Best Dedicated Servers in India – Enterprise-Grade Dedicated Hosting
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Best Dedicated Servers in India | Mumbai Bare Metal Hosting
A dedicated server in India is a physical, single-tenant machine hosted within a data center in Mumbai, Delhi, or Bangalore. Every CPU core, gigabyte of RAM, and storage drive belongs to one client. At Atal Networks, we provide Intel Xeon E5-2620v2 dedicated servers with 32GB ECC RAM, 1TB storage, 5 IPv4 addresses, and a 1Gbps port across three bandwidth tiers: 15TB at $132/month, 33TB at $220/month, and 100TB at $660/month.
This page covers every decision point for businesses choosing dedicated servers in India, including our plans, Mumbai’s network position, coverage in Delhi and Bangalore, latency numbers, bandwidth economics, hardware specifications, compliance requirements, and use cases by workload type.
The Indian hosting market mislabels products. Some providers call VPS instances “dedicated.” Others sell cloud compute under bare-metal names. A real dedicated server in India does three things:
Allocates all hardware to one client. No hypervisor shares the CPU, RAM, or storage with another account.
Delivers predictable throughput. Performance stays stable because no neighboring tenant competes for resources.
Provides full hardware control. You get root access, KVM (IPMI) out-of-band management, and the ability to install any operating system or custom ISO.
Dedicated Server vs VPS vs Cloud in India
The differences matter at the infrastructure layer, not just in marketing copy.
Property
выделенный сервер
VPS
Cloud Instance
Hardware
Physical, single-tenant
Virtualized, shared host
Virtualized, distributed
CPU
All cores yours
Shared pool, vCPU allocation
Shared pool, vCPU allocation
Овен
ECC, dedicated
Virtual, shared
Virtual, burst-eligible
Performance variance
None — hardware is yours
Low to moderate
Moderate to high
Root access
Full, hardware-level
Full, OS-level
Full, OS-level
IPMI / KVM
Да
Не
Не
Расходы
Higher upfront
Lower
Variable, often higher at scale
лучше всего для
Production, compliance, high load
Dev, staging, moderate load
Variable workloads, burst scaling
AVPS in India works for development environments, staging infrastructure, and workloads with predictable moderate load. A dedicated server is the right choice when performance variance is not acceptable — fintech transaction engines, gaming backends, high-volume SaaS APIs, and media delivery platforms all fall into that category.
Why Bare Metal Outperforms VPS for High-Load Workloads
Virtualization adds a software layer between your application and the hardware. That layer introduces latency measured in microseconds for each I/O operation. At low traffic volumes, that cost is invisible. At high concurrency — 10,000 simultaneous database reads, 50,000 API requests per minute, or 5Gbps sustained network output — that cost compounds.
A bare metal server in India removes the hypervisor entirely. Your application writes directly to the NVMe controller, reads directly from the CPU cache hierarchy, and sends packets directly through the NIC. For workloads where throughput consistency matters, there is no substitute.
We built ourВыделенный серверный хостинг platform on this principle. Atal Networks operates 213+ data centers across 196+ countries, and our India footprint reflects the same hardware standards we apply globally.
Why India Is a Strategic Dedicated Server Market in 2026
India’s data center sector has matured faster than almost any other market. According to India’s Press Information Bureau, national data center capacity grew from roughly 375 MW in 2020 to about 1,500 MW by 2025 — a fourfold expansion in five years. That growth stems from cloud adoption, AI compute demand, fintech scale, and regulatory pressure to keep data inside the country.
Network Infrastructure That Supports Enterprise Workloads
India sits at the geographic center of a dense submarine cable network. The cables that connect Asia to Europe, the Middle East, and Africa pass through Mumbai. The Mumbai landing stations for SEA-ME-WE 4, SEA-ME-WE 6, FALCON, and several other cable systems give Indian data centers direct, low-latency paths to Singapore (50–70ms), Dubai (55–75ms), and London (120–140ms).
