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Hostripples

Entry-LevelStarter Dedicated Servers

Your first single-tenant bare-metal server. Intel Xeon E-series with DDR4 ECC and fast NVMe SSD, hosted in India with full root and IPMI access.

Single-Tenant Hardware

100% yours

NVMe & ECC

Enterprise grade

India Datacentre

Low latency

STARTING AT
₹2,811.00/mo
✓Full root · DDoS protection · 24/7 support
Proven Reliability

Trusted Across India and Beyond

Hostripples powers websites and businesses of every size — from freelancers and startups to growing SaaS companies — trusted for fast performance, dependable uptime, and genuine 24/7 support.

Hosting Indian websites since
2013
Support in English, Hindi and Marathi
Live Chat with Experts

Starter Dedicated Servers

Entry bare-metal servers with full root & IPMI.

13 Plans
Essential BOut of stock
Essential
₹1,553/mo
billed monthly + ₹1,242 one-time setup
CPUIntel Xeon E5-1620v2
RAM32 GB ECC
Storage1×120 GB SSD
Bandwidth500 Mbps
Not available
Essential COut of stock
Essential
₹1,867/mo
billed monthly + ₹1,494 one-time setup
CPUIntel Xeon E5-1650v2
RAM32 GB ECC
Storage1×120 GB SSD
Bandwidth500 Mbps
Not available
Essential 1Out of stock
Essential
₹2,644/mo
billed monthly + ₹2,115 one-time setup
CPUIntel Xeon-D 1520
RAM32 GB ECC
Storage2× 2 TB SATA
Bandwidth500 Mbps
Not available
Essential 4Out of stock
Essential
₹2,644/mo
billed monthly + ₹2,115 one-time setup
CPUIntel Xeon-E3 1230 v6
RAM16 GB ECC
Storage2× 2 TB SATA
Bandwidth500 Mbps
Not available
Essential 5Out of stock
Essential
₹2,802/mo
billed monthly + ₹2,241 one-time setup
CPUIntel Xeon-E3 1270 v6
RAM32 GB ECC
Storage2× 2 TB SATA
Bandwidth500 Mbps
Not available
Essential 3
Essential
₹2,959/mo
billed monthly + ₹2,367 one-time setup
CPUIntel Xeon-E3 1245 v5
RAM32 GB ECC
Storage2× 2 TB SATA
Bandwidth500 Mbps
Essential 2Out of stock
Essential
₹2,959/mo
billed monthly + ₹2,367 one-time setup
CPUIntel Xeon-D 1540
RAM32 GB ECC
Storage4× 2 TB SATA
Bandwidth500 Mbps
Not available
Essential 1 BOut of stock
Essential
₹3,358/mo
billed monthly + ₹2,686 one-time setup
CPUIntel Xeon D-2123IT
RAM32 GB ECC
Storage2× 4 TB SATA
Bandwidth500 Mbps
Not available
Essential 5 BOut of stock
Essential
₹3,694/mo
billed monthly + ₹2,955 one-time setup
CPUIntel Xeon E5-1650 v4
RAM16 GB ECC
Storage2×450 GB NVME
Bandwidth500 Mbps
Not available
Essential 5 AOut of stock
Essential
₹4,534/mo
billed monthly + ₹3,627 one-time setup
CPUIntel Xeon E-2274G
RAM32 GB ECC
Storage2×960 GB NVME
Bandwidth500 Mbps
Not available
Essential 6Out of stock
Essential
₹6,066/mo
billed monthly + ₹4,853 one-time setup
CPUAMD Epyc 7351P
RAM128 GB ECC
Storage2× 4 TB SATA
Bandwidth500 Mbps
Not available
Essential 6 BOut of stock
Essential
₹8,607/mo
billed monthly + ₹6,885 one-time setup
CPUIntel Xeon E5-2680 v3
RAM64 GB ECC
Storage2×480 GB SSD
Bandwidth500 Mbps
Not available
Essential 7Out of stock
Essential
₹9,656/mo
billed monthly + ₹7,725 one-time setup
CPUAMD Epyc 7451
RAM128 GB ECC
Storage2× 4 TB SATA
Bandwidth500 Mbps
Not available

Full root and IPMI/KVM access. Datacenter, OS and add-ons chosen at checkout. Prices exclusive of GST.

