Xeon Dedicated Server

Run databases, virtual machines, business applications, and high-traffic websites on a physical server powered by an Intel Xeon processor. A Xeon Dedicated Server gives your workload dedicated CPU, RAM, storage, and a server network port, without sharing the physical machine with another customer. 
Onlive Server offers configurations across multiple Xeon generations, storage types, and global data-centre locations. Compare the exact processor, memory, drives, port speed, location, and management level before choosing a plan. 

Dedicated Resources | SSD and NVMe Options | Global Locations | Root or Administrator Access | 24/7 Technical Support

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Power Your Business with Xeon Dedicated Server Hosting

Xeon Dedicated Server Hosting provides powerful, reliable, and secure infrastructure for businesses running demanding websites, applications, databases, virtual machines, and SaaS platforms. With dedicated Intel Xeon processors, your workloads receive exclusive CPU, RAM, storage, and bandwidth without sharing resources with unrelated users. This helps deliver consistent speed, improved stability, and better control during traffic spikes or intensive operations. Businesses can choose SSD or NVMe storage, flexible operating systems, scalable configurations, and global server locations according to their technical requirements. In addition, full root or administrator access allows your team to customise security, software, and performance settings. Supported by 24/7 technical assistance, Xeon Dedicated Server Hosting is a dependable solution for growing and resource-intensive business workloads.

Xeon Dedicated Server Plans 

Why Choose an Intel Xeon Dedicated Server Over an AMD? 

1

Specialized Accelerators

Intel integrates dedicated hardware accelerators into the silicon for specific tasks. Key examples include
Intel AMX (Advanced Matrix Extensions): Designed to significantly accelerate AI/ML inference directly on the CPU.   
Intel QAT (QuickAssist Technology): Built-in hardware for faster data compression and encryption.   

2

Ecosystem and Certification

Intel has a deep, mature ecosystem of ISV (Independent Software Vendor) certifications. If you are running legacy enterprise software or mission-critical commercial stacks, Xeon is often the “safe” choice because it is frequently the primary platform for vendor testing and optimization.   

3

Consistent Single-Core Performance

Xeon platforms are well suited for low-latency transactional workloads. Their strong per-core performance and platform optimisation help OLTP databases process individual queries faster and deliver a more responsive experience.

4

Vertical Scaling &
Configuration

Intel’s platform is often designed for deeper vertical scaling. It supports specific multi-socket confi
urations and inter-socket communication (UPI 2.0) that cater to specialized high-end enterprise clusters.   

5

Advanced Platform
Features

Intel often emphasizes CXL (Compute Express Link) integration and comprehensive firmware/BIOS tuning tools that enterprise IT departments rely on for precise control over hardware behavior. 
 

Choosing the Right Xeon Processor for Your Project 

Intel Xeon Processor Families Comparison 

Processor Family 

Primary Focus 

Best Use Case 

Key Characteristics 

Xeon 6 

Modern Data Centers 

Cloud-native, AI, HPC, Microservices 

High-efficiency (E-cores) or Performance (P-cores); advanced accelerators. 

Xeon Scalable 

Enterprise Servers 

Databases, Virtualization, AI, Analytics 

High scalability (multi-socket), robust security, built-in accelerators. 

Xeon W 

Workstations 

CAD, 3D rendering, Data science 

High core counts, stability, ECC memory support for professional content creation. 

Xeon D 

Network & Edge 

Industrial PCs, Storage (NAS), Networking gear 

System-on-a-Chip (SoC) design, power-efficient, integrated I/O. 

Xeon E 

Entry-Level Server 

Small business, Basic server tasks 

Reliable, cost-effective, essential server-grade features. 

Which Workloads Suit Xeon Server Hosting? 