For businesses serving South Asia, Southeast Asia, and the Gulf, a dedicated server in India cuts international latency in ways that a European or North American server cannot. Your content and API responses reach users in Sri Lanka, Bangladesh, Nepal, and the UAE without bouncing through a transatlantic or transpacific hop.
The DPDP Act 2023 and Data Localization
The Digital Personal Data Protection Act 2023 establishes how personal data of Indian citizens must be stored and processed. Regulated industries — fintech, healthtech, insurance, and e-commerce — face increasing pressure from sectoral regulators (RBI, IRDAI, SEBI) to keep sensitive data inside India.
Deploying a dedicated server in India addresses this requirement at the infrastructure level. Data hosted in our Mumbai, Delhi, or Bangalore data centers stays physically inside Indian jurisdiction. This simplifies audit trails, breach notification timelines, and cross-border data transfer reviews — reducing legal and compliance overhead compared to an overseas hosting arrangement.
Cost Position vs Europe and North America
Enterprise dedicated servers in India cost 20–40% less per unit of bandwidth than comparable deployments in Western Europe or North America. A 100TB monthly bandwidth plan in India runs $660 per month at Atal Networks. A comparable plan in Frankfurt or New York typically runs $900–$1,400 per month at similar hardware specifications.
For global businesses with India-centric traffic, that cost gap is significant at scale. And unlike cost-compression plays that compromise hardware or network quality, our India plans run the same Intel Xeon architecture and Tier III+ data center standards we use everywhere else.
Atal Networks India Dedicated Server Plans
Every India plan ships with the same baseline hardware: Intel Xeon E5-2620v2 or higher CPU, 32GB ECC RAM, 1TB disk, 5 IPv4 addresses, a 1Gigabit port, KVM (IPMI), full root access, all Linux distributions or custom ISO, 24×7 support, and a 99.99% uptime SLA. The difference between tiers is bandwidth allocation.
33TB monthly averages roughly 10Mbps sustained throughput. It supports growing VPN networks, e-commerce platforms handling festival-season bursts, and database servers backing high-concurrency web applications.
For:100TB dedicated server plans supporting OTT streaming, large VPN deployments, gaming networks, content delivery, and any workload that requires sustained high-bandwidth output without a metered ceiling.
100TB monthly averages roughly 30Mbps sustained throughput — enough to support thousands of concurrent connections at typical media bitrates. Platforms that experience burst traffic events (IPL season, Diwali sale, live streams) find this tier absorbs spikes without requiring emergency capacity.
No plan-level surprises. Every India dedicated server from Atal Networks includes:
Intel Xeon E5-2620v2 or higher CPU (single or dual socket)
32GB ECC RAM (upgrades to 64GB, 128GB, 256GB available)
1TB disk (SATA SSD, NVMe, or HDD — configurable)
5 dedicated IPv4 addresses
1Gigabit dedicated port (10Gbps upgrade path available)
KVM (IPMI) for out-of-band management — access your server even if the OS is down
Полный корневой доступ
All Linux distributions: Ubuntu, Debian, AlmaLinux, Rocky Linux, CentOS, and custom ISO support
Network-level DDoS mitigation included
99.99% uptime SLA
24×7 technical support by ticket and email
Tier III+ certified Indian data center
No setup fees. No contracts. No hidden charges per billing cycle.
Need aВыделенный сервер 10Gbps for sustained throughput above 1Gbps? Contact our team for a custom configuration.
India Data Center Locations: Mumbai, Delhi NCR, Bangalore
Server location inside India produces measurable differences in latency and compliance posture. Our three primary regions each serve a distinct infrastructure role.
Mumbai: India’s Primary Network Gateway
Mumbai connects India to the rest of the world. The submarine cable landing stations on the Mumbai coast carry traffic between India and Singapore, the Middle East, East Africa, and Europe. The result is the highest peering density of any Indian city, the deepest carrier ecosystem, and the strongest international routing performance in the country.
