Micro Data Center Solution for Fast, Scalable and Edge-Ready Infrastructure

What If your entire data center could be deployed in weeks instead of months? NPod micro data center is a compact and ready-to-deploy infrastructure that combines computing, storage, cooling, and power into one single integrated system. Designed for businesses that need faster, flexible, and efficient IT environment without complex setups.

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The Basics

What is a Micro Data Center?

A micro data center is a compact, self-contained IT infrastructure unit that brings together all essential components such as servers, storage, networking, power, cooling, and monitoring inside a secure enclosure. It delivers the performance, reliability, and uptime of a traditional data center in a much smaller and easy to deploy setup, making it ideal for edge locations, office, and remote environments. Its core Components Includes:

High-performance servers
Secure storage systems
UPS power backup
Precision cooling
Fire suppression system
Smart remote monitoring

About NPod

How NPod Micro Edge Data Center Powers Real-Time Performance

NPod micro edge data center allows businesses to process data closer to the source, reducing latency and improving speed. This makes it ideal for AI, IoT, and real-time applications. Instead of relying on distant infrastructure, it ensures faster performance, better control, and improved user experiences.

Ideal use case:

AI infrastructure workloads
IoT networks
Smart manufacturing
Real-time analytics
Retail operations
5G telecom infrastructure

Key benefits:

Faster response times
Lower latency
Better uptime
Improved user experience
Greater data control

What We Offer

NPod Micro Data Center: Complete Protection with Smart Performance

NPod micro data center is a fully integrated solution built for security, efficiency, and smart control. It combines power, cooling, monitoring, and protection into one compact system while delivering reliable performance, real time visibility, and easy scalability for modern IT environments.

Secure Protection

IP55 rated for dust and water resistance, along with noise reduction
Smart 3-in-1 door access (PIN/Finger/RFID)
Real-time monitoring with Instant alerts

Energy Efficiency

Inverter-based precision air conditioners
Hot/Cold aisle containment (IP55)
Intelligent monitoring with reduced PUE

Smart Monitoring

All-in-one control with sensor communication (UPS, Cooling, Power, and Sensors)
Multi-protocol support & remote access (email/SMS, and Modbus-TCP integration)
User-friendly Dashboard for easy monitoring and control in one place.

High Flexibility

Modular LEGO-style design for easy expansion
Plug-and-play setup to save time and cost
BMS-ready for seamless centralized monitoring

Rack System

IP55-rated fully enclosed 42U rack provides safety for IT equipment, noise-canceling, thermal-insulated, and dustproof.
Double-layer transparent front door reduces condensation and shows equipment status.

Security System

Smart CCTV Monitoring for continuous surveillance, remote viewing, and instant alerts
Advanced Access Control to protect infrastructure from unauthorized access.

Fire System

Rack-mounted system auto-detects fire and releases FM200 gas to extinguish it.
Early detection alerts before significant damage occurs.

Our Promise

Why Choosing the Right Micro Data Center Company Matters?

Selecting the right micro data center companies ensures better performance, reliability, and long-term scalability. NPod stands out with secure, modular, and easy-to-deploy infrastructure designed for modern business needs. Key features include:

Compact and modular design that fits in limited spaces
Fast deployment with ready-to-use infrastructure
Built-in cooling systems for equipment safety
Integrated UPS for uninterrupted power supply
Remote monitoring for real-time control
IP55 protection for dust and water resistance

Benefits

Benefits of NPod Micro Data Center Solutions

NPod is an advanced indoor micro data center designed to simplify and secure edge IT infrastructure. Built for remote and distributed environments, it delivers centralized control, high flexibility, and energy-efficient performance within a single, integrated system.

Faster deployment compared to traditional data centers
Lower micro data center cost and reduced operational expenses
Energy-efficient systems that reduce power usage
Tier III & IV data center for high reliability and uptime
Advanced data security frameworks to protect sensitive business data
Easy scalability as business demand increases

Traditional Data Center vs NPod Micro Data Center

Before comparing both, it is important to understand how business needs have evolved. Today, companies need faster deployment, better performance, and flexible infrastructure for modern workloads. This is where solutions like NPod micro data center offers a smarter and more efficient alternative to traditional setups.

The comparison below clearly shows the different in speed, simplicity, and overall value.

Feature	Traditional Data Center	NPod Micro Data Center
Deployment Time	Months	Weeks
Space Requirement	High	Compact
Cooling Setup	Separate Systems	Built-in
Monitoring	Complex	Unified Dashboard
Scalability	Slower	Modular
Cost Efficiency	Higher Initial Cost	Optimized Investment

Options

Deployment Options

🏢 Indoor Micro Data Centers

Ideal for offices, server rooms, and branch locations. Easy to install and maintain in climate-controlled environments.

🌿 Outdoor Micro Data Centers

Built tough for harsh environments — weatherproof and rugged with IP55 enclosures for outdoor and remote deployments.

