarine cable landing hub — multiple systems connect Chennai to Singapore, Dubai, and global corridors
  • Proximity to TIDEL Park, Mahindra World City, and key South India enterprise IT clusters
  • Tamil Nadu government policy support: dedicated data center and electronics manufacturing incentive framework
  • Multiple grid access points with utility redundancy — essential for 30 MW continuous IT load
  • Strong talent pipeline: IIT Madras, Anna University, and 400+ engineering institutions in the region
  • Competitive land and power costs relative to Mumbai and Delhi-NCR — CAPEX efficiency for tenants
  • Direct road, rail, and port connectivity — critical for large-scale hardware logistics and deployments

Stay On Top With Our Data Center in Chennai

Site Specifications

Site Specifications

  • Building Structure: G+5 floors — purpose-built, not converted
  • Total Racks: 3,000+ (standard to ultra-high-density configurations)
  • Built-Up Area: 250,000 sq. ft.
  • Floor Loading: Up to 1,850 kg/sqm — supports high-density AI rack weights
  • Tenant Formats: Private suite, dedicated hall, secure cage, GPU cluster pod, MW block, managed GPU cloud
Security

Security

  • Multi-layer perimeter with CCTV, controlled access points, and 24×7 manned security
  • Mantrap entry with biometric access — no tailgating, no exceptions
  • Visitor management and asset chain-of-custody logging per tenant boundary
  • Tenant-specific cage and suite isolation — physical and logical separation enforced
Power System

Power System

  • In-house GIS (Gas Insulated Substation) — compact, reliable, and engineered for future expansion
  • N+1 / 2N power architecture — dual utility feeds from separate substations
  • UPS-backed critical power distribution — no single point of failure in the LV distribution path
  • A+B dual-corded rack feeds — every rack has independently sourced power paths
  • Generator backup with ATS (Automatic Transfer Switch) — seamless failover under utility loss
  • Branch circuit metering per rack — tenant-level power visibility and billing accuracy
  • 99.999% power availability target — aligned to Tier III+ uptime standard
Cooling System

Cooling System

  • Direct-to-Chip (D2C) cooling for ultra-high-density racks
  • Rear-Door Heat Exchangers (RDHx) for mid-density zones
  • Hybrid cooling zones with configurable Coolant Distribution Units (CDUs)
  • Rack density envelope from ~20 kW (standard) up to 240 kW+ (ultra-high-density, CDU)
  • PUE target below 1.3, against an industry average of 1.57
Fire & Water Safety

Fire & Water Safety

  • Fire detection and suppression systems engineered as part of the facility's Tier III+ design standard
  • Coolant temperature, pressure, and flow monitoring with automated leak detection across cooling loops
  • Environmental and safety procedures aligned to the facility's LEED Gold sustainability target
Telecommunications Infrastructure

Telecommunications Infrastructure

  • Carrier-neutral facility — multiple ISP and dark fiber entry options, no single-carrier lock-in
  • Proximity to Chennai submarine cable landing stations — IMEWE, SMW4, Bay of Bengal Gateway, and more
  • Low-latency corridors: Singapore (~30 ms), Dubai (~85 ms), and pan-India PoPs
  • Redundant uplinks with BGP multi-homing — no single path dependency for mission-critical workloads
Cabling & Network

Cabling & Network

  • 400G and 800G Ethernet and InfiniBand fabric — tenant-defined per workload requirement
  • InfiniBand NDR and XDR for tight GPU-to-GPU coupling across rack-scale cluster deployments
  • RoCEv2 — RDMA over Ethernet for GPU-direct communication without CPU overhead
  • Non-blocking spine-leaf topology with congestion control, optimized for burst AI training traffic
  • Private interconnects, out-of-band management, and telemetry-enabled switching per tenant
Database Management

Database Management

  • DCIM, BMS, and EPMS platforms with rack-level telemetry and GPU observability
  • NVMe high-throughput storage, AI Dataset Lake, and parallel file systems for training pipelines
  • Object storage plus backup and archival services
  • Real-time tenant dashboards for power draw, thermal metrics, GPU utilization, and SLA performance

Rack Density Envelope

Standard colocation facilities are designed for 10–20 kW per rack. Modern AI accelerators demand densities of 80 kW to 240 kW+. Every rack row, power path, and cooling loop at Cyfuture Cloud's Chennai facility is validated against OEM-specific chipset requirements.

