What Is a Dedicated Server?

A dedicated server is a physical machine housed in a data center, allocated entirely to one client. Every CPU core, every gigabyte of RAM, every NVMe SSD, and every bit of network bandwidth belongs to you and no one else.

No hypervisor divides resources between tenants. No other company’s traffic spike can slow your workload. No shared infrastructure decision affects your application’s behavior. You get the machine, the hardware, and the network connection exactly as specified, with full root access from day one.

For businesses running high-traffic applications, financial databases, AI training pipelines, gaming servers, or any system where performance consistency is non-negotiable, a dedicated server is the infrastructure layer that makes that possible.

The short answer: A dedicated server is a physical machine in a data center that one client uses exclusively. You get full access to all CPU, RAM, storage, and network resources, with no sharing with other users. This gives your applications consistent performance, complete root-level control, and hardware-level security isolation.

Advantages and Disadvantages of a Dedicated Server

Every infrastructure choice involves tradeoffs. A dedicated server delivers performance and control that no shared or virtual environment can match, but it carries costs and requirements that are not right for every team. Here is an honest breakdown.

Advantages

Consistent, guaranteed performance: A dedicated server gives your application exclusive access to all hardware. No hypervisor overhead reduces CPU throughput. No other tenant’s database backup saturates the storage bus at 3am and adds latency to your queries. Our clients running high-traffic e-commerce platforms on Intel Xeon configurations with NVMe SSD storage consistently see database query response times under 5ms under peak load. That kind of consistency is impossible in a shared or VPS environment.

Complete root-level control: Root access means you control everything from the kernel level up. You choose the operating system, whether Ubuntu 22.04 LTS, Debian 12, Rocky Linux 9, CentOS Stream, or Windows Server 2022. You set the RAID level, configure firewall rules at the OS layer, install custom kernel modules, and deploy AI frameworks that require direct CPU instruction set access. No cloud provider or shared environment gives you this depth of control.

Hardware-level security isolation: Your data does not share CPU cache, memory buses, or network interfaces with any other tenant. Side-channel attacks that target multi-tenant environments, such as Spectre and Meltdown variants that exploit shared CPU cache state, do not apply to a dedicated server where you are the only tenant on the hardware. For organizations handling payment card data under PCI-DSS, health records under HIPAA, or personal data under GDPR, hardware isolation simplifies compliance significantly.

SLA-backed uptime: Dedicated servers run on hardware allocated to one client. Performance problems on other machines in the data center do not affect yours. Atal Networks backs every dedicated server with a 99.99% uptime SLA and a 100% network SLA, supported by BGP-redundant connectivity through our multihomed network. At 99.99% uptime, that is fewer than 53 minutes of total downtime per year across planned and unplanned events.

Data residency control: A dedicated server in a specific data center means you know exactly where your data sits physically. Cloud environments spread data across regions by default. Dedicated hosting gives compliance teams a clear, auditable answer to “where does this data live?”

BGP-multihomed network resilience: Atal Networks connects every dedicated server to our network through Simply Transit with 100% BGP multihoming. If one upstream carrier experiences an outage, traffic reroutes through the remaining paths automatically, with no action required from your team.

Disadvantages

Higher fixed cost: Dedicated servers cost more than shared hosting and VPS because you pay for exclusive hardware. Entry-level configurations start around $80 per month. High-core-count configurations with large RAM and GPU capacity reach $1,000 or more per month. The hardware is yours regardless of how much of it your workload uses at any given moment.

Requires technical knowledge on unmanaged plans: An unmanaged dedicated server hands you root access and leaves the rest to you. OS installation, security patching, software updates, backup configuration, and performance tuning are your team’s responsibility. Teams without in-house Linux or Windows server administration expertise need managed hosting, which costs more.

Manual scaling: Adding CPU, RAM, or storage to a dedicated server requires a hardware change, which takes time and may require migration. Cloud environments scale up or down in minutes. Dedicated servers are the right fit for steady, predictable workloads. For applications with extreme traffic variability, a cloud or a hybrid approach may be more practical.

Single-location by default: A dedicated server sits in one physical location. If your application needs global distribution, you need multiple servers across regions. Cloud platforms handle geographic distribution more easily through their global network of data centers.

Setup time on custom configurations: Pre-configured servers deploy within hours. Custom builds with specific hardware components, custom RAID layouts, or non-standard operating system images typically take 24 to 72 hours from order to deployment.

