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Virtual Dedicated Server, Virtualization & Bare Metal Hosting

CloudClusters adopts a virtualization strategy that emphasizes physical server deployment to ensure maximum performance, stability, and resource isolation. Instead of relying heavily on shared virtualized infrastructure, CloudClusters primarily leverages dedicated physical machines to deliver predictable computing power, enhanced security, and consistent I/O performance. This approach minimizes the overhead and potential bottlenecks associated with multi-tenant virtual environments, providing customers with the reliability and scalability benefits of cloud management while retaining the efficiency and control of bare-metal infrastructure.

Pricing of VDS Hosting with Bare Metal Server

SSD Server

NVMe Server

HDD Server

RAID Server

Lite Dedicated Server - SSD

$ 45.00/mo

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16GB RAM
4-Core E3-1220 @3.10 GHz
480GB SSD + 500GB SATA
100Mbps-1Gbps Bandwidth

OS : Windows / Linux
1 Primary IP

Express Dedicated Server - SSD

$ 49.00/mo

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32GB RAM
4-Core E3-1230 @3.20 GHz
120GB SSD + 960GB SSD
100Mbps-1Gbps Bandwidth

OS : Windows / Linux
1 Primary IP

Basic Dedicated Server - SSD

$ 69.00/mo

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64GB RAM
8-Core E5-2670 @2.60 GHz
120GB SSD + 960GB SSD
100Mbps-1Gbps Bandwidth

OS : Windows / Linux
1 Primary IP

Professional Dedicated Server - SSD

$ 99.00/mo

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128GB RAM
16-Core Dual E5-2660 @2.20 GHz
120GB SSD + 960GB SSD
100Mbps-1Gbps Bandwidth

OS : Windows / Linux
1 Primary IP

Hot Sale

Advanced Dedicated Server - SSD

$ 92.95/mo

Save 45% (Was $169.00)

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128GB RAM
24-Core Dual E5-2697v2 @2.70 GHz
240GB SSD + 2TB SSD
100Mbps-1Gbps Bandwidth

OS : Windows / Linux
1 Primary IP

Enterprise Dedicated Server - SSD

$ 179.00/mo

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256GB RAM
48-Core Dual Platinum 8160 @2.10 GHz
120GB SSD + 2 x 2TB SSD
100Mbps-1Gbps Bandwidth

