Dedicated Servers
Dedicated Servers for High-Performance Workloads
Deploy enterprise-grade dedicated servers with dedicated CPU, memory, storage, and networking resources. Customize your infrastructure for databases, virtualization, AI, high-performance computing, and mission-critical business applications.
- 100% dedicated CPU
- No virtualization overhead
- DDoS protection included
Dedicated Server Pricing
Every plan is 100% dedicated hardware — no virtualization layer, no shared tenancy.
| Instance Type | Processor | CPU | RAM | Storage | Pricing | |
|---|---|---|---|---|---|---|
| LBD-16.128GB | 2.5 GHz | 16 CPU | 128 GB | 950 GB SSD NVMe | Nu20,640 /month | Buy Now |
| LBD-64.728GB | 2.5 GHz | 64 CPU | 728 GB | 3.84 TB SSD NVMe | Nu121,248 /month | Buy Now |
| LBD-32.256GB | 2.5 GHz | 32 CPU | 256 GB | 1500 GB SSD NVMe | Nu53,280 /month | Buy Now |
| LBD-8.32GB | 2.5 GHz | 8 CPU | 32 GB | 950 GB SSD NVMe | Nu16,800 /month | Buy Now |
| Instance Type | Processor | CPU | RAM | Storage | Pricing | |
|---|---|---|---|---|---|---|
| WBD-16.128GB | 2.5 GHz | 16 CPU | 128 GB | 950 GB SSD NVMe | Nu27,936 /month | Buy Now |
| WBD-64.768GB | 2.5 GHz | 64 CPU | 768 GB | 3.84 TB SSD NVMe | Nu152,832 /month | Buy Now |
| WBD-36.512GB | 2.5 GHz | 36 CPU | 512 GB | 1.90 TB SSD NVMe | Nu50,208 /month | Buy Now |
| WBD-8.32GB | 2.5 GHz | 8 CPU | 32 GB | 950 TB SSD NVMe | Nu22,368 /month | Buy Now |
What Is a Dedicated Server?
A dedicated server is a physical machine leased entirely to you — no hypervisor, no other tenants, no shared kernel. Everything the hardware can do is available to your workload alone.
Physical server
You're allocated an actual machine in our data center, not a slice of one.
Single tenant
No other customer's workload runs on your hardware — ever.
No virtualization overhead
Without a hypervisor layer, every CPU cycle and I/O operation goes straight to your workload.
Full hardware access
Configure RAID, BIOS settings, and low-level hardware options a VPS simply can't expose.
Dedicated server is the closest thing to owning the hardware yourself, without the capital cost or data center footprint.
Why choose Dedicated Server ?
When performance has to be predictable, removing the virtualization layer removes the variables that come with it.
Dedicated CPU
Every core is reserved for your workload, with nothing else competing for cycles.
Dedicated RAM
The full memory allocation is yours, with no hypervisor overhead reducing what's usable.
Dedicated storage
Direct access to physical drives, configured exactly to your RAID and performance needs.
Consistent performance
No variability introduced by a hypervisor scheduling cycles across multiple guests.
No noisy neighbors
Another tenant's traffic spike or runaway process simply can't exist on your server.
Hardware isolation
Complete physical separation from every other customer's infrastructure.
Dedicated Server vs. VPS
A VPS is a slice of a shared physical server. Dedicated Server is the whole machine, dedicated to you alone.
| Feature | Dedicated Server | VPS |
|---|---|---|
| Hardware | Physical | Virtual |
| CPU | Dedicated | Virtualized |
| Performance | Maximum | High |
| Isolation | Complete | Hypervisor-enforced |
| Root access | Yes | Yes |
| Custom hardware | Yes | Limited |
| Virtualization | Optional — run your own hypervisor | Built-in |
Processor options
Configure your server around the processor family that fits your workload.
Intel Xeon
Core count: 8–32 cores per socket across available Xeon Scalable models.
Enterprise workloads: databases, virtualization hosts, latency-sensitive applications.
Performance: strong single-thread performance and a mature software compatibility track record.