How a Dedicated Server Works

A dedicated server sits in a rack inside an ISO-certified data center. The machine connects to the internet through a dedicated network port, typically 1Gbps or 10Gbps, routed through a BGP-redundant carrier network for automatic failover if one upstream provider fails.

After order confirmation, the hardware is provisioned to your specification. You choose the processor generation, the amount of RAM, the storage configuration, and the RAID level. Once provisioned, you receive root access on Linux or administrator access on Windows, giving you full control over every layer of the software stack.

There is no hypervisor between you and the hardware. Unlike a VPS, which runs as a virtual machine on top of a shared physical host, a dedicated server hands you the entire machine. You install the operating system, configure the firewall, set the RAID level, choose the kernel parameters, and define exactly how storage volumes are allocated.

For out-of-band access, most dedicated server providers supply IPMI or KVM over IP. This lets you access the server at the hardware level, even if the operating system crashes or fails to boot, giving your infrastructure team the ability to recover without requiring a data center technician to physically intervene.

At Atal Networks, every dedicated server runs on Dell hardware with Intel Xeon processors, NVMe SSD storage, and RAID protection. Each machine connects to our BGP-multihomed network through Simply Transit, with 10Gbps ports and 100% network redundancy, backed by a 99.99% uptime SLA. From the moment your server goes live, you have full root access and complete control over every layer of the stack.

Dedicated Server vs. Shared Hosting vs. VPS vs. Cloud

The hosting industry uses several overlapping terms. Understanding the difference between them helps you pick the right infrastructure for your workload.

Shared hosting puts multiple clients on the same physical machine. Resources, including CPU cycles, RAM, disk I/O, and network bandwidth, are pooled across all accounts on that server. It is the cheapest option, and the right choice for low-traffic sites with no strict performance requirements. The problem is that when one account spikes in traffic, all accounts on that machine slow down. This is the noisy neighbor problem.

A VPS (Virtual Private Server) sits in the middle. A hypervisor divides one physical machine into multiple isolated virtual machines. Each VM gets a defined allocation of CPU and RAM, and the isolation prevents one tenant from directly crashing another. But the underlying physical hardware is still shared. Under sustained load, multiple tenants competing for the same CPU, memory bus, or disk I/O create performance variability that is invisible in testing and obvious in production.

A dedicated server removes this entirely. The hardware belongs to one client. There is no virtualization layer, no resource contention, and no noisy neighbor. Performance at 2 am matches performance at peak load on a Friday afternoon.

Cloud hosting offers elastic scaling, meaning you can add or remove resources on demand. This makes the cloud a strong fit for workloads with unpredictable or highly variable traffic. The tradeoff is that cloud instances are virtual, run on shared physical infrastructure, and charge variable costs that scale with usage. For steady, high-performance workloads, dedicated servers often cost less over 12 months than equivalent cloud compute.

Feature	Dedicated Server	VPS	Shared Hosting	Cloud
Hardware access	Exclusive physical machine	Virtual slice of shared hardware	Pooled, shared account	Virtual, multi-tenant
CPU access	100% dedicated cores	Capped vCPU allocation	No guarantee	Burstable, variable
RAM	Fully dedicated	Reserved with limits	Pooled	Defined per instance
Performance consistency	Predictable, no contention	Variable under heavy load	Highly variable	Variable
Root access	Full	Full (within VM)	No	Limited
DDoS protection	Hardware-level	Depends on the provider	Shared	Depends on the provider
Data location control	Client-defined	Provider-defined	Provider-defined	Provider-defined
Cost model	Fixed monthly	Fixed or variable	Lowest, fixed	Variable, pay-as-you-go
Best for	Enterprise, gaming, AI, high-traffic	Growing businesses, dev projects	Small sites, low traffic	Variable-scale apps

For businesses choosing between a VPS and a dedicated server, the deciding factor is usually this: if your application cannot tolerate performance variability, and if your traffic has a consistent baseline load that justifies exclusive hardware, a dedicated server is the right call.

Types of Dedicated Servers

Managed vs. Unmanaged Dedicated Servers

The management level determines how responsibilities are divided between your team and the hosting provider.

An unmanaged dedicated server gives you the hardware, the network connection, and root access. Everything else, including OS installation, software updates, security patching, monitoring, backup configuration, and hardware troubleshooting, is your responsibility. Unmanaged hosting suits teams with in-house Linux or Windows server administration expertise. It costs less because the provider is not charging for administration labor.