Why Starter Dedicated Is the Right First Step Up

Sized for growth, not scaled down from something bigger

Starter Dedicated exists for one specific moment: you've outgrown shared hosting or a VPS and hit a resource ceiling that's actually costing you customers, but you're not running infrastructure at a scale that needs a rack of servers or a dedicated ops team. This is a full single-tenant machine, all of its CPU, RAM, storage and bandwidth reserved for you and nobody else, right-sized for a growing WooCommerce store, an early-stage SaaS backend, or an agency consolidating a handful of client sites onto one box you actually control. Nothing here is a stripped-down version of a bigger plan. It's the entry point into bare metal, built to be manageable by one person or a small team from day one. You won't find a giant dual-socket chassis or capacity you'll never touch — the Essential range starts modestly and scales up plan by plan, so you're paying for the resource ceiling you've actually hit today, not the one a sales page imagines you might hit eventually. Most people land here after a specific, nameable frustration: a VPS that slows down at times that have nothing to do with their own traffic, a support ticket queue standing between them and a basic server change, or a database that needs consistent I/O a shared virtual disk can't promise. If that's familiar, this tier is built around exactly that transition.

Intel Xeon & AMD EPYC CPUs

Essential-tier plans start with a single Intel Xeon E-series or Xeon-D processor, enough for most first dedicated-server workloads, with AMD EPYC options available in the same range once you need more cores. You're not sharing clock cycles with anyone else's noisy-neighbour process, which is usually the first thing people notice after moving off a VPS.

DDR4 ECC Memory

Every Essential configuration ships with ECC RAM, which catches and corrects memory errors before they turn into a corrupted database or a mystery crash. It's the kind of reliability upgrade you don't think about until the day it silently saves you from one.

NVMe & SATA Storage Options

Entry configurations use SSD or NVMe storage depending on the plan, with higher-capacity HDD options further up the range for workloads that need bulk storage more than raw IOPS. Pick based on whether your bottleneck is disk speed, like a busy store's database, or disk space, like backups and media libraries.

Full Root / IPMI Access

Root access means you can install anything, configure the stack exactly how you want it, and never wait on a support ticket to open a port. IPMI/KVM gives you a way into the machine even if the OS itself won't boot, something no VPS control panel gives you.

DDoS Protection Included

Network-level DDoS filtering runs at the edge before traffic reaches your server, included on every Starter Dedicated plan at no extra cost. For a first dedicated server, that's one less thing to research and bolt on yourself.

Managed & Self-Managed Options

Comfortable with a terminal and want full control over patching and configuration? Stay self-managed. Want the hardware benefits without becoming a part-time sysadmin? Add managed support and our engineers handle setup, hardening, monitoring and updates for you.

Got Questions?