Наш сайтMumbai dedicated server deployments operate inside Tier III+ certified facilities at Equinix Mumbai and Digital Realty zones. These facilities provide:
Carrier-neutral connectivity with major Indian ISPs (Jio, Airtel, BSNL, Tata) and international Tier 1 carriers
Redundant power (N+1 UPS, diesel backup generators)
Multi-carrier fiber entry paths — typically four or more distinct routes
24×7 physical security, CCTV, and biometric access
From Mumbai, your server reaches Delhi in 25–35ms, Bangalore in 30–40ms, Singapore in 50–70ms, and Dubai in 55–75ms. For pan-India applications, international SaaS platforms, and VPN exit nodes requiring Indian IPs with global reach, Mumbai is the default deployment choice.
Delhi NCR: North India and Compliance-Driven Infrastructure
Delhi NCR hosts our second major India region. OurNew Delhi dedicated hosting deployments run inside ISO-certified Tier III data centers built for regulated and government-adjacent workloads.
The Delhi region specifically serves:
North India user bases. Your server sits inside 10–15ms of users across Punjab, Haryana, Uttar Pradesh, Rajasthan, and Himachal Pradesh — regions where a Mumbai server adds 20–30ms of unnecessary round-trip time.
Government and regulated workloads. E-governance portals, public sector platforms, and defense-adjacent infrastructure benefit from physical separation from Mumbai’s financial-hub deployments.
Disaster recovery for Mumbai-primary architectures. A Delhi secondary node provides geographic redundancy without cross-border data exposure.
Compliance separation. Some regulated verticals require that different tiers of their infrastructure reside in geographically separate data centers. Delhi and Mumbai satisfy that requirement within a single country.
Bangalore: South India and SaaS Engineering Teams
Bangalore anchors India’s software sector. Our Bangalore deployments serve SaaS companies with engineering teams based in South India and platforms whose primary user base concentrates in Karnataka, Tamil Nadu, Andhra Pradesh, and Telangana.
Hosting closer to your engineering team reduces the distance between developers and production infrastructure — shorter SSH round-trips, faster log queries, and tighter debug loops. For startups iterating fast or enterprises running large-scale post-deployment validation, that proximity matters operationally.
Network Performance and Latency Across India and APAC
Our India dedicated servers connect through carrier-neutral facilities with premium Tier 1 peering. Every plan ships with a 1Gigabit dedicated port. The following latency figures represent typical values from our Mumbai hub under normal network conditions.
Latency Across India
City
Typical RTT from Mumbai
Delhi NCR
25–35ms
Bangalore
30–40ms
Chennai
35–45ms
Hyderabad
25–35ms
Pune
5–10ms
Kolkata
40–50ms
Ahmedabad
15–25ms
These figures make India dedicated servers appropriate for any latency-sensitive workload serving a national audience. Real-time applications — trading engines, multiplayer gaming, live chat systems — require sub-50ms response times. Mumbai delivers that to the entire subcontinent.
APAC and International Routing
Destination
Typical RTT from Mumbai
Сингапур
50–70ms
Dubai / UAE
55–75ms
Colombo, Sri Lanka
15–25ms
Дакка, Бангладеш
40–55ms
Karachi, Pakistan
35–50ms
Куала-Лумпур
70–90ms
Гонконг
90–110ms
Токио
120–140ms
Лондон
120–140ms
Франкфурт
115–135ms
India’s submarine cable infrastructure makes it the lowest-latency path for serving South Asia, the Gulf, and East Africa from a single server location. Platforms that currently operate from Singapore or Dubai and serve significant Indian or South Asian traffic often find that migrating to Mumbai reduces average user latency and simplifies their network architecture.