A managed dedicated server adds provider-side administration. The hosting team handles OS updates, security monitoring, hardware replacement on failure, and basic software support. This is the right model for businesses that need dedicated hardware performance but do not have an infrastructure team to manage it. Managed hosting costs more because the provider’s engineers are actively maintaining your environment.

 

	Managed	Unmanaged
OS updates	Provider handles	Client handles
Security patches	Provider handles	Client handles
Monitoring	Provider handles	Client handles
Hardware replacement	Provider handles	Provider handles
Cost	Higher	Lower
Control level	Shared	Full
Best for	Teams without DevOps	Teams with server experience

Bare Metal Servers

Bare metal servers and dedicated servers refer to the same physical infrastructure. The term “bare metal” emphasizes the absence of a virtualization layer. You work directly with the physical hardware, with no hypervisor overhead consuming CPU cycles or introducing memory latency between your application and the silicon.

The performance difference between a bare metal server and a VPS running on the same physical hardware is measurable. Hypervisor overhead typically reduces CPU throughput by 5% to 15%. For database workloads that run at near-full CPU utilization, that cost is high.

Atal Networks offers bare metal server configurations across 213+ data centers in seven global regions. Every configuration runs on Dell hardware with Intel Xeon processors and NVMe SSD storage, accessible through 10Gbps network ports with BGP-redundant carrier connectivity.

GPU-Accelerated Dedicated Servers

GPU-equipped dedicated servers carry one or more graphics processing units alongside the main CPU. These configurations are built for workloads that benefit from parallel computation: AI model training, deep learning inference, video transcoding, 3D rendering, and high-performance computing simulations.

GPU-accelerated dedicated servers give AI and ML teams access to the raw compute power needed to train large models without competing for cloud GPU availability or paying cloud GPU on-demand pricing, which can be significantly higher than a fixed-rate dedicated configuration.

Storage-Optimized Dedicated Servers

Storage-optimized configurations prioritize disk capacity and I/O throughput over raw CPU performance. These servers carry multiple high-capacity drives, typically NVMe SSDs in RAID configurations, and suit backup servers, media archives, database storage nodes, and object storage deployments.

Dedicated Server Use Cases

High-Traffic Websites and E-Commerce

Websites handling tens of thousands of concurrent visitors need infrastructure that does not share CPU or memory with other clients. High-traffic e-commerce platforms, media sites, and SaaS dashboards experience response time degradation on shared or VPS hosting when traffic spikes, because the additional load competes with other tenants for the same physical resources.

A dedicated server eliminates that risk by giving the application exclusive access to all hardware. E-commerce platforms with strict checkout performance requirements keep page load times below 2 seconds under peak traffic, directly protecting conversion rates. At roughly 1% revenue lost per 100ms of additional page load time, the cost of shared hosting underperformance is measurable.

AI, Machine Learning, and Data Science

AI and machine learning workloads demand sustained CPU throughput, large memory pools for model loading, and fast disk I/O for dataset reads. Training a machine learning model on a shared or VPS environment introduces performance variability that can corrupt training run timing, cause out-of-memory errors when other tenants spike, or extend training time unpredictably.

Dedicated servers with Intel Xeon processors, 256GB or more of ECC RAM, and NVMe SSD storage provide the stable compute environment that AI and ML workflows require. Our clients running inference pipelines and model fine-tuning benefit from consistent access to full hardware capacity and direct NVMe I/O without hypervisor overhead.

For AI teams that need GPU compute, our GPU-accelerated dedicated configurations deliver the parallel processing power required for model training and production inference without the variable cost and availability constraints of cloud GPU instances.

Gaming Servers

Multiplayer game servers need low network latency, high CPU single-thread performance, and DDoS protection. Players are sensitive to latency increases above 20 to 30ms. A game server that spikes to 80ms during peak player hours creates a poor experience that drives players to competitors. Gaming communities are also a frequent target of volumetric DDoS attacks designed to disrupt matches.

A dedicated gaming server gives the operator full control over server tick rate, game configuration, and mod installation, while running on hardware that is not shared with other tenants. Atal Networks’ DDoS-protected infrastructure on 10Gbps ports covers gaming server clients across North America, Europe, Asia, and the Middle East, with data center locations in Stockholm, Helsinki, Singapore, and additional gaming-relevant regions.

