High-Performance VPS Hosting
VPS Infrastructure for Growing Businesses
Run production workloads on enterprise-ready VPS infrastructure with dedicated CPU, RAM, and NVMe storage. Every virtual machine delivers reliable performance, complete server control, and scalable resources for long-term business growth.
- Dedicated vCPU & RAM
- NVMe SSD Storage
- KVM Isolated Virtualization
- DDoS protection included
- Full server control
VPS Hosting Pricing
Buy the right VPS server plan for your business by comparing dedicated resources, performance, and pricing. Every VPS hosting plan includes enterprise-ready KVM virtualization, dedicated vCPU, RAM, and NVMe storage for reliable production workloads.
| Instance Type | Processor | CPU | RAM | Storage | Pricing | |
|---|---|---|---|---|---|---|
| LBC-16.32GB | 2.5 GHz | 16 vCPU | 32 GB | 950 GB SSD NVMe | £79.50 /month | Buy Now |
| LBC-16.64GB | 2.5 GHz | 16 vCPU | 64 GB | 2 TB SSD NVMe | £139.50 /month | Buy Now |
| LBC-8.16GB | 2.5 GHz | 8 vCPU | 16 GB | 500 GB SSD NVMe | £43.50 /month | Buy Now |
| LBC-8.32GB | 2.5 GHz | 8 vCPU | 32 GB | 500 GB SSD NVMe | £57.00 /month | Buy Now |
| Instance Type | Processor | CPU | RAM | Storage | Pricing | |
|---|---|---|---|---|---|---|
| WCC-16.32GB | 2.5 GHz | 16 vCPU | 64 GB | 950 GB SSD NVMe | £192.00 /month | Buy Now |
| WCB-4.16GB | 2.5 GHz | 4 vCPU | 16 GB | 250 GB SSD NVMe | £48.00 /month | Buy Now |
| WCM-8.32GB | 2.3GHz | 8 vCPU | 32 GB | 500 GB SSD NVMe | £90.00 /month | Buy Now |
| WCS-8.32GB | 2.5GHz | 8 vCPU | 32 GB | 950 GB SSD NVMe | £148.50 /month | Buy Now |
What is a VPS server?
A Virtual Private Server is a slice of a physical machine that behaves like its own independent server — with dedicated resources, root access, and full isolation from every other tenant on the host.
Dedicated, not shared
Your vCPU and RAM allocations are reserved for you — no competing with noisy neighbors for resources.
Full root / administrator access
Install anything, configure the kernel-level settings you need, and run software shared hosting won't allow.
Priced below a dedicated server
You get most of the control of a dedicated server without paying for an entire physical machine.
Every VPS runs its own kernel and operating system, fully isolated from other virtual machines on the same host.
How does a VPS server work?
A hypervisor sits between the physical hardware and every virtual machine, dividing resources and enforcing isolation.
Physical hardware
A dedicated physical server provides the underlying CPU, RAM, storage, and network capacity.
Hypervisor layer
Software that carves the host into multiple isolated virtual machines, each with reserved resources.
Your virtual machine
An isolated environment with its own kernel, OS, and guaranteed slice of CPU and memory.
Root access to you
You manage your VPS exactly like a standalone server — install packages, edit configs, reboot at will.
VPS architecture
Each layer adds isolation and control — from shared physical hardware down to your own root-accessible operating system.
Why layering matters. Isolation happens at the hypervisor layer, so activity on one VPS — a traffic spike, a crash, a misconfiguration — can't spill into another tenant's resources.
What you control. Everything from Layer 4 up is yours: OS choice, installed software, firewall rules, and system configuration.
Physical host server
Enterprise-grade hardware: multi-core CPUs, ECC RAM, and NVMe storage arrays in redundant data centers.
Hypervisor (KVM)
Creates and manages virtual machines, enforcing strict CPU, memory, and I/O boundaries between tenants.
Virtual machine
Your reserved slice of the host — vCPU cores, RAM, and virtual disk allocated exclusively to you.
Guest operating system
A full OS install of your choosing, running its own independent kernel inside the virtual machine.
Your applications
Web servers, databases, and custom software running exactly as they would on bare metal.
Benefits
A practical middle ground between the limits of shared hosting and the cost of a dedicated server.
Guaranteed dedicated resources
Your vCPU and RAM are reserved — no sharing capacity with other accounts on the host.
Full root access
Install any software stack, tune kernel parameters, and configure the server exactly how you need.