10Gbps Upgrade Path
Every India plan ships with a 1Gbps dedicated port. For workloads that sustain above 1Gbps average throughput — large VPN deployments, high-bitrate video delivery, or peak traffic that saturates a 1Gbps uplink — we provideВыделенный сервер 10Gbps upgrades with the same hardware baseline and full bandwidth commitment.
Bandwidth Tiers Explained: How to Choose 15TB, 33TB, or 100TB
Bandwidth is where India hosting decisions break down most often. Some providers sell “unmetered” plans that enforce Fair Use Policy caps without stating a number. Others price bandwidth separately from hardware, making the real monthly cost unclear until the bill arrives.
We use transparent metered tiers. The three India tiers map to real workload profiles:
How to Match Workload to Bandwidth Tier
15TB monthly: Suits production SaaS APIs, business websites, internal enterprise tools, and backend systems with steady-state traffic. This tier corresponds to roughly 500GB per day — sufficient for a mid-traffic application serving tens of thousands of daily active users.
33TB monthly: Suits high-traffic e-commerce during non-peak periods, mid-size VPN networks with a few hundred concurrent users, growing media platforms, and fintech APIs handling UPI transaction volumes under the largest institutional scale. This tier corresponds to roughly 1.1TB per day.
100TB monthly: Suits OTT streaming platforms, large VPN deployments serving thousands of concurrent connections, gaming networks during major tournament events, and content delivery infrastructure. This tier corresponds to roughly 3.3TB per day, supporting roughly 30Mbps average output.
When 10Gbps Unmetered Is the Right Choice
If your workload sustains above 1Gbps average throughput, metered bandwidth at any tier becomes economically inefficient. A 100TB monthly plan at $660 supports 30Mbps average — a 1Gbps port running at 30% average utilization. If your average utilization exceeds 60–70% of a 1Gbps port, the 10Gbps unmetered configuration becomes cheaper per delivered megabit.
Contact our team to run the math for your specific traffic profile.
Hardware Specifications and Customization Options
CPU: Intel Xeon E5-2620v2 and Higher
The Intel Xeon E5-2620v2 anchors our India entry tier: six cores, twelve threads, 2.1GHz base / 2.6GHz max boost, 15MB L3 cache, and AVX 2.0 SIMD acceleration. For workloads requiring more cores, higher clock speed, or newer microarchitecture:
Intel Xeon E5-2670v2 / E5-2680v2: 10-core configs for higher parallelism
Dual-socket configurations for memory-heavy database workloads
AMD EPYC options for high core-count, NVMe-heavy deployments
GPU dedicated server configurations for AI inference and ML training are available — contact us for current India availability and pricing.
RAM: 32GB ECC Baseline
ECC (Error-Correcting Code) memory detects and corrects single-bit errors in real time. For fintech systems where a memory error in a transaction record is a material risk, ECC is mandatory. Our 32GB baseline upgrades to:
64GB for mid-size database servers and analytics workloads
128GB for large in-memory caches (Redis, Memcached), OLAP queries
256GB+ for heavy virtualization and large-dataset scientific compute
Storage: SSD, NVMe, and HDD
The 1TB baseline disk ships as SATA SSD in standard configurations. Storage upgrade paths:
NVMe SSD: Sub-millisecond random I/O for database-heavy workloads (PostgreSQL, MySQL, MongoDB). IOPS increase of 5–10x vs SATA SSD.
Enterprise SATA SSD: Consistent performance for web serving, log storage, and application data.
Spinning HDD: Lowest cost per terabyte for cold storage, backup repositories, and archive workloads.
RAID 1: Mirroring for redundancy without performance gains.
RAID 10: Stripes across mirrored pairs—higher read performance, redundancy, double the raw storage cost.
RAID 5/6: Parity-based redundancy for storage-heavy configurations with multiple drives.
Security Architecture: DDoS Protection, Uptime, and Physical Standards
Network-Level DDoS Mitigation
Every India dedicated server receives active DDoS filtering at the network edge. Traffic scrubbing happens upstream of your server — volumetric attacks, SYN floods, UDP floods, ICMP amplification, and DNS/NTP reflection attacks are absorbed before they reach your network interface.