Starter Dedicated Server FAQs

Your first bare-metal server, answered plainly

A Starter Dedicated server is an entry-level, single-CPU bare-metal machine that's 100% yours — its Intel Xeon E-series or Xeon-D processor, DDR4 ECC RAM, NVMe or SSD storage and bandwidth are dedicated to you alone, with no other customers sharing the hardware. That's the core difference from a VPS: a VPS slices one physical machine into virtual pieces, so you're still competing for CPU and disk I/O with everyone else on that box during busy periods. Here, there's no competing tenant, no noisy-neighbour spikes to troubleshoot, and no hypervisor layer between your OS and the hardware. It's the natural first step up when a VPS has started giving you performance you can't fully explain or control.
Both, and it's your call. Starter Dedicated ships self-managed by default, which means full root and IPMI access and nobody but you touching the configuration — that's also part of why it's priced the way it is. If you'd rather not own patching, hardening, monitoring and backups yourself, add managed support and our engineers take that over for you, on the same hardware. A lot of first-time dedicated server buyers start self-managed because the VPS habits carry over fine, then add managed support later once the server is doing something the business actually depends on and they'd rather not be the single point of failure for keeping it patched.
Root means there's no permissions wall between you and the operating system — install whatever software stack you want, open or close any port, reconfigure services, run a completely custom setup, all without filing a support ticket and waiting for someone else to do it. IPMI is the part VPS hosting never gives you: an out-of-band console into the physical hardware that works even if your OS has crashed, won't boot, or you've locked yourself out over SSH. Practically, that means you can power-cycle, watch the boot process, or reinstall the OS remotely without needing anyone to physically touch the machine. The flip side is that it's also on you to keep it patched and secured, unless you've added managed support.
It depends on what's actually pushing you off your current VPS. If you're CPU-bound on a growing WordPress or WooCommerce install, one of the entry Xeon E5 or Xeon-D configurations in the Essential range is usually enough headroom to stop firefighting performance for a while. If you're running something more compute-heavy — a SaaS backend doing real processing, several client sites consolidated onto one box, or a database under sustained load — the higher Essential configurations with AMD EPYC or newer Xeon-E3 processors and NVMe storage give you more cores and faster disk to work with. When in doubt, look at what's actually maxing out on your current server, whether that's CPU, RAM or disk I/O, rather than guessing, and size the new one against that bottleneck specifically.
It's included, not an upsell — every Starter Dedicated plan has always-on, network-level DDoS filtering built in at no extra cost, the same as every other dedicated tier we offer. For a first dedicated server this matters more than it might seem: a VPS provider's shared network often absorbs some attack traffic across many tenants before it becomes your problem, but on a dedicated server the entire target is you. Having that filtering live at the network edge by default means you're not the one having to research and bolt on protection the week something actually happens.
Our dedicated servers are hosted in India, which matters more than people expect if most of your traffic is domestic — shaving real milliseconds off page loads and API response times compared with hosting overseas and routing every request across an ocean and back. That's a bigger deal on a server running a database and doing real work than it was on your shared hosting, where the difference was easy to miss. If your audience is mixed or mostly international, that's worth weighing against a closer-to-them location; additional global locations are available on request if that's a better fit for where your users actually are.
The honest signal isn't a single metric, it's a pattern: you've already resized the VPS upward once or twice and the improvement doesn't last, or performance dips unpredictably at times that have nothing to do with your own traffic — a sign you're sharing hardware with a noisy neighbour, which no amount of upgrading your own VPS plan fixes. Other tells are needing consistent, predictable I/O for a database that a virtualised disk can't reliably give you, or wanting root-level control over the kernel and networking stack that your VPS provider restricts. If none of that sounds familiar and you're just short on RAM or storage, a bigger VPS is probably still the cheaper, simpler answer. If it does sound familiar, that's usually the point where dedicated stops being overkill and starts being the fix.
For most WooCommerce stores that have started to strain a VPS — slow checkout under concurrent traffic, a product catalogue that's gotten large, or a database that's grown past what shared caching can paper over — yes, an entry Essential configuration with NVMe storage is a solid landing spot. Dedicated CPU and disk I/O tend to be exactly what a database-heavy store needs once traffic gets inconsistent. Where you'd want to look at a higher Essential tier or beyond is if you're running frequent flash sales with sharp traffic spikes, a large multi-warehouse or multi-currency catalogue, or several integrations hitting the database simultaneously — in that case, more RAM and more cores buys you real headroom rather than a server you outgrow again in six months.
For an early-stage SaaS backend — a handful of services, a database, background jobs, moderate concurrent users — a mid-range Essential configuration is usually enough to get out of noisy-VPS-neighbour territory and onto predictable performance. What tends to push people toward a higher Essential plan or the next tier up is running multiple environments on one box, such as staging alongside production, a database with genuinely heavy write volume, or background workers that compete with your API for CPU at the same time. If you're not sure yet, it's reasonable to start on a lower Essential configuration and move up — these are all bare-metal plans in the same family, so scaling up later is a server migration, not a rebuild.
Yes, and it's one of the most common reasons agencies make the jump from several small VPS instances to one Starter Dedicated server — instead of paying for and patching five or six separate small VPS plans, you run those sites on one machine with full root access to manage them the way you actually want to, using whatever control panel or container setup you prefer. The practical thing to plan for is isolation between clients, such as separate users, containers or a control panel with proper account separation, so one client's traffic spike or misconfigured plugin doesn't affect another's site, and to size the RAM and CPU for the combined load of everything you're consolidating, not just today's individual sites.