Scale on Premise

NPod Micro Data Center, built to Scale and Perform

Today’s businesses need infrastructure that can grow as fast as their demand. NPod delivers rapid deployment, high efficiency, and consistent performance, without the delays of traditional setups.

Whether it’s an office, industrial site, or remote location, these solutions fit seamlessly into different environments. With built-in cooling, power, and monitoring, they simplify infrastructure management while keeping operations efficient, reliable, and easy to control.

Form Factor

Power Your Future Workloads with NPod Micro Data Center for AI

NPod micro data center for AI is built to handle high-performance workloads such as machine learning and GPU computing. These environments require strong power support, efficient cooling, and low latency. NPod helps businesses run AI applications faster and more efficiently while maintaining control and reliability.

Powered by advanced hardware options such as NVIDIA H200 GPUs, NPod enables faster AI processing while maintaining efficiency, uptime, and control.

Deployment

Micro Data Center Setup Cost India

The micro data setup cost India depends on how your infrastructure is designed, especially when using advanced solutions like NPod. Instead of heavy construction and long deployment cycle, NPod offers a pre integrated and modular approach that helps reduce overall time and initial investment.

Cost Factors That Influence Pricing:

Cabinet size and modular rack configuration
Compute, storage, and networking requirements
Integrated UPS power systems and redundancy setup
Precision cooling design for energy efficiency
Built in security like IP55 protection, access control, and monitoring
Remote monitoring and centralized management systems
Deployment environment such as indoor, outdoor, or edge locations
Future scalability and expansion capability

Technical Specifications

Technical Data | US Power — 208-230/3P/50~60Hz

Full product specifications across all NPOD model variants. Scroll horizontally to view all columns. Customize configuration available on request.

Product Model	NPOD-03-H01W	NPOD-06-H02W	NPOD-6-H01K	NPOD-10-H02K	NPOD-10-H02R	NPOD-20-H03K	Customize
Available Space for IT — U	33U	71U	26U	66U	69U	94U	≤ 142U
Available Power for IT — kW	1.3	2.5	3.5	5.0	7.0	12.0	Per Definition
Redundancy	N	N	N	N+1 / 2N	N+1 / 2N	N+1 / 2N	Per Definition
Width — mm	900	1810	900	1810	1810	2600	>2600
Depth — mm	1080	1080	1080	1080	1080	1080	Per Definition
Height — mm	2105	2105	2105	2300	2300	2300	Per Definition
Weight — kg	165	345	260	1160	1160	1242	Per Definition
IP Level	IP54	IP65	IP65	IP65	IP65	IP65	Per Definition
Input Power	208-240V/2P/60Hz	208-240V/2P/60Hz	208-240V/2P/60Hz	208-240V/2P/60Hz	208-230V/3P/50-60Hz	208-230V/3P/50-60Hz	Per Definition
Recommended Breaker	32A 1P	63A 1P	63A 1P	63A 3P	63A 3P	63A 3P	Per Definition
Power Section
UPS x kVA	Optional	Optional	Optional	10.0	13.0	20.0	3 – 200kVA
UPS Mount Type	Optional	Optional	Rack	Rack	Rack	Rack	Per Definition
Standard UPS Battery	Optional	Optional	2× VRLA 12V9AH 16PCS	2× VRLA 12V9AH 16PCS	2× VRLA 12V9AH 16PCS	4× VRLA 12V9AH 16PCS	< 4 hour
AC PDU	1× Basic 8 Slots	2× Basic 8 Slots	1× Basic 16 Slots	2× Basic 16 Slots	2× Basic 16 Slots	3× Basic 16 Slots	4× Configurable
-48VDC — A	2× 30A	30A	Optional	Optional	Optional	Optional	0 – 600A
Standard 48VDC Battery	Lithium 1× 48V50AH	Lithium 1× 48V50AH	Optional	Optional	Optional	Optional	< 4 hour
48VDC Power Distribution	BLVD 63A/Terminals	BLVD 63A/Terminals	3× 63A/Terminals	Optional	Optional	Optional	Per Definition
Cooling Section
Cooling Type	Packaged DX	Packaged DX	Split DX	Split DX	Split DX	Packaged / Split	Custom
Mount Type	Wall	Wall	Rack	Rack	Row	Wall / Rack / Row	Custom
Capacity — kW	1.5	2×1.5	3.9	5.9	7.6	12.8	1.5 – 90.0kW
DCIM Section
Local Display	Touch Screen	Touch Screen	Touch Screen	Touch Screen	Touch Screen	Touch Screen	Touch Screen
Remote Access	Web Access	Web Access	Web Access	Web Access	Web Access	Web Access	Web Access
Reporting Protocol	Modbus-TCP	Modbus-TCP	Modbus-TCP	Modbus-TCP	Modbus-TCP	Modbus-TCP	Modbus-TCP
UPS Mgmt.	Yes	Yes	Yes	Yes	Yes	Yes	Yes
Cooling Mgmt.	Yes	Yes	Yes	Yes	Yes	Yes	Yes
Temp. & Hum. Sensor	Yes	Yes	Yes	Yes	Yes	Yes	Yes
Fire Sensor	Smoke	Smoke	Smoke	Smoke	Smoke	Smoke	Smoke
Water Sensor	Yes	Yes	Yes	Yes	Yes	Yes	Yes
Door Sensor	Front/Rear	Front/Rear	Front/Rear	Front/Rear	Front/Rear	Front/Rear	Front/Rear
Security Section
Access Control	RFID/Key	RFID/Key	RFID/Key	RFID/Key	RFID/Key	RFID/Key	RFID/Key
Video Surveillance	Optional	Optional	Optional	Optional	Optional	Optional	Optional
Fire Fighting Section
Fire Extinguisher	FM200 Rack Module (Opt.)	FM200 Rack Module (Opt.)	FM200 Rack Module (Opt.)	FM200 Rack Module (Opt.)	FM200 Rack Module (Opt.)	FM200 Rack Module (Opt.)	FM200 Rack Module (Opt.)
Early Detection	Vesda (Opt.)	Vesda (Opt.)	Vesda (Opt.)	Vesda (Opt.)	Vesda (Opt.)	Vesda (Opt.)	Vesda (Opt.)