Scales without migration
Upgrade vCPU, RAM, or storage on the same VPS as traffic grows, instead of moving to new infrastructure.
Cost-efficient vs. dedicated
Get most of the control of a dedicated server without paying for an entire physical machine.
Isolation & security
Your own kernel and file system, separated from every other virtual machine on the host.
Predictable performance
Reserved resources mean consistent response times, even when neighboring VMs are under load.
Use cases
If a workload needs consistent resources and real configuration control, a VPS is usually the right fit.
Website hosting
Application hosting
Game servers
Dev & staging environments
Email servers
VPN & proxy servers
Supported Operating systems
Deploy your VPS with the OS your stack already depends on — swap or reinstall anytime from your dashboard.
Ubuntu
Debian
AlmaLinux / Rocky
CentOS Stream
Windows Server
FreeBSD
Managed vs. unmanaged
Both run on identical hardware — the difference is who handles the server administration.
Managed VPS
- We handle OS updates, security patching, and monitoring
- Support helps with server-level troubleshooting
- Best if you'd rather focus on your application, not the OS
Unmanaged VPS
- You handle updates, hardening, and configuration
- Support covers the network and hypervisor, not your OS
- Best if you want full control and already run servers
Which one should you choose? If you don't have the time or team to patch and monitor a server yourself, managed is worth the premium. If you're comfortable on the command line and want maximum control, unmanaged costs less for the same hardware.
Virtualization technologies
Not all "VPS" is built the same way — the virtualization type affects isolation, performance, and flexibility.
KVM (Kernel-based VM)
Full hardware virtualization — each VPS runs its own independent kernel, fully isolated from the host and other guests. Qpeck runs KVM by default.
Xen
A mature hypervisor offering strong isolation via paravirtualization or full virtualization, widely used by large-scale cloud providers.
Containers (OpenVZ / LXC)
Lighter-weight isolation sharing the host's kernel — faster to spin up, but with less separation than full virtualization.
Hardware explained
Every VPS plan maps to a real, reserved slice of physical hardware — here's what each spec means.
vCPU cores
A dedicated share of physical CPU cores, reserved for your VPS rather than pooled across tenants.
RAM
Guaranteed memory allocation — not a burstable limit that disappears under host-wide load.
NVMe storage
Solid-state storage over the NVMe interface, dramatically faster than traditional SATA SSDs
Network uplink
Redundant network connections with generous monthly bandwidth allowances per plan.
Performance
Reserved resources plus NVMe storage translate into consistent, predictable performance — not just peak-hour benchmarks.
100%
Dedicated vCPU allocation
<60s
Typical deployment time
NVMe
All-flash storage tier
99.9%
Network uptime SLA
Security
Isolation at the hypervisor level is only the first layer — every VPS ships with additional protection built in.
Network-level DDoS protection
Volumetric attacks are filtered upstream before they reach your VPS.
Configurable firewall
Manage inbound and outbound rules at the OS level or through your control panel.
Isolated kernel per VPS
Full KVM virtualization means no shared kernel vulnerabilities across tenants.
Automated backups & snapshots
Point-in-time snapshots let you roll back quickly if something goes wrong.
SSH key authentication
Disable password login entirely and connect using key-based authentication.
Resource & anomaly monitoring
Dashboard alerts flag unusual CPU, memory, or traffic patterns early.
Networking
Every plan includes the networking basics, larger plans add private networking and additional IPs.
Dedicated IPv4
A dedicated public IP address included with every VPS plan.
IPv6 support
A full IPv6 allocation available alongside your IPv4 address at no extra cost.
Private networking
Connect multiple VPS instances over an internal network, isolated from the public internet.
DNS management
Manage DNS records for your domains directly from the same dashboard as your VPS.
Storage
Every VPS includes fast NVMe SSD storage, with larger plans providing additional capacity for demanding workloads.
NVMe SSD storage
All primary storage runs on NVMe drives for consistently low read/write latency.
RAID-protected arrays
Host storage is RAID-configured so a single drive failure doesn't mean data loss.
On-demand snapshots
Capture your VPS state before a risky change and restore it in a few clicks.
Add-on block storage
Attach extra NVMe volumes independently of your VPS plan as your storage needs grow.
Control panels
Add a graphical control panel at checkout, or skip it entirely and manage everything from the command line.
cPanel / WHM
Popular, feature-rich
Plesk
Multi-OS friendly
Webmin
Free, open-source
CLI only
No panel overhead
Developer tools
A VPS from Qpeck behaves like any other Linux or Windows box in your toolchain — because it is one.