For platforms in India that face politically motivated or competitive DDoS campaigns — common in gaming, crypto, and media sectors — network-edge scrubbing with no bandwidth penalty is the right standard. We include this on every plan, not as an add-on.
99,99% Время безотказной работы SLA
The 99.99% SLA translates to less than 53 minutes of unplanned downtime per year. We back this with:
N+1 power redundancy (dual UPS feeds per rack, generator backup)
Multi-carrier network redundancy (minimum two independent fiber paths)
Active hardware monitoring with proactive component replacement
Hot-spare hardware pools for rapid hardware fault response
Tier III+ Data Center Standards
Tier III requires concurrent maintainability — every system component supports maintenance without a service outage. Our India facilities operate at Tier III+ standards:
Power: N+1 UPS with 2N distribution to critical rack positions
Cooling: Redundant CRAC/CRAH units with N+1 capacity
Fire suppression: FM-200 or equivalent clean-agent suppression
Connectivity: Four or more independent fiber entry paths
Use Cases: Workloads That Run Well on India Dedicated Servers
SaaS Platforms Serving South Asia
A SaaS platform with users in India, Bangladesh, Sri Lanka, Nepal, and Pakistan needs a server that can reach all five countries under 100ms. From Mumbai, that latency requirement is achievable across the entire region. A Mumbai-hosted server also satisfies DPDP Act data residency for the Indian portion of your user base without requiring a separate regional deployment.
Fintech and UPI Transaction Processing
India processed over 16 billion UPI transactions per month in early 2026, a volume that requires infrastructure built for high concurrency, low latency, and regulatory compliance. Fintech platforms deploy dedicated servers in India for:
Sub-10ms transaction confirmation round-trips
RBI-mandated data residency for payment records
Hardware isolation for PCI-DSS scoped workloads
Predictable performance during payment burst events (salary cycles, festival purchases, IPL matches)
ECC RAM matters here specifically. A single-bit memory error in a payment ledger is a compliance incident. Our standard ECC memory eliminates that risk class.
E-Commerce and Festival Traffic
Indian e-commerce experiences extreme seasonality. Flipkart’s Big Billion Days and Amazon’s Great Indian Festival generate traffic spikes measured in orders of magnitude above baseline. A 33TB or 100TB plan with a 1Gbps port provides headroom to absorb those spikes without throttling or emergency capacity purchases.
For e-commerce platforms that use CDN edge for static assets and route database-driven requests to origin, a Mumbai dedicated server provides a low-latency origin for the entire country.
Gaming Servers and Real-Time Multiplayer
Mobile gaming in India operates at a scale most international markets don’t approach. BGMI (Battlegrounds Mobile India), Call of Duty Mobile, and domestic fantasy sports platforms all require sub-50ms server-to-player latency. From our Mumbai hub, you reach Delhi in 30ms, Bangalore in 35ms, and the full Indian subcontinent under 50ms.
Gaming workloads also require DDoS protection as a baseline, not an add-on — competitive gaming servers face targeted disruption attempts regularly. Our network-edge DDoS mitigation handles this without passing the attack traffic to your server.
VPN and Proxy Infrastructure
VPN providers use India dedicated servers as exit nodes for users who need Indian IP addresses — streaming Indian content libraries, bypassing geo-restrictions, or maintaining a regional presence. The combination ofMumbai IPv4 leasing and 100TB bandwidth tiers makes Mumbai a cost-efficient VPN egress point.
For VPN infrastructure serving users across Asia, India’s central network position means fewer routing hops to Singapore, the Gulf, and East Africa than any European or North American hub.