Density Tier Rack Density Cooling Mode / Typical Use
Standard Density ~20 kW/rack Standard enterprise and inference workloads
Mid-Density ~40–60 kW/rack Rear-Door Heat Exchanger (RDHx) mode
High-Density ~80–100 kW/rack Direct-to-Chip (D2C) cooling loops
Ultra-High-Density (CDU) 240 kW+ validated Purpose-built for AI cluster racks

GPU & Accelerator Compatibility — Chipset Neutral, Generation Ready

The Chennai facility supports every major AI accelerator platform — NVIDIA, AMD, and Intel — validated per chipset OEM specification, not generically assumed.

Chipset Platform Series TDP / Rack Status at Chennai
NVIDIA Blackwell B200 / B300 Up to ~120 kW Fully Ready
NVIDIA GraceBlackwell GB200 / GB300 NVL72 ~120 kW (high-density) Fully Ready
NVIDIA Hopper H100 / H200 ~40–70 kW Fully Ready
AMD Instinct CDNA 4 MI350X / MI355X Up to ~120 kW Fully Ready
AMD Instinct CDNA 5 MI450 / MI455X ~120 kW+ (H2 2026) Infrastructure Ready
Intel Gaudi Gaudi 2 / Gaudi 3 ~600W–900W per card Fully Ready
Custom OEM / ASICs Inference chips, DPUs Varies Validated per BoM

800G Network Fabric — Choosing the Right Fabric by Workload

Compute is only as fast as the network connecting it. GPU clusters running LLM training, distributed inference, or RAG workloads generate massive east-west traffic between accelerators. Cyfuture Cloud's Chennai facility ships with a non-blocking spine-leaf fabric built specifically for this traffic pattern.

Workload Recommended Fabric
LLM Training & RLHF InfiniBand NDR — tight GPU coupling, lowest latency east-west
Distributed Inference InfiniBand or 800G Ethernet — workload-dependent
Inference API Serving 400G–800G Ethernet — high throughput, cost-efficient
RAG & Vector Search Ethernet with RoCEv2 — low-latency storage-to-GPU path
HPC Simulation InfiniBand XDR — max bandwidth, MPI-optimized

Cyfuture Cloud Perspective: 30 MW Chennai Data Center

Standard colocation facilities are designed for 10–20 kW per rack. Modern AI accelerators — NVIDIA B200, B300, AMD MI350, Intel Gaudi 3 — demand rack densities of 80 kW to 240 kW+. Cyfuture Cloud's AI Data Center in Chennai is built for this reality from Day 1, with every chipset deployment going through structured validation of power draw, thermal profile, network topology, and physical rack loading before go-live.

Chennai's position as South Asia's primary submarine cable hub makes it the natural home for latency-sensitive AI inference serving Southeast Asia, the Middle East, and global markets. Combined with a LEED Gold sustainability target and a PUE target below 1.3 against an industry average of 1.57, the facility pairs hyperscale AI density with a future-ready, efficiency-first operating model.

Why Choose Cyfuture Cloud For Chennai Data Center?

At Cyfuture Cloud, we recognize that data centers in Chennai form the backbone of South India's AI and enterprise operations. Our 30 MW facility delivers hyperscale power capacity, AI-grade infrastructure density, and enterprise compliance pedigree — all in a single facility, in the right city. Equipped with an in-house GIS substation, N+1/2N power redundancy, and a 240 kW/rack-ready cooling architecture, the facility ensures your GPU infrastructure remains protected and always accessible.

Beyond infrastructure, we bring over two decades of Indian infrastructure operating experience, transparent real-time tenant dashboards, and a full managed stack — bare metal GPU compute, managed Kubernetes and Slurm, MLOps pipelines, and inference endpoints — deployable on your dedicated hardware. Partner with Cyfuture Cloud for a future-ready Chennai data center built for both enterprise IT and frontier AI workloads.

Our Advanced Data Center Feature Chennai Offerings

  • High Availability and Redundancy

    N+1 / 2N power and cooling redundancy — Tier III+ uptime standard

    Dual utility feeds from separate substations plus generator backup

    Non-blocking spine-leaf network topology with congestion control

    Modular power blocks — phased deployment from Day 1 through full 30 MW build-out

  • Advanced Security Measures

    Multi-layer perimeter with CCTV and 24×7 manned security

    Mantrap entry with biometric access controls

    Tenant-specific cage and suite isolation — physical and logical separation

    Continuous vulnerability management, patch governance, and threat detection

  • Robust Infrastructure

    G+5, 250,000 sq. ft. purpose-built structure — not a converted facility

    Floor loading up to 1,850 kg/sqm for high-density AI rack weights

    3,000+ racks spanning standard to ultra-high-density (240 kW+) configurations

    In-house GIS substation engineered for future expansion

  • Carrier-Neutral Connectivity

    Multiple ISP and dark fiber entry options — no single-carrier lock-in

    Proximity to Chennai submarine cable landing stations (IMEWE, SMW4, Bay of Bengal Gateway)