You need to be comfortable, not expert. If you've managed a VPS, done basic command-line work, set up a web server or app stack, and aren't scared of SSH, self-managed Starter Dedicated is very doable — most of what you already know carries over directly. Where it gets harder than a VPS is the things a VPS provider usually did for you invisibly: kernel and OS-level security updates, hardware monitoring, and recovering a machine that won't boot, which is what IPMI is for. If any of that sounds like more than you want to own, that's exactly what the managed add-on is for — you get the dedicated hardware without having to become the person who owns server security at 2am.
Yes — moving up doesn't mean re-architecting anything. Because every dedicated tier we offer is the same bare-metal model with more CPU, RAM or storage attached, going from an entry Essential configuration to a larger one is a server-to-server migration: move your data and configuration across, point traffic at the new machine, done. It's a very different experience from outgrowing a shared host, where you're often untangling yourself from a restrictive environment as much as you're upgrading. Most people size their first dedicated server for where they are now plus a reasonable buffer, rather than overpaying up front for headroom they might need in two years.
Faster than most people expect coming from custom hardware quotes elsewhere — Essential configurations are established plans rather than a bespoke build, so there isn't a lengthy sourcing or build stage involved. Exact timing depends on which configuration you choose and current stock, so it's worth confirming with our sales team at order time rather than assuming, but it's built to be a straightforward, fast on-ramp rather than a multi-week hardware procurement process the way a fully custom dedicated build can be.
Every Essential configuration comes with a flat 500 Mbps port speed as part of the base plan, not an add-on you have to remember to enable and not a metered allowance you need to budget around separately. For a first dedicated server that's generally more throughput than a growing WooCommerce store, a small SaaS API, or a handful of consolidated agency sites will use consistently; it becomes a real consideration mainly if you're serving large media files or backups at real volume, which is more a storage and CDN question than a bandwidth-plan one.
Root access means the OS choice is yours, not fixed at checkout. Since IPMI/KVM gives you a console into the hardware itself, you can install, reinstall or swap the operating system the same way you would on a machine sitting in your own office, without depending on a hosting panel that only offers a limited image list. That flexibility is one of the clearest differences from a lot of managed VPS plans, where your OS options are whatever the provider has pre-baked.
Not if the reason you're leaving shared hosting is a genuine, recurring resource ceiling rather than a one-off bad day. Shared hosting means sharing CPU and I/O with everyone else on that server, with no way to guarantee your share when things get busy; an entry Essential configuration hands you the whole machine instead, which is a meaningful jump but not an unreasonable one if shared hosting has started actively costing you traffic or sales during peak periods. If the honest answer is that shared hosting mostly works fine and you just had one bad week, a VPS is worth trying first — dedicated is for when you've already ruled that out and need the guaranteed resources, not before.
Your choice, entirely. Root access doesn't take a control panel away from you, it just means you're not locked into one. You can install cPanel, Plesk, or a free alternative like CyberPanel or Webmin if you want a GUI for day-to-day site and email management, or skip a control panel entirely and run everything from the command line with your own scripts and configs. First-time dedicated server owners coming from shared hosting or a managed VPS often start with a control panel to keep the transition familiar, then simplify their stack once they've settled in and know what they actually use.
Root access on a VPS controls the operating system; it doesn't control the physical hardware underneath, and that's exactly what changes here. On a VPS, your provider's hypervisor is still slicing CPU time, disk I/O and sometimes network throughput across every tenant on that physical box, so two identically-specced VPS plans can perform very differently depending on how busy their neighbours are that week. A Starter Dedicated server removes that layer entirely — the CPU cores, the RAM and the disk listed on the plan are physically yours, full stop, so the performance you benchmark on day one is the performance you get on a busy Tuesday six months later. Root access feels the same from inside the OS; what it's sitting on top of is what's different.
If you go self-managed, backups are on you to configure — nothing is taken automatically by default, the same as it would be on a self-managed VPS or a server in your own office. If you add managed support, our engineers handle setup, security hardening, monitoring, updates and backups for you as part of that service, so it's covered without you having to build and babysit a backup routine yourself. Either way, it's worth deciding explicitly rather than assuming: a first dedicated server is usually the first time backups stop being something your host quietly handled in the background and start being a decision you actually have to make.
Yes — that's actually one of the more common ways people use an entry configuration, whether it's a handful of business sites, a marketing site plus a staging environment for a product, or a couple of internal tools that don't each need their own machine. Root access means there's no artificial account limit stopping you, unlike a lot of shared hosting plans. The only real constraint is resources: RAM, CPU and disk have to be sized for everything running at once, not just whichever single site made you upgrade, so it's worth listing out what you actually plan to run before picking a configuration rather than after.
You're not more exposed in the sense of being more likely to be attacked, but you are more responsible, since there's no shared hosting provider quietly patching the base system underneath you anymore. On self-managed Starter Dedicated, OS updates, firewall rules and service hardening are your job, the same as they would be on your own hardware; DDoS filtering at the network level is included regardless, so volumetric attacks aren't something you have to solve yourself. If taking on that ongoing responsibility isn't something you want, that's precisely the gap managed support is built to close.

Still have questions?

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Start with your own bare metal

Entry single-CPU Intel Xeon dedicated servers in India with DDR4 ECC, NVMe and full root + IPMI, from ₹2,811.00/mo.

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