AMD EPYC
Core count: 6–64 cores per socket across available EPYC models.
Enterprise workloads: high-density virtualization, big data, parallelized compute.
Performance: high core counts and memory bandwidth suited to heavily threaded workloads.
Memory & storage
Mix and match memory and storage types, and choose the RAID level that fits your durability and performance needs.
Memory
Storage
RAID levels
RAID 0
Striped for maximum throughput, no redundancy.
RAID 1
Mirrored drives for straightforward redundancy.
RAID 5
Striped with parity, balancing capacity and redundancy.
RAID 10
Mirrored and striped for strong performance and redundancy.
Network & connectivity
Every server ships with a real, dedicated network port — sized to the plan and upgradable on request.
1 Gbps ports
Choose the uplink speed that matches your expected throughput.
IPv4
Dedicated IPv4 connectivity for your server, with a public IP address assigned for reliable internet access.
IPv6
Full IPv6 allocation available alongside your IPv4 addresses.
DDoS protection
Volumetric attacks are filtered upstream before reaching your server.
Private network
Connect multiple servers over an internal network, isolated from the public internet.
Public network
Direct public connectivity with generous monthly bandwidth allowances.
Supported operating systems
Deploy dedicated server with a standard OS, or install a hypervisor directly on the hardware — your call.
Linux
Ubuntu, Debian, AlmaLinux, Rocky Linux & CentOS available.
Windows
Windows Server 2019, 2022 & 2025 available.
VMware
VMware ESXi installed directly on your dedicated hardware.
Proxmox
Open-source Proxmox VE for self-managed virtualization.
Hyper-V
Microsoft's native hypervisor for Windows-centric virtualization.
Virtualization support
Dedicated server doesn't mean no virtualization — it means the choice of running it is entirely yours.
VMware ESXi
Enterprise-grade virtualization for teams already standardized on VMware.
Proxmox VE
A free, open-source alternative combining KVM and container virtualization.
Hyper-V
Microsoft's hypervisor, integrated tightly with Windows Server environments.
KVM
Install KVM directly to run your own fleet of virtual machines on the hardware.
XCP-ng
An open-source Xen-based platform for teams wanting a Citrix Hypervisor alternative.
Security
Physical isolation is the foundation — additional protections layer on top of it.
Dedicated hardware
No shared kernel or hypervisor vulnerabilities to worry about — the whole machine is yours.
Secure Boot
Verify firmware and bootloader integrity before your OS ever loads.
Firewall
Configure inbound and outbound rules at the OS or network edge.
VLAN segmentation
Separate traffic logically across your infrastructure for tighter access control.
DDoS protection
Upstream filtering absorbs volumetric attacks before they reach your server.
Private networking
Move sensitive traffic between servers off the public internet entirely.
Backup & disaster recovery
Hardware redundancy reduces risk — it doesn't replace a real backup and recovery plan.
Snapshots
Capture a point-in-time image before a risky change and roll back quickly if needed.
Offsite backup
Replicate backups to a separate location so a single site incident can't take everything down.
Backup storage
Dedicated storage capacity for scheduled backups, separate from your primary drives.
Recovery
Restore from a snapshot or backup with support guidance if a restore doesn't go as planned.
Monitoring & remote management
Out-of-band access means you can manage your server even if the OS itself won't boot.
IPMI
Standard out-of-band management for power control and console access.
iDRAC
Dell's remote management interface for supported server models.
iLO
HPE's integrated Lights-Out remote management for supported server models.
KVM over IP
Remote keyboard, video, and mouse access to your server's console over the network.
Hardware monitoring
Track temperature, disk health, and component status from your dashboard.
Alerts
Get notified automatically if hardware metrics move outside normal ranges.
Popular use cases
If a workload needs maximum, predictable performance, dedicated server is usually the right foundation.
Virtualization
Run your own ESXi, Proxmox, or Hyper-V stack without paying a virtualization tax on top of a host that's already virtualizing the box under you.
Database servers
Disk I/O goes straight to NVMe with no other tenant's queries competing for the same queue depth during peak load.