Streaming and Media Delivery

Video streaming platforms and audio streaming services require sustained bandwidth and low network jitter to deliver consistent playback quality. A dedicated server with a 10Gbps port provides the throughput needed to serve high-definition video to thousands of concurrent streams without packet loss or buffering caused by shared network infrastructure competing for bandwidth.

Media platforms that handle live encoding, transcoding, or real-time CDN origin traffic benefit from dedicated hardware with NVMe SSD storage for fast read performance and 10Gbps network connectivity for high-throughput delivery.

Enterprise Applications and Databases

ERP systems, CRM databases, financial transaction platforms, and internal business applications require high IOPS, low query latency, and strict data residency. These systems often must stay in a specific geographic region for compliance with GDPR, HIPAA, or local financial regulation. A dedicated server in a certified data center satisfies both the performance requirement and the compliance requirement simultaneously, because the client defines where the hardware sits and what software runs on it.

Dedicated servers with NVMe SSD storage deliver the IOPS that production database servers need, without the disk I/O contention that affects VPS instances on shared physical hosts.

Proxy, VPN, and Privacy Infrastructure

Proxy businesses and VPN operators require clean IP ranges, high-bandwidth ports, and infrastructure where tenant traffic does not mix at the network layer. Dedicated servers with IPv4 and IPv6 allocation, BYOIP support, and BGP-multihomed network connectivity provide the isolation that proxy and VPN infrastructure demands.

Atal Networks offers IPv4 and IPv6 leasing starting at $150.00 per month alongside our dedicated server configurations, making us a strong fit for proxy businesses that need both the server infrastructure and the IP address inventory in one place.

Colocation and Private Cloud Building

Some organizations prefer to own their physical hardware but place it in a professionally managed data center. Colocation services provide rack space, power, cooling, and network connectivity in a Tier-4 facility, while the client owns and manages the servers. Other teams use dedicated servers as the compute layer for private cloud deployments, running hypervisors like Proxmox or VMware ESXi to create isolated environments for internal teams.

Dedicated Server Hardware Specifications That Matter

Most hosting guides stop at “fast processors and lots of RAM.” That level of description does not help you specify or evaluate a server. Here is what actually matters in each hardware category and why.

Processors (CPU)

The CPU determines how many requests your server can process concurrently and how fast individual tasks complete. For web servers and databases, clock speed matters more than core count. A dual-core processor at 4.5GHz handles many web request types faster than a 32-core processor at 2.5GHz, because most web requests are single-threaded or lightly threaded.

For AI training, video encoding, and any workload that parallelizes effectively, core count and memory bandwidth become the relevant metrics. Intel Xeon processors support ECC RAM, offer 12 to 64 cores per socket in current generations, and are designed for 24x7 sustained operation at full load without thermal throttling.

Atal Networks dedicated servers run on Intel Xeon processors across all configurations, specifically chosen for their ECC memory support and consistent throughput under sustained production workloads.

Storage: NVMe SSD vs. SATA SSD vs. HDD

Storage type determines how fast your server can read and write data, which directly affects database query times, application load speeds, and how quickly the operating system can swap data.

 

Storage type	Typical read IOPS	Typical latency	Best for
NVMe SSD	500,000 to 1,000,000	0.1ms	Databases, AI/ML, high-traffic apps
SATA SSD	80,000 to 100,000	0.3 to 0.5ms	General web hosting, CMS
HDD	150 to 200	3 to 10ms	Archive storage, bulk backups

NVMe SSD connects directly to the CPU via PCIe lanes, eliminating the SATA controller bottleneck. For database-heavy applications, NVMe delivers up to 6x faster disk throughput than SATA SSD, which translates directly to lower query latency and higher transactions per second.

Atal Networks equips dedicated servers with NVMe SSD storage as standard, combined with RAID configurations for data redundancy. RAID 1 mirrors data across two drives for redundancy. RAID 10 stripes and mirrors across four drives, providing both high IOPS and redundancy for production database workloads.

RAM and ECC Memory

Server-grade dedicated hardware uses ECC (Error-Correcting Code) RAM. ECC RAM detects and corrects single-bit memory errors in real time, without crashing the server or corrupting data. Consumer-grade RAM does not have this capability.

For database servers, financial platforms, and any application where data integrity matters, ECC RAM is the difference between a correctable bit flip and a corrupted dataset that requires a full restore from backup. Dedicated server hardware at every serious provider uses ECC RAM by default.