Systems

NPod — The Integrated Systems

Designed for performance. Built for scalability.

Cooling System

IP55 rated cooling solutions — row, top, or rack-mounted. Removes heat and creates optimal environment while consuming less energy via closed enclosure and hot/cold air management.
Emergency ventilation activates in case of cooling failure.

Power System

Rack-mounted & Modular UPS systems ensure good power quality, protecting IT equipment from outages. Includes 48VDC for telecom use.
Configurable battery system with 5-minute to 4-hour backup.

Monitoring System

Smart system communicates with UPS, cooling, power, and sensors. Integrated with access control and real-time data monitoring.
Supports remote web access, email/SMS alerts, and Modbus-TCP.

Rack System

IP55-rated fully enclosed rack — noise-canceling, thermal-insulated, and dustproof, providing maximum safety for IT equipment.
Double-layer transparent front door reduces condensation.

Security System

3-in-1 IP55-rated access control (fingerprint, PIN, RFID) prevents unauthorized access and logs user data automatically.
Camera system enables remote video monitoring for asset visibility.

Fire System

Rack-mounted system auto-detects fire and releases FM200 gas to extinguish it with zero damage to equipment.
Early detection alerts before significant damage occurs.

FAQ

Frequently Asked Questions

A micro data center is a compact, self-contained system that includes servers, storage, networking, power, and cooling within a single container. It is designed for quick deployment and ideal for edge locations, remote sites, and businesses needing efficient IT infrastructure in a smaller space.

A micro data center is typically the size of a single rack or a small cabinet. It usually ranges from 6U to 42U rack size, making it compact enough to fit in small areas like offices, factories, or remote locations while still delivering full data center capabilities.

The cost of a 1 MW data center in India can vary widely depending on location, infrastructure, and technology used. On average, it may range from ₹40 to ₹80 crore or more, including power, cooling, and construction costs.

Data center tiers define the level of reliability and uptime:

• Tier 1: Basic setup with limited redundancy
• Tier 2: Some redundancy for power and cooling
• Tier 3: High availability with minimal downtime (99.95% uptime)
• Tier 4: Maximum reliability with fault tolerance (99.995% uptime)

Higher tiers mean better performance, reliability, and uptime.

Yes, it processes, stores, and transfers data just like a traditional data center. It connects to network and cloud systems to handle data flow efficiently, especially for edge computing and real-time applications.

Yes, data centers are designed with multiple backup systems to ensure high reliability and continuous operations. This includes power backups such as UPS and generators to prevent interruptions, along with secure data backups to protect critical information. In addition, disaster recovery solution helps restore system quickly in case of failures. A well-designed micro data center backup strategy ensures that even in unexpected situations, data remains safe, accessible, and protected from loss or downtime.

The cost of setting up a micro data center in India depends on factors such as capacity, security features, cooling systems, and monitoring capabilities. On average, it can range from ₹5 to ₹50 lakh or more for standard setups, while advanced, high-performance configurations may cost higher based on customization and scalability requirements.

Micro data center works by integrating all essential components such as compute, store, power, and cooling into a single unit. They can be quickly deployed and managed through centralized monitoring systems, allowing business to process and store data efficiently at the edge or on-site.

Yes, micro data center can handle AI workloads, especially at the edge. With the right configuration such as GPU-enabled servers, they can process real-time data, support machine learning models, and enable faster decision-making without relying on distant centralized data centers.