OS : Windows / Linux
1 Dedicated IPv4 IP
No Setup Fee

Optional Add-ons for Dedicated Server

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Operating System	Microsoft Windows Server 2016/2019/2022/2025 Standard Edition x64:$25/m per 8 CPU cores	Free CentOS, Ubuntu, Debian, Fedora, OpenSUSE, Almalinux, Proxmox, VMWare, FreeNAS. Microsoft Windows 10/11 Pro Evaluation: 90-day free trial. Please purchase a Win10/11 Pro license by yourself after the trial period.
Additional Memory	16GB: $5.00/month 32GB: $9.00/month 64GB: $19.00/month 128GB: $29.00/month 256GB: $49.00/month	A $39 one-time setup fee applies.
Additional SSD Drives	240GB SSD: $5.00/month 960GB SSD: $9.00/month 2TB SSD: $19.00/month 4TB SSD: $29.00/month	A $39 one-time setup fee applies.
Additional SATA Drives	2TB SATA: $9.00/month 4TB SATA: $19.00/month 8TB SATA: $29.00/month 16TB SATA (3.5’ Only): $39.00/month	A $39 one-time setup fee applies.
Additional NVMe Drives	960GB NVMe: $9.00/month 2TB NVMe: $19.00/month 4TB NVMe: $29.00/month	A $39 one-time setup fee applies.
Additional Dedicated IP	$2.00/month/IPv4 or IPv6	IP purpose required. Maximum 16 per package.
Bandwidth Upgrade	Upgrade to 200Mbps(Shared): $10.00/month Upgrade to 1Gbps(Shared): $20.00/month	The bandwidth of your server represents the maximum available bandwidth. Real-time bandwidth usage depends on the current situation in the rack where your server is located and the shared bandwidth with other servers. The speed you experience may also be influenced by your local network and geographical distance from the server.
Windows Extra VM	$25/month/2 VMs	If you purchase a server of Windows Server OS, you can create 2 VMs for free. Beyond this, it will cost $25 for every additional 2 VMs.
Private Network	1Gbps Internal Port: $10/month 10Gbps Internal Port: $20/month
Shared Hardware Firewall	$29.00/month. A $39 one-time setup fee applies.	Shared firewall is used by 2-7 users who share a single Cisco ASA 5520 firewall, including shared bandwidth. It does not have superuser privileges.
Dedicated Hardware Firewall	$99.00/month. A $39 one-time setup fee applies.	Dedicated firewall allocates one user to a Cisco ASA 5520/5525 firewall, providing superuser access for independent and personalized configurations, such as firewall rules and VPN settings.
Remote Data Center Backup(Windows Only)	40GB Disk Space: $30.00/month 80GB Disk Space: $60.00/month 120GB Disk Space: $90.00/month 160GB Disk Space: $120.00/month	We will use Backup For Workgroups to backup your server data (C: partition only) to our remote data center servers twice per week. You can restore the backup files in your server at any time by yourself.
Database	Microsoft SQL Server 2022/2019/2017/2016/2014/2012 Express Edition: Free Microsoft SQL Server 2022/2019/2017/2016/2014/2012 Web Edition: $29.00/month/ 4 Cores	SQL Server 2022/2019/2017/2016/2014/2012 Web Edition may be used only to support public and Internet accessible (Web pages, Web sites, Web applications and Web services). It may not be used to support line of business applications (e.g., Customer Relationship Management, Enterprise Resource Management and other similar applications).

Features of Bare Metal Virtualization Hosting

Bare Metal Virtualization Hosting combines the raw power of dedicated physical servers with the flexibility of virtualization technology. It delivers high performance, resource isolation, and cloud-style scalability — all within a secure, single-tenant environment.

Dedicated Hardware Performance

Run workloads directly on physical hardware with minimal virtualization overhead. Each tenant enjoys exclusive CPU, memory, and storage resources for maximum and consistent performance.

Full Virtualization Flexibility

Deploy multiple Virtual Machines (VMs) or Virtual Dedicated Servers (VDS) on a single bare metal node. Perfect for running isolated environments, testing labs, or multi-tenant applications.

Complete Resource Isolation & Security

Each virtual instance operates in a fully isolated environment, ensuring high security, stability, and protection from noisy neighbors — ideal for sensitive workloads or compliance-heavy deployments.

Cloud-Like Management

Provision, monitor, and scale servers easily using an intuitive control panel or API. Gain the agility of cloud hosting with the performance and control of bare metal infrastructure.

High I/O and Network Throughput

Benefit from direct access to hardware-level disk I/O and network interfaces, enabling superior data transfer speeds and low latency — essential for databases, analytics, and real-time processing.

Scalable and Customizable

Scale vertically by allocating more resources to each VM, or horizontally by adding new bare metal nodes. Customize CPU, RAM, and storage configurations based on workload needs.

Support for Modern Virtualization Platforms

Compatible with leading virtualization technologies such as KVM, VMware ESXi, Proxmox, and Hyper-V, allowing flexible integration with existing IT environments.

High Availability and Backup Options

Leverage snapshot-based backups, live migration, and clustering features to ensure business continuity and reduce downtime.

🚀 How to Start Virtualizing a Bare Metal Server

Virtualizing a bare metal server allows you to run multiple isolated virtual machines (VMs) on one physical host — maximizing resource utilization, flexibility, and scalability.
Below are the essential steps to get started.

1. Prepare the Bare Metal Server

Before setting up virtualization, ensure your server meets the following prerequisites:

Hardware Virtualization Support: Enable Intel VT-x or AMD-V in BIOS/UEFI.
Sufficient Resources: Allocate enough CPU cores, RAM, and disk space for multiple VMs.
Network Configuration: Ensure network interfaces are properly configured for bridged or NAT connections.
Storage Setup: Use RAID or SSD storage for better performance and reliability.