SSH root access
Connect directly with your own key pair from day one.
API access
Provision, resize, and manage VPS instances programmatically.
Docker-ready
Run containers on top of your VPS just like on any standard Linux host.
One-click app installer
Deploy common stacks — WordPress, Node.js, LAMP — without manual setup.
Git & CI/CD friendly
Deploy from your existing pipelines exactly as you would to any remote server.
Comparison tables
VPS provides more isolation and control than shared hosting, while typically costing less than a dedicated server.
| Feature | Shared Hosting | VPS | Dedicated Server | Cloud Instance |
|---|---|---|---|---|
| Resource allocation | Shared, oversold | Dedicated per VM | Entire physical server | Dedicated, elastic |
| Root / admin access | No | Yes | Yes | Yes |
| Scalability | Very limited | Resize on the same VM | Requires new hardware | Instant, elastic |
| Isolation | Minimal | Full (own kernel) | Complete | Full (own kernel) |
| Best for | Small brochure sites | Apps, sites, dev environments | Maximum-performance workloads | Variable, bursty traffic |
Migration guide
Moving to Qpeck VPS doesn't have to mean downtime — here's how a typical migration runs.
Submit a migration request
Tell us your current host and what needs to move — sites, databases, mail, or all three.
We assess your source server
Our team reviews your current setup to plan a compatible target configuration.
Data is transferred
Files, databases, and configurations are copied to your new VPS in the background.
DNS cutover
Once verified, DNS is pointed to your new VPS with minimal propagation delay.
You're live on Qpeck
We monitor the first 24 hours and keep your old server available as a fallback.
Why buy from Qpeck?
Plenty of providers sell VPS hardware — the difference shows up in what happens after checkout.
Real dedicated resources
Your vCPU and RAM allocations are reserved, not oversold across multiple tenants.
All-NVMe infrastructure
Every plan runs on NVMe storage by default — no legacy spinning disks or SATA SSD tiers.
Free migration assistance
Our team helps move sites, databases, and mail from your current host at no extra charge.
Managed & unmanaged options
Choose full administrative control or let our team handle patching and monitoring — your call.
24/7 technical support
Real engineers, available around the clock, for provisioning, networking, and server issues.
Resize without migrating
Scale vCPU, RAM, and storage on the same VPS as your workload grows — no re-platforming required.
Not sure which server fits your workload?
Our cloud architects help you choose the right infrastructure based on performance needs, budget, and scalability goals.
Frequently Asked Questions
A VPS (Virtual Private Server) is a virtual machine created on a physical server using virtualization technology. Each VPS operates in an isolated environment with its own dedicated vCPU, RAM, storage, operating system, and administrative access, providing greater performance, security, and control than shared hosting.
A VPS server provides dedicated computing resources, isolated environments, predictable performance, improved security, and complete server control. Unlike shared hosting, your applications are not affected by the resource usage of other customers, making VPS ideal for business websites, production applications, databases, and growing workloads.
Kernel-based Virtual Machine (KVM) is an enterprise-grade virtualization technology that creates fully isolated virtual machines with dedicated resources. KVM provides better security, improved workload isolation, support for multiple operating systems, and performance that closely resembles a dedicated physical server.
NVMe (Non-Volatile Memory Express) storage offers significantly lower latency and faster input/output operations than traditional SATA SSDs. For VPS hosting, NVMe storage helps websites, databases, applications, and development environments load faster while improving overall server responsiveness.
Yes. VPS infrastructure is designed to scale with your business. Depending on your plan, resources such as vCPU, RAM, and storage can typically be increased without moving your applications to a new physical server, minimizing downtime and simplifying future growth.
A VPS server can run multiple operating systems, including popular Linux distributions and Microsoft Windows, depending on the selected template and licensing. This flexibility allows businesses to host websites, business applications, databases, development environments, and enterprise software on the platform that best fits their requirements.
A VPS server is ideal for startups, growing businesses, software developers, eCommerce stores, agencies, SaaS platforms, and enterprises that require dedicated resources, predictable performance, enhanced security, and greater control than shared hosting can provide.
The right VPS depends on your application's CPU, memory, storage, and traffic requirements. Consider factors such as the number of vCPUs, RAM capacity, NVMe storage, operating system, network performance, scalability, backup options, and expected workload before selecting a plan. Choosing a VPS with room for future growth helps maintain consistent performance as your business expands.