Most dedicated server configurations start at 64GB RAM. AI and ML workloads loading large language models typically require 128GB to 512GB depending on model size. Virtualization hosts running many VMs need large RAM pools, with 256GB or more as a common deployment target.

Network Port Speed and BGP Connectivity

Network port speed determines how much data your server can send and receive per second. A 1Gbps port sustains approximately 100MB per second of actual throughput under real-world conditions. A 10Gbps port delivers up to 1.25GB per second, which matters for media streaming, large database replication transfers, and applications serving high numbers of concurrent connections.

BGP (Border Gateway Protocol) multihoming means your server connects to the internet through multiple upstream providers simultaneously. If one carrier experiences an outage or routing issue, traffic reroutes automatically through the remaining carriers within seconds, without you changing anything. Single-homed networks that connect through one carrier have a single point of failure at the carrier level.

Atal Networks runs 100% BGP-multihomed connectivity through Simply Transit. Our clients’ servers stay reachable even when upstream carrier incidents occur, because traffic automatically shifts to available paths.

How to Choose a Dedicated Server

Choosing the right dedicated server configuration requires matching hardware to workload requirements, not picking the highest specs available. Here is a practical process.

Step 1: Define your workload type. CPU-bound workloads, including web servers, API backends, and real-time databases, need a high single-thread clock speed. Memory-bound workloads, including AI inference, in-memory databases, and high-density virtualization, need large ECC RAM pools. Storage-intensive workloads, including media archives, backup servers, and large databases, need an NVMe SSD with RAID 10.

Step 2: Identify your geographic requirement. Place your server in the region closest to your end users to minimize network round-trip time. For compliance with GDPR, data must stay in the European Economic Area. For HIPAA, data must stay in certified US facilities. Atal Networks operates data centers across North America, Europe, Asia, the Middle East, Africa, and Oceania, covering every major compliance zone.

Step 3: Choose between managed and unmanaged. If your team manages Linux or Windows servers professionally and can handle security patching, backup configuration, and monitoring setup, unmanaged is more cost-efficient. If you need the provider to handle administration, managed hosting is the right model.

Step 4: Confirm the SLA terms. Any provider you consider should offer a minimum 99.99% uptime SLA with explicit network guarantees separate from hardware guarantees. Verify what financial penalties apply to downtime, what the hardware replacement SLA covers, and what counts as an excluded event.

Step 5: Check network quality. Single-homed networks create a single point of failure. BGP-multihomed networks with Tier-1 carrier connectivity deliver the redundancy that production workloads require. Ask specifically how many upstream carriers the provider peers with and whether failover is automatic.

Step 6: Confirm BYOIP and IP address support. If your application requires clean IP addresses for outbound traffic, or you have existing IP space you want to route through the provider’s network, confirm they support BYOIP and BGP announcement of your prefixes. Confirm they can provide IPv4 and IPv6 address blocks at defined pricing if you need additional address inventory.

Atal Networks accepts crypto, PayPal, credit card, and bank transfer, giving international clients the payment flexibility that many providers do not offer. Our dedicated server plans deploy across 213+ locations with no hidden fees and transparent pricing at every configuration level.

Dedicated Server Costs: What You Are Paying For

Dedicated server pricing ranges from roughly $80 per month for entry-level single-socket configurations to $1,000 or more per month for high-core-count, GPU-equipped servers with large RAM pools. The cost reflects exclusive use of physical hardware, enterprise-grade data center costs, and dedicated network bandwidth.

The relevant comparison is not shared hosting. The relevant comparison is the cost of performance degradation, compliance failures, or downtime to your business. A dedicated server eliminates the noisy neighbor problem, provides the data residency control compliance teams need, and delivers the performance consistency that revenue-generating applications require.

Cost component	Detail
Hardware	CPU, RAM, storage, dedicated physical machine
Data center	Power, cooling, physical security, rack space
Network	Port speed, transit bandwidth, DDoS protection
Management level	Unmanaged is lower cost; managed adds administration
IP allocation	IPv4 addresses carry market-rate costs
Support	24x7 expert support is included or add-on, depending on the plan

For most businesses, the total cost of a dedicated server is lower than a comparable cloud configuration over 12 months, because cloud pricing for reserved compute at equivalent specs typically exceeds fixed-rate dedicated pricing. The exception is workloads with highly variable traffic, where cloud elasticity reduces idle capacity costs.