💡 Tip: CloudClusters’ bare metal servers come pre-configured for virtualization, saving you setup time.

2. Choose a Virtualization Platform

Select a hypervisor that fits your use case and technical environment:

KVM (Kernel-based Virtual Machine) – Open-source, Linux-based, reliable performance.
VMware ESXi – Enterprise-grade virtualization with advanced management tools.
Proxmox VE – Web-based management interface, supports both KVM and containers (LXC).
Microsoft Hyper-V – Windows-based virtualization solution.
Xen / Citrix Hypervisor – Lightweight and secure for enterprise workloads.

For most Linux deployments, KVM or Proxmox VE offer an ideal balance between flexibility and performance.

3. Install and Configure the Hypervisor

Download and install your chosen hypervisor on the bare metal server.
Configure storage pools, network bridges, and virtual switches.
Create an admin account and secure access with SSH or HTTPS.
Install management tools such as Cockpit, virt-manager, or the Proxmox web UI.

4. Create Your First Virtual Machine (VM)

Upload or connect an ISO image (e.g., Ubuntu, CentOS, Windows Server).
Allocate CPU cores, memory, and disk space to the VM.
Configure network mode (NAT, bridged, or VLAN).
Start the VM and complete the OS installation.

5. Manage and Scale Your Virtual Environment

Monitor VM performance and resource usage.
Use snapshots for backup and rollback.
Set up automation or orchestration tools (like Ansible, Terraform, or Cloud-init).
For multi-node deployments, consider Proxmox Cluster or VMware vCenter.

6. Secure and Optimize

Keep hypervisor and firmware updated.
Isolate management and guest networks.
Enable firewall and intrusion detection systems.
Use SSD caching and NUMA-aware scheduling for performance tuning.

Supported Modern Virtualization Platforms of Bare Metal Hosting

Popular Virtualization platforms are supported for Bare Metal hosting and VDS hosting. Bring your own license if a license is required.

VMware Hosting

VMware ESXi stands as a premier Type 1 hypervisor, favored by enterprises worldwide for its stability and performance. Leveraging VMware vSphere, it offers robust features like high availability and live migration, enabling seamless virtualization of critical workloads.

KVM Server Hosting

Kernel-based Virtual Machine (KVM) emerges as a top choice for open-source Type 1 hypervisors, especially within Linux environments. Renowned for its efficiency and versatility, KVM supports various guest OSes and provides excellent security and scalability.

Proxmox Hosting

Proxmox VE presents a comprehensive solution, integrating KVM and container-based virtualization. With Proxmox VE, businesses gain access to a powerful virtualization platform equipped with features like web-based management and built-in high availability.

Hyper-V Server Hosting

Microsoft Hyper-V, bundled with Windows Server, offers seamless integration with the Windows ecosystem. It boasts features such as live migration and dynamic memory allocation, making it an attractive option for organizations invested in Microsoft technologies.

XenServer Hosting

Citrix XenServer, tailored for virtualization and cloud computing, provides enterprise-grade capabilities like live migration and workload balancing. With its robust integration options and support for advanced networking, XenServer is ideal for building resilient virtual infrastructure.

Docker Hosting

Docker is a leading containerization platform that enables developers to package applications and their dependencies into lightweight, portable containers. Docker hosting solutions offer features such as container orchestration, automated deployment pipelines, and scalable infrastructure to streamline the deployment and management of containerized applications.

OpenShift Hosting

OpenShift hosting provides a platform for deploying, managing, and scaling containerized applications using Red Hat OpenShift, an enterprise Kubernetes platform. OpenShift extends the capabilities of Kubernetes with additional features such as integrated developer tools, built-in security features, and multi-cloud support.