Xeon dedicated servers are commonly used for: 

  • High-traffic eCommerce stores and business websites that need isolated resources 
  • SQL and NoSQL databases with sustained CPU, memory, or storage demand 
  • SaaS platforms, APIs, ERP systems, and internal business applications 
  • Proxmox, VMware, Hyper-V, KVM, and other virtualised environments 
  • Reseller hosting and multi-site platforms that require workload separation 
  • Build servers, data processing, media delivery, and private cloud nodes 

Xeon Server Performance

Navigating Core Counts and Clock Frequencies 

When selecting a processor for server-grade workloads, understanding the trade-off between core count (the number of “workers” in the processor) and frequency (the speed at which each worker operates) is critical to optimizing your server’s performance. 

Understanding the Trade-off 

In the world of server engineering, you rarely get the absolute maximum of both metrics simultaneously because of Thermal Design Power (TDP) limits. If a processor has a massive number of cores running at a high frequency, it generates immense heat that the server must be able to dissipate. 

  • Core Count (Scalability): Modern Intel Xeon processors can scale from 8 cores at the entry level up to 128+ cores in high-end, multi-socket enterprise configurations. High core counts are vital for virtualization (VPS hosting), containers, and parallel data processing where you need to run many instances at once. 
  • Frequency (Responsiveness): Measured in Gigahertz (GHz), frequency determines how fast a single core completes a task. Base frequencies might hover around 2.0 GHz to 3.0 GHz, while “Turbo” or “Max” frequencies can boost individual cores up to 4.0 GHz or higher for short, demanding bursts. 
xeon server

Prioritize Core Count if

You are selling VPS hosting or running multiple containerized applications (like Docker/Kubernetes). In these environments, you want as many physical cores as possible to ensure that every virtual machine gets its own dedicated resources without contention. 

Prioritize High Frequency if

You are running latency-sensitive applications, such as high-frequency trading databases, game servers, or specific web-based applications where single-thread performance determines how quickly a user receives a response. 

The “Turbo” Reality

Always check the All-Core Turbo speed versus the Max Single-Core Turbo. Many processors will show a very high “Max” frequency, but that speed is only achievable when only one core is active. When all cores are working at 100%, the frequency usually drops to a lower, more sustainable level to stay within thermal limits. 

Frequently Asked Questions 

  • Base Frequency: This is the speed at which the processor is guaranteed to operate under normal, sustained workloads. It ensures stability for 24/7 server operations. 
  • Turbo Frequency: This is a “boost” mode. When the workload requires it—and the temperature allows it—the processor increases the speed of one or more cores for a short time to handle demanding spikes. In a server, you cannot rely on the max turbo speed indefinitely. 

Generally, no. In a multi-socket server, both processors must be of the same family and, ideally, the exact same model to ensure the system boots and functions correctly. 

  • P-cores (Performance): Built for raw speed and complex calculations (AI, HPC)
  • . E-cores (Efficiency): Built for power efficiency and handling many background tasks simultaneously. This split allows you to match specific server racks to specific types of traffic (e.g., high-performance compute vs. high-density cloud hosting). 

A dual Xeon server uses a motherboard with two physical CPU sockets. This is ideal for applications requiring massive parallel processing, such as high-density virtualization (e.g., running many Proxmox or VMware instances) or high-frequency trading platforms. 

TDP (Thermal Design Power) is measured in Watts. It represents the maximum amount of heat the cooling system must be able to remove from the processor. Higher core counts and higher frequencies require higher TDP, which means you need better cooling (and potentially higher electricity costs) for your rack. 

  • Xeon Silver is often considered the “sweet spot” for mid-range enterprise workloads, offering a strong balance of performance and power efficiency.  
  • Xeon Gold is designed for high-demand environments, supporting higher memory speeds, more memory channels, and significantly higher core counts for heavy virtualization or large-scale database management 

These features are plan-specific. DDoS protection is normally provided at the network or hosting layer, while backups may be a separate service. Confirm the protection capacity, backup frequency, retention, restore process, and additional cost. 

Choose a location near most users or the external services your application calls. Use a provider test IP to measure latency and route quality from important regions before deployment. 

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