Kubernetes
Run control-plane and worker nodes on hardware you fully control — no cloud provider's hypervisor layer eating into your node capacity.
AI & machine learning
Full PCIe lane access for GPU passthrough and local NVMe, without a hypervisor throttling throughput between accelerator and storage.
Game servers
Predictable tick rates with no risk of another tenant's traffic spike causing jitter mid-match.
Video streaming
A dedicated network port sized for sustained delivery, not the bursty traffic pattern most shared VPS plans are tuned for.
Enterprise applications
Keep regulated or compliance-sensitive workloads on hardware isolated from every other customer, hosted in our Noida or Mumbai data center.
Big data
Direct NVMe throughput and high memory bandwidth for datasets too large for a hypervisor's memory ballooning to handle gracefully.
Email hosting
Full control over your mail stack and IP reputation — nothing to inherit from a noisy neighbor's spam on a shared subnet.
High-traffic websites
Absorb traffic spikes without hitting a virtualized CPU ceiling shared with other tenants on the same host.
Why choose Qpeck dedicated server?
We're not a reseller front for someone else's data center — here's what that actually means for you.
Servers physically in Asia Pacific - India
Your hardware sits in an Indian data center, not routed through a US or Singapore facility — lower latency for Indian and South Asian users, and data that stays in-country.
One vendor for the whole stack
Dedicated server, VPS, GPU cloud, and GlobalSign SSL certificates from a single account — no juggling a hosting bill from one company and a certificate bill from another.
IST support, not a follow-the-sun queue
Support engineers who work your business hours and understand Indian compliance context (DPDPA, RBI vendor requirements) rather than a generic overseas helpdesk.
Hardware you can actually see
Plan pages list the real CPU model, RAM type, and drive configuration — Xeon E-2388G, EPYC 7443, EPYC 7543 — not a vague "high performance" label.
Configured to order, not just picked from a list
Need a non-standard RAID layout, extra NIC, or a specific drive count? Contact sales directly — you're talking to the people who provision the hardware, not a ticketing system.
No long-term lock-in
Standard plans are billed monthly with no contract term, so switching tiers as your workload grows doesn't mean waiting out a lease.
Freely Asked Questions
A dedicated server is a hosting solution where an entire physical server is assigned exclusively to one customer. Unlike shared hosting or VPS hosting, all CPU cores, memory, storage, and network resources are dedicated to your workloads, providing maximum performance, complete administrative control, and consistent reliability.
A VPS shares physical hardware with other virtual servers through a hypervisor, while a dedicated server provides exclusive access to the entire machine. Dedicated servers deliver greater computing power, hardware customization, predictable performance, and better isolation, making them ideal for high-traffic websites, enterprise applications, virtualization, and resource-intensive workloads.
Dedicated servers are ideal for businesses that require high performance, enhanced security, and complete control over their hosting environment. They are commonly used for enterprise applications, databases, virtualization, AI workloads, game servers, media streaming, SaaS platforms, and high-traffic websites.
Yes. You can deploy your dedicated server with a supported Linux distribution or Windows Server edition based on your application requirements. Many dedicated servers also support virtualization platforms such as VMware ESXi, Proxmox VE, Hyper-V, and KVM.
Yes. Dedicated servers can be configured with different processors, memory capacities, storage types, RAID configurations, network interfaces, and operating systems. This flexibility allows you to build a server that matches your performance and business requirements.
Yes. Dedicated servers provide full root access for Linux and administrator access for Windows Server, allowing you to install software, configure services, manage security settings, and control the server without platform-level restrictions.
Dedicated servers provide stronger workload isolation because the entire server is assigned to a single customer. Combined with firewalls, operating system hardening, regular updates, and security best practices, they offer an excellent foundation for hosting sensitive applications and business-critical services.
Yes. Depending on the server platform, you can upgrade resources such as memory, storage, or networking, or migrate to a higher-performance dedicated server configuration as your workloads increase. This allows your infrastructure to scale with your business while maintaining reliable performance.