OpenVZ Hosting

OpenVZ hosting is a type of virtual private server (VPS) hosting that utilizes the OpenVZ virtualization technology. OpenVZ is an open-source container-based virtualization platform that allows for the creation of isolated Linux containers, also known as virtual environments or VEs, on a single physical server.

How to Choose the Right Virtual Dedicated Server

Choose your virtualization server solution based on your unique needs. We support virtualization server customization.

Use Case	Recommended Dedicated Server Specs	Typical VPS Configurations	Notes
Small Dev/Test Environment	4–8 core CPU, 16-32GB RAM, 1TB SSD/NVMe	4-8 VPS check1–2 vCPU check2–4GB RAM check20–40GB SSD	Ideal for testing or light development workloads.
Startup VPS Hosting	8–16 core CPU, 64-128GB RAM, 1-2TB SSD/NVMe	10–20 VPS check2 vCPU check4–6GB RAM check40–80GB SSD	Good for initial VPS business setup or private hosting.
Enterprise Virtualization / Internal Apps	16–24 core CPU, 128-256GB RAM, SSD/NVMe	20–30 VPS check2–4 vCPU check6–8GB RAM check80–160GB SSD	Designed for VPS resellers, cloud hosting, or virtualization SaaS.
High-Density VPS or Cloud Provider	32+ core CPU, 256-512GB+ ECC RAM, SSD/NVMe	30–50+ VPS check2–6 vCPU check4–12GB RAM check50–200GB SSD	Designed for VPS resellers, cloud hosting, or virtualization SaaS.
Container Platforms / Kubernetes / Docker	Multi-core CPU, 256–512GB RAM, NVMe Storage, clusters, 1G/10G port	50–200+ containers checkCPU share check1–4GB RAM checkEphemeral or persistent volumes	Best for DevOps, CI/CD pipelines, microservices hosting.

FAQs of Virtual Dedicated Server (VDS) & Bare Metal Hosting

What is a Virtual Dedicated Server (VDS)?

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A Virtual Dedicated Server (VDS) is a virtual machine that provides dedicated CPU, memory, and storage resources to each user. Unlike shared hosting, a VDS ensures resource isolation and consistent performance through virtualization technology (such as KVM or VMware).

What is Bare Metal Hosting?

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Bare Metal Hosting provides customers with a dedicated physical server — no virtualization layer, no shared hardware. You get full access to the server’s resources for maximum performance and control, similar to having your own on-premise hardware.

Which option offers better performance — VDS or Bare Metal?

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Bare Metal Hosting provides the highest raw performance since it runs directly on hardware without virtualization overhead. However, VDS Hosting offers a good balance of performance and flexibility for most workloads.

Can I run multiple virtual machines on a Bare Metal Server?

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Yes. Using Bare Metal Virtualization Hosting, you can deploy and manage multiple VMs on one physical server, combining virtualization flexibility with bare metal power.

Does CloudClusters manage the servers for me?

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CloudClusters offers fully managed, semi-managed, and self-managed options. You can choose based on your technical requirements and control preferences.

How is VDS different from a VPS?

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While both are virtual environments, a VPS (Virtual Private Server) shares hardware resources among multiple users, whereas a VDS allocates guaranteed, dedicated resources — offering better performance, security, and reliability.

Is VDS Hosting secure?

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Yes. Each VDS runs in a fully isolated environment, ensuring that no other users can access your data or resources. This makes it a secure choice for applications that require privacy and compliance.

Can I scale my VDS or Bare Metal Server?

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VDS: Can be scaled easily — you can add CPU, RAM, or storage through the control panel.
Bare Metal: Scaling typically involves upgrading or adding new physical servers, but CloudClusters provides fast provisioning options.

What are the main use cases for VDS and Bare Metal Hosting?

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VDS: Web applications, SaaS hosting, development environments, and lightweight databases.
Bare Metal: High-performance computing (HPC), big data analytics, machine learning, and enterprise databases.

Which option is more cost-effective?

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VDS Hosting is more cost-efficient for flexible, scalable workloads.
Bare Metal Hosting offers long-term value for performance-critical, resource-heavy applications.

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