Потоковое мультимедиа и доставка контента
OTT platforms and audio streaming services that serve India’s 800-million-plus internet user base require high-bandwidth origin infrastructure. Our 100TB tier with a 1Gbps port supports sustained delivery at 30Mbps average — equivalent to hundreds of simultaneous 240Kbps audio streams or dozens of concurrent 720p video streams per server.
For platforms that need burst capacity above 1Gbps, our 10Gbps configurations handle sustained high-bitrate delivery without packet loss under load.
Compliance and Regulatory Requirements for India-Hosted Infrastructure
Digital Personal Data Protection Act 2023 (DPDP Act)
The DPDP Act 2023 governs how personal data of Indian citizens gets collected, stored, and processed. The Act grants data principals the right to access, correction, erasure, and grievance redressal. For data fiduciaries (the businesses that process the data), compliance requires:
Defined purpose limitation for data collection
Documented data processing agreements with processors
Breach notification to the Data Protection Board of India within required timelines
Data localization for certain categories of sensitive personal data
Hosting inside India means your data storage layer already satisfies the geographic dimension of localization. You avoid the added legal complexity of cross-border data transfer agreements for data that never leaves the country.
IT Act 2000 and Intermediary Guidelines 2021
The Information Technology Act 2000 defines the legal framework for electronic commerce and digital infrastructure in India. The 2021 Intermediary Guidelines establish specific obligations for significant social media intermediaries and other digital platforms, including grievance officer requirements, content takedown timelines, and government data access requests.
In-country hosting reduces the friction around these obligations. Data requests from Indian regulatory authorities reach infrastructure that sits inside Indian jurisdiction, processed under Indian law without cross-border legal cooperation delays.
RBI, IRDAI, and SEBI Data Localization Requirements
Sectoral regulators have stricter requirements than the general DPDP framework:
RBI: Payment data for Indian transactions must be stored only in India. This applies to all payment aggregators, banks, and fintech platforms licensed by RBI.
IRDAI: Insurance data for Indian policyholders requires in-country storage.
SEBI: Certain trading and market data records require local storage and defined retention periods.
For businesses in these verticals, a dedicated server in India is not an option — it is a compliance requirement. Our India infrastructure satisfies all three sectoral frameworks.
How Atal Networks Compares to Other India Hosting Providers
Most Indian hosting comparison tables rank providers by affiliate commission size. Our comparison focuses on measurable infrastructure differences.
Our global footprint matters for businesses that need to colocate India infrastructure with servers in Singapore, Frankfurt, Amsterdam, or New York. With Atal Networks, you manage all regions through one provider with consistent pricing, hardware standards, and support processes.
Standard India dedicated server provisioning completes within a few hours to one business day, depending on hardware availability and configuration. The provisioning sequence runs as follows:
Order confirmation and configuration review
Hardware allocation in your selected data center (Mumbai, Delhi NCR, or Bangalore)
Operating system installation per your specification (Linux distribution or custom ISO)
Network configuration: IPv4 allocation, DDoS profile activation, and port verification
IPMI credential delivery and root access handover
We confirm full server readiness before marking the order complete.
Migration Support
Migrating to a dedicated server from another provider, or from VPS to bare metal, introduces risk at the DNS cutover and database synchronization stages. Our team assists with:
Pre-migration planning: inventory of services, ports, dependencies, and DNS TTL strategy
Traffic migration: DNS cutover sequencing, monitoring for propagation issues
Post-migration validation: server health checks, application smoke tests, latency verification
For complex migrations involving multiple services, database clusters, or high-traffic applications that cannot tolerate extended downtime, we schedule migrations during low-traffic windows and maintain the source server until full validation completes.
24×7 Technical Support
Support access runs around the clock via ticket and email. Our technical staff have direct access to data center operations teams in all three India regions. Response times for critical issues target under 15 minutes. For non-critical requests, the standard SLA is under 4 hours.
We do not route India technical support through offshore call centers. Our team answers infrastructure questions — not scripted responses.