Dedicated Server vs. Cloud Hosting: When Each One Is Right

Factor	Dedicated Server	Cloud Hosting
Performance consistency	High, no contention	Variable, depends on instance load
Hardware control	Full, custom spec	Provider-defined instance types
Data location	Fixed, client-defined	Pooled, often multi-region
Compliance (GDPR, HIPAA)	Straightforward, clear data residency	Complex without dedicated instances
Scaling	Manual hardware changes	Elastic, automatic
Cost model	Fixed monthly	Variable, pay-as-you-go
Root access	Full	Limited to the instance/OS level
Noisy neighbor risk	None	Present in shared underlying hardware
Best for	Steady, high-performance workloads	Variable-scale or burst-heavy applications

A dedicated server is the right choice when your workload has predictable resource demands, requires hardware-level security isolation, must remain in a specific geographic region for compliance, or needs consistently low latency that cloud environments cannot guarantee. Cloud hosting is better suited for workloads with unpredictable traffic spikes or development environments that need to scale up and down rapidly.

Many enterprise teams run both: dedicated servers for steady production workloads and cloud instances for burst capacity, development environments, or geographically distributed edge nodes.

Frequently Asked Questions

Is a dedicated server the same as a bare metal server?

A dedicated server and a bare metal server are the same thing. Both refer to a physical machine allocated entirely to one client, with no hypervisor or virtualization layer between the hardware and the client’s operating system. “Bare metal” simply emphasizes that the client works directly with the physical hardware.

Do I need technical knowledge to use a dedicated server?

Unmanaged dedicated servers require solid Linux or Windows server administration skills. You configure the operating system, install software, manage security patches, and handle backup procedures. Managed dedicated servers reduce that requirement because the provider handles routine administration. Some technical understanding still helps you specify the right configuration for your workload.

How long does it take to deploy a dedicated server?

Pre-configured dedicated servers typically deploy within hours of order confirmation. Custom builds with specific hardware components, RAID configurations, or custom operating system images may take 24 to 72 hours, depending on hardware availability. Atal Networks provides deployment timelines at order confirmation, so your team can plan accordingly.

Can I run virtual machines on a dedicated server?

Yes. A dedicated server with full root access supports any hypervisor, including Proxmox, VMware ESXi, and KVM. You can run dozens of virtual machines on a single dedicated server, with complete control over how hardware resources are divided between them. This makes dedicated servers an efficient foundation for private cloud infrastructure.

How does dedicated server security compare to cloud hosting?

A dedicated server provides hardware-level isolation, meaning no other tenant’s code runs on the same physical CPU or accesses the same memory space. Cloud environments use virtualization to isolate tenants, which introduces a hypervisor-level attack surface. For organizations with strict data protection requirements or regulatory obligations that require hardware-level isolation, a dedicated server provides a stronger security foundation than multi-tenant cloud infrastructure.

Can I use my own IP address block on a dedicated server?

Yes. Providers that support BYOIP allow you to route your existing IPv4 or IPv6 address space through their network and announce it via BGP. Atal Networks supports BYOIP across our infrastructure. We also offer IPv4 and IPv6 leasing if you need additional address inventory alongside your dedicated server.

What is the noisy neighbor problem, and does a dedicated server fix it?

The noisy neighbor problem occurs in shared hosting and VPS environments when one tenant consumes a disproportionate share of shared CPU, memory, or disk I/O, slowing down all other tenants on the same physical machine. A dedicated server eliminates this problem entirely. No other tenant shares your hardware, so no other tenant’s workload can affect your application’s performance.

Deploy Your Dedicated Server with Atal Networks

Atal Networks has provided dedicated server infrastructure to 36,000+ businesses across 196 countries for over 15 years. Our founders, Adam and Izak, built this company from a server administration background. Every infrastructure decision we make reflects what production environments actually need, not what looks good in a marketing table.

Our dedicated servers run on Dell hardware with Intel Xeon processors, NVMe SSD storage, and RAID data protection. Every machine connects to our BGP-multihomed network through Simply Transit on 10Gbps ports. We back every deployment with a 99.99% uptime SLA and a 100% network SLA.

We operate across 213+ data centers in North America, Europe, Asia, the Middle East, Africa, and Oceania. We accept crypto, PayPal, credit cards, and bank transfers. No hidden fees. No overselling. Transparent pricing on every configuration.

Deploy Your Dedicated Server Today or contact our infrastructure team for a configuration recommendation specific to your workload.