    BGP multi-homing with redundant uplinks

    Dark fiber and dedicated wavelength options for hyperscalers

  • Environmental Controls

    Direct-to-Chip and Rear-Door Heat Exchanger cooling with configurable CDUs

    Coolant temperature, pressure, and flow monitoring with leak detection

    PUE target below 1.3, ahead of the industry average of 1.57

    Real-time environmental telemetry through DCIM, BMS, and EPMS

  • Managed Services

    24×7 NOC/SOC with SLA-backed power and cooling operations

    Managed GPU cloud, Kubernetes, and Slurm cluster support

    MLOps pipelines, inference endpoints, and observability tooling

    GPU refresh cycle management and ongoing capacity planning

  • Compliance and Certifications

    ISO 27001 controls for information security management

    MeitY empanelment eligible for government and regulated workloads

    SOC-aligned audit packages for BFSI and healthcare data residency

    Tier III+ design aligned to Uptime Institute standards

  • Scalability and Flexibility

    Four deployment models — from single rack to whole-campus 30 MW tenancy

    Reserved capacity blocks with contractual expansion rights

    Build-to-suit MEP systems for anchor tenants and dedicated halls

    Scale from 1 rack to 5 MW without migrating infrastructure

  • Expert Support and Consultancy

    Structured 6-step onboarding from chipset BoM discovery to production operations

    Per-rack OEM validation covering power, thermal, and network topology

    Factory and Site Acceptance Testing (FAT/SAT) before go-live

    Two decades of Indian mission-critical infrastructure operating experience

  • Sustainable Practices

    LEED Gold sustainability certification targeted

    PUE target below 1.3, against an industry average of 1.57

    ESG-aligned reporting built into compliance documentation

    Energy-efficient Direct-to-Chip and RDHx cooling reducing mechanical load

Multiple Data Center Providers in India Offer Various Hosting Packages, But We Are Paramount

  • Purpose-Built for AI

    Purpose-Built for AI — Not Retrofitted

    Most colocation facilities were designed for web hosting and enterprise IT workloads running at 5–15 kW per rack. Cyfuture Cloud's Chennai facility was engineered from the foundation up for GPU-era workloads, so you get infrastructure that fits your workload rather than a workload you have to fit around the infrastructure.

  • 30 MW Scale With Modular Flexibility

    30 MW Scale With Modular Flexibility

    Modular deployment from a single rack to the entire campus — with reserved capacity blocks, dedicated halls, and whole-campus exclusive tenancy available, and contractual expansion rights built into every anchor tenant agreement.

  • 800G Network Fabric

    800G Network Fabric — Not an Afterthought

    InfiniBand NDR and 800G Ethernet ship as standard infrastructure — a non-blocking spine-leaf fabric purpose-built for east-west GPU traffic, so the network is a competitive advantage rather than a bottleneck.

  • Carrier-Neutral Connectivity

    Carrier-Neutral Connectivity at South India's Cable Hub

    Chennai's submarine cable infrastructure makes it the most strategically connected city in South Asia for Southeast Asia-facing AI workloads, with multiple ISPs, dark fiber providers, and BGP multi-homing for maximum uptime.

  • Enterprise-Grade Reliability

    Enterprise-Grade Reliability — 99.999% Power Availability

    An in-house GIS substation, dual utility feeds from separate substations, N+1/2N UPS-backed distribution, A+B dual-corded rack feeds, and automatic generator transfer are built to prevent the single points of failure that cascade into major operational loss.

  • Compliance-Ready from Day One

    Compliance-Ready from Day One

    Physical security, network segmentation, IAM, encryption at rest and in transit, and tenant-level audit trails are built into the base infrastructure — designed for ISO 27001 alignment, MeitY empanelment eligibility, and SOC-style audit readiness from Day 1.

  • 20+ Years of Infrastructure Expertise

    20+ Years of Indian Infrastructure Expertise

    Two decades of operating mission-critical infrastructure for Indian enterprises, government organisations, and global technology companies translate into an onboarding process, SLA framework, and managed services capability that newer market entrants cannot match.

  • Chipset-Neutral Infrastructure

    Chipset-Neutral — NVIDIA, AMD, Intel, or Custom OEM

    Fully validated for NVIDIA Blackwell, GraceBlackwell, and Hopper; AMD Instinct CDNA 4 and CDNA 5; Intel Gaudi 2 and 3; and custom OEM inference racks — so your hardware choice is driven by workload economics, not by data center limitations.