Часто задаваемые вопросы
What is a dedicated server in India? A dedicated server in India is a physical, single-tenant machine hosted in an Indian data center — typically Mumbai, Delhi, or Bangalore — where all CPU, RAM, storage, and bandwidth resources belong exclusively to one client. It differs from VPS hosting by providing real hardware isolation with no virtualization layer, full root access, and KVM (IPMI) management.
How much does a dedicated server cost in India? Atal Networks India dedicated servers start at $132 per month for the 15TB bandwidth tier, $220 per month for 33TB, and $660 per month for 100TB. All plans include Intel Xeon E5-2620v2 or higher CPU, 32GB ECC RAM, 1TB disk, 5 IPv4 addresses, a 1Gbps port, and a 99.99% uptime SLA. Custom hardware configurations are available on request.
Which city is best for a dedicated server in India? Mumbai is the best default choice for most workloads. It provides the highest peering density, the strongest international routing through submarine cable landing stations, and the lowest latency to both pan-India traffic and APAC destinations. Delhi NCR is the right choice for North India-concentrated audiences and compliance-sensitive workloads. Bangalore suits SaaS teams based in South India and platforms whose primary user base concentrates in the south.
Do Atal Networks India dedicated servers comply with the DPDP Act 2023? Yes. Data hosted in our Mumbai, Delhi, or Bangalore data centers stays physically inside India, satisfying the geographic data residency dimension of the Digital Personal Data Protection Act 2023. For sectoral compliance under RBI, IRDAI, or SEBI, our India infrastructure meets in-country storage requirements. We recommend verifying specific compliance obligations with your legal team.
Does DDoS protection come included? Yes. Every India dedicated server plan includes network-level DDoS mitigation at no additional cost. Traffic scrubbing filters volumetric attacks, SYN floods, UDP floods, and amplification attacks at the edge, before traffic reaches your server.
Can I get a 10Gbps port in India? Yes. Our standard India plans ship with a 1Gbps dedicated port. For workloads that sustain above 1Gbps average throughput — large VPN deployments, high-bitrate streaming, gaming networks during peak events — we provideВыделенный сервер 10Gbps configurations. Contact our team to size the right port and bandwidth model.
Are your India dedicated server bandwidth plans truly transparent? Yes. We publish the exact monthly bandwidth allocation for each India tier: 15TB, 33TB, or 100TB. We do not use “unmetered” marketing language that hides fair-use caps in terms of service. If your workload requires genuinely unmetered throughput, our 10Gbps unmetered configuration carries that commitment in writing, backed by the SLA.
How long does provisioning take? Standard Linux deployments on Intel Xeon E5-2620v2 hardware typically complete within a few hours to one business day, depending on configuration complexity and hardware availability.
Can I run Windows Server on an Atal Networks India dedicated server? Yes. Our base plans support all major Linux distributions (Ubuntu, Debian, AlmaLinux, Rocky Linux, CentOS, and others) plus custom ISO installation. Windows Server licensing is available as an add-on. Contact us to confirm current Windows Server pricing for India plans.
Can I upgrade RAM or storage after provisioning? Yes. RAM upgrades and storage additions are standard requests. CPU upgrades typically require migration to a new hardware unit because CPU sockets are fixed at the time of manufacturing. Our team handles upgrade coordination with minimal service disruption — for many configurations, RAM upgrades complete during a brief maintenance window.
Deploy Your India Dedicated Server with Atal Networks
Atal Networks has operated global hosting infrastructure for over 15 years. Our network covers 213+ data centers across 196+ countries. We serve 36,000+ businesses across hosting, bare metal, VPS, IPv4 leasing, and offshore infrastructure products.
Our India dedicated server plans deliver Intel Xeon hardware, transparent bandwidth, Tier III+ data centers in Mumbai, Delhi NCR, and Bangalore, and network-level DDoS protection — all backed by a 99.99% uptime SLA and 24×7 technical support.
Plans start at $132 per month with no setup fees and no contracts.
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