  • Transparent Tenant Operations

    Transparent Tenant Operations

    Real-time dashboards covering power draw, thermal metrics, GPU utilization, incident tracking, SLA performance, and capacity headroom give you full rack-level visibility at all times.

  • Managed AI Services

    A Single Provider for Compute, Storage, Network, and Managed AI

    Bare metal GPU compute, managed Kubernetes and Slurm clusters, MLOps pipelines, inference endpoints, AI Dataset Lake, vector DB, and observability are all deployable on your dedicated hardware — so you can start with colocation and layer in managed services as your team grows.

Who This Data Center Is Built For

  • Global AI Labs & Model Builders

    Dedicated halls for LLM training, RLHF, and multimodal model development, with InfiniBand fabric for tight GPU coupling across NVL72 and HGX rack-scale platforms, plus an AI Dataset Lake and parallel file system for training data pipelines.

  • Enterprises & BFSI

    Sovereign AI infrastructure for private RAG, risk analytics, fraud detection, and compliant inferencing, with India data residency within Chennai jurisdiction and MeitY empanelment eligibility for regulated sector workloads.

  • AI-Native SaaS & Startups

    GPU-as-a-Service, reserved inference cluster pods, and managed inference endpoints, with a 400G low-latency fabric for peak token throughput and the ability to scale from 1 rack to 5 MW without migrating infrastructure.

  • Government & Public Sector

    India-hosted sovereign zones for national language AI, citizen services, and secure national datasets, with ISO 27001 controls, a full audit trail, and 24×7 NOC/SOC built for compliance-first AI deployment under MeitY guidelines.

  • Network Service Providers & Cloud OEMs

    Wholesale MW blocks, regional AI PoP deployments, and carrier-neutral interconnection, with chip reference lab environments for OEM validation and flexible commercial models.

  • Healthcare & Life Sciences

    AI-driven diagnostics, drug discovery pipelines, and clinical data platforms with private, compliant infrastructure, encryption at rest and in transit, and full data residency documentation for regulated workloads.

Deployment Models — From 1 Rack to 30 MW

Rack / Cage (1–50 Racks)

Rack / Cage (1–50 Racks)

  • Ideal for inference workloads, AI SaaS startups, and GPU-as-a-Service deployments, on monthly to annual commitment terms, with a managed GPU cloud layer available on request.
Reserved Capacity Block (0.5 MW – 5 MW)

Reserved Capacity Block (0.5 MW – 5 MW)

  • Committed MW or rack-block reservations with dedicated power blocks and contractual expansion rights — predictable capacity without greenfield lead-time risk, on 2–5 year terms.
Anchor Tenant / Dedicated Hall (5 MW – 15 MW)

Anchor Tenant / Dedicated Hall (5 MW – 15 MW)

  • A dedicated hall, custom cooling infrastructure, private network fabric, and build-to-suit MEP systems configured around your exact GPU cluster architecture, on 5–10 year terms for global AI labs, hyperscalers, and BFSI sovereign AI programmes.
Whole Campus Lease (30 MW)

Whole Campus Lease (30 MW)

  • Exclusive control of the entire 30 MW campus — one tenant, one operating agreement, a dedicated GIS substation, sovereign-grade physical isolation, private network fabric, and first right of refusal on future expansion.

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MeiTy-Empaneled, Tier III Data Center

MeiTy-Empaneled Data Center

Our MeiTy-empaneled, Tier III Data Center in India is designed to deliver secure, scalable, and high-performance infrastructure for mission-critical IT operations. With advanced redundancy, robust physical and network security, and 24/7 monitoring, we ensure uninterrupted uptime and reliable performance.

Our colocation services offer businesses a fully managed, compliant environment for hosting servers and applications, enabling seamless scalability, cost efficiency, and enhanced data protection.

Certifications

  • SAP Certified

  • MEITY Empanelled

  • HIPPA Compliant

  • PCI DSS Compliant

  • CMMI Level V

  • NSIC-CRISIl SE 2B

  • ISO 20000-1:2011

  • Cyber Essential Plus Certified

  • BS EN 15713:2009

  • BS ISO 15489-1:2016

Awards

Testimonials

Thanks to Cyfuture Cloud's reliable and scalable Cloud CDN solutions, we were able to eliminate latency issues and ensure smooth online transactions for our global IT services. Their team's expertise and dedication to meeting our needs was truly impressive.

Since partnering with Cyfuture Cloud for complete managed services, Boloro Global has experienced a significant improvement in their IT infrastructure, with 24x7 monitoring and support, network security and data management. The team at Cyfuture Cloud provided customized solutions that perfectly fit our needs and exceeded our expectations.

Cyfuture Cloud's colocation services helped us overcome the challenges of managing our own hardware and multiple ISPs. With their better connectivity, improved network security, and redundant power supply, we have been able to eliminate telecom fraud efficiently. Their managed services and support have been exceptional, and we have been satisfied customers for 6 years now.

With Cyfuture Cloud's secure and reliable co-location facilities, we were able to set up our Certifying Authority with peace of mind, knowing that our sensitive data is in good hands. We couldn't have done it without Cyfuture Cloud's unwavering commitment to our success.

Cyfuture Cloud has revolutionized our email services with Outlook365 on Cloud Platform, ensuring seamless performance, data security, and cost optimization.

With Cyfuture's efficient solution, we were able to conduct our examinations and recruitment processes seamlessly without any interruptions. Their dedicated lease line and fully managed services ensured that our operations were always up and running.

Thanks to Cyfuture's private cloud services, our European and Indian teams are now working seamlessly together with improved coordination and efficiency.

The Cyfuture team helped us streamline our database management and provided us with excellent dedicated server and LMS solutions, ensuring seamless operations across locations and optimizing our costs.

Data Center Bangalore Key Differentiators

  • Tier III+ design — N+1/2N power and cooling redundancy
  • 240 kW+ validated maximum rack density
  • 800G network fabric — InfiniBand NDR/XDR and RoCEv2
  • PUE target below 1.3 vs. industry average of 1.57
  • 99.999% power availability target
  • In-house GIS (Gas Insulated Substation)
  • Carrier-neutral, submarine-cable-adjacent connectivity
  • LEED Gold sustainability certification targeted

Technology Partnership

Chennai Data Center FAQs

What makes this an AI Data Center and not a standard colocation facility?

Standard colocation facilities support 10–20 kW per rack with conventional cooling and basic 1G–10G networking. Cyfuture Cloud's 30 MW Chennai facility was purpose-built — every MEP system, cooling loop, power path, and network fabric was engineered around the thermal and electrical profile of modern GPU accelerators. The facility supports up to 240 kW per rack, ships with 800G InfiniBand NDR fabric, and is validated for NVIDIA Blackwell and AMD CDNA 5 platforms, with no retrofit required for any current or next-generation GPU platform.

What rack densities does the Chennai Data Center support?

From ~20 kW (standard workloads and inference) up to 240 kW+ per rack, validated for ultra-high-density AI cluster deployments. Every chipset deployment goes through a structured validation covering power draw, thermal profile, and network topology.

What networking options are available for GPU clusters?

400G and 800G Ethernet, InfiniBand NDR/XDR, and RoCEv2 are all supported, with a non-blocking spine-leaf topology optimized for east-west GPU traffic. The choice of InfiniBand vs. Ethernet is tenant-defined and validated against workload type.

How does Chennai's location benefit AI workloads targeting Southeast Asia?

Chennai is South Asia's submarine cable hub, with multiple systems connecting directly to Singapore, Malaysia, the Middle East, and beyond. AI inference serving Southeast Asian users from Chennai delivers latency advantages (~30 ms to Singapore) that no inland Indian city can match, on a carrier-neutral facility with BGP multi-homing.

What deployment options are available?

Four models: Rack/Cage (1 to 50 racks) for inference and GPU-as-a-Service; Reserved Capacity Block (0.5 to 5 MW) for enterprises scaling predictably; Anchor Tenant/Dedicated Hall (5 to 15 MW) build-to-suit for AI labs and hyperscalers; and Whole Campus (30 MW) exclusive tenancy for national AI programmes and sovereign deployments.

Is the facility MeitY empanelled?

The facility is designed to meet MeitY empanelment eligibility criteria for government and regulated sector workloads, covering data residency, compliance controls, audit trail capability, and physical security standards required for public sector AI deployments.

What is the power availability SLA?

The facility targets 99.999% power availability through N+1/2N redundancy architecture — dual utility feeds from separate substations, UPS-backed critical distribution, A+B dual-corded rack feeds, and automatic generator transfer on utility loss — equating to less than 5.26 minutes of downtime per year on the power infrastructure.

How can I reserve capacity at the Chennai Data Center?

Cyfuture Cloud's 30 MW Chennai Data Center is open for capacity reservations — from single-rack GPU-as-a-Service deployments to whole-campus hyperscale tenancy. With AI infrastructure demand doubling every 18 months and Chennai emerging as the clear choice for South India and Southeast Asia-facing compute, the window to secure high-density colocation at this scale is narrow. No commitment is required for an initial technical briefing.

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