Best Bare Metal Server Providers of 2025

Use the comparison tool below to compare the top Bare Metal Server providers on the market. You can filter results by user reviews, pricing, features, platform, region, support options, integrations, and more.

Overview of Bare Metal Server Providers

Bare metal server providers deliver physical servers for businesses or individuals who need a dedicated machine that isn't shared with anyone else. These servers run directly on the hardware without virtualization layers, giving users complete control over the system's resources. It's like having your own private server, where you can choose everything from the hardware specs to the operating system, all without worrying about sharing resources with others. This makes bare metal servers a good fit for projects that need high reliability, strong processing power, or low-latency connections.

What sets bare metal apart is the performance and flexibility it offers. Since you're the only one using the server, you don’t have to worry about other users hogging the resources. This is especially important for applications that demand maximum performance, like big data analysis or running large websites. Bare metal server providers often give customers a choice between managing everything themselves or having the provider handle maintenance, software updates, and security. This flexibility ensures that businesses can find a solution that works for them, whether they want hands-on control or prefer to outsource the technical side of things.

Features of Bare Metal Server Providers

1. Exclusive Access to Hardware: With bare metal servers, you get the entire server to yourself. This means no other customers are using your resources, which translates into better performance and complete control over the server.
2. Customizable Resources: Bare metal providers allow you to select the hardware configuration that fits your needs, including CPU types, RAM, storage options, and network capabilities.
3. Complete Control Over Software: These servers give you full control over what software is installed and how it’s configured. You can install any operating system, control panels, or other software that suits your requirements.
4. Data Security and Privacy: Since you're the only one using the hardware, data security is much stronger. You won’t have to worry about other tenants on the same physical server, as is the case in multi-tenant virtualized environments.
5. Dedicated Bandwidth: Many bare metal server providers offer dedicated bandwidth, meaning your server isn’t sharing its internet connection with other customers.
6. Physical Server Monitoring: Providers often offer real-time monitoring of the physical hardware. This includes things like CPU temperature, power usage, and hard drive health.
7. Hardware Failover and Redundancy: Some providers implement failover mechanisms, where in the event of hardware failure, the load is shifted to backup systems to keep everything running without interruption.
8. Hands-On Support and Management: Many bare metal server providers offer 24/7 technical support, often from experts who are well-versed in handling hardware-specific issues.
9. High Customization for Performance Needs: Bare metal servers are built to handle the most demanding workloads. You can request high-performance processors (e.g., Intel Xeon, AMD EPYC), more memory, or specialized GPUs.
10. Scalability and Flexibility: Although bare metal servers are typically fixed in terms of hardware, many providers offer flexible solutions where you can upgrade or add more resources as your needs grow.
11. Dedicated Storage Options: You can choose from a variety of storage options, including HDD, SSD, and even NVMe drives, depending on your needs for speed, capacity, and redundancy.
12. Advanced Network Configuration: Bare metal servers often come with advanced networking options like private networks, multiple NICs (Network Interface Cards), and customizable firewalls.
13. Global Data Center Availability: Many bare metal providers operate data centers in multiple regions across the globe, allowing you to deploy your servers closer to your customer base.
14. Dedicated IP Addresses: With bare metal servers, you'll receive dedicated IP addresses that are not shared with other clients.
15. Cost-Effective for Long-Term Use: Although the upfront cost for bare metal servers might be higher compared to cloud or shared hosting, they can be more economical over the long run if you have consistent, predictable workloads.
16. Easy Migration from Legacy Systems: Many bare metal server providers offer services to help migrate legacy systems onto dedicated hardware, including data transfer tools and consultation services.
17. Managed Backup Solutions: Some providers offer integrated backup systems that automate data backups to ensure your data is protected regularly.
18. Instant Server Provisioning: For some providers, bare metal servers can be provisioned instantly, allowing businesses to get up and running quickly.

Why Are Bare Metal Server Providers Important?

Bare metal server providers play a crucial role for businesses and developers who need reliable, high-performance computing. When you choose a bare metal server, you're essentially getting a dedicated machine that’s all yours, free from the resource sharing and performance hits that can come with virtualized environments. This is especially important for projects that demand the full power of the hardware, whether it's for processing large amounts of data, running resource-intensive applications, or hosting complex websites. It ensures that your operations run smoothly without the interruptions or slowdowns that can occur when sharing a server with other clients, making it a dependable choice for performance-critical applications.

Beyond performance, bare metal servers also offer more control and customization, which is a big deal for businesses with unique needs. Instead of being limited by the restrictions of a shared or cloud server, you can pick and configure the exact hardware you need, ensuring that it’s tailored to your specific workloads. This level of customization is a huge advantage for companies in fields like gaming, finance, or scientific research, where every millisecond and every bit of processing power counts. Bare metal also offers more security, as your server is not part of a shared network, reducing the risk of exposure to potential threats from other tenants. With these advantages, bare metal servers are a solid choice for anyone who needs a powerful, flexible, and secure hosting solution.

Reasons To Use Bare Metal Server Providers

1. Unmatched Performance: When you opt for a bare metal server, you're getting access to a machine’s full processing power. There’s no shared infrastructure like you would find with cloud or virtualized environments. That means more consistent and powerful performance for your applications, whether it’s handling high-traffic websites, data-heavy applications, or resource-demanding processes like video rendering. You get all the CPU power, memory, and disk space allocated just to your needs, ensuring no slowdowns due to other users.
2. Complete Customization: Bare metal servers let you pick every aspect of the hardware. Want specific types of processors, a ton of RAM, or super-fast SSD storage? You can choose all that and more. This level of customization ensures you can optimize the hardware for your specific use case, whether that’s running databases, gaming applications, or scientific simulations. No compromises here—you get exactly what you need.
3. Security at Its Best: With a dedicated server, you're not sharing resources with anyone else. That makes it a lot harder for malicious actors to compromise your environment. You’re also in complete control over security measures like firewalls, encryption, and system patches. This is essential if you’re dealing with sensitive data or need to comply with industry regulations that require tight security controls.
4. No Virtualization Overhead: Virtual machines are great for many use cases, but they come with some overhead, especially when running resource-intensive applications. Bare metal servers skip that extra layer. You get direct access to the hardware, which means better resource utilization, lower latency, and faster performance. For businesses with high-performance needs, this is a critical benefit.
5. Predictable Pricing: Unlike cloud hosting models that often charge based on usage, bare metal servers typically come with flat-rate pricing. This gives you predictable monthly costs, which is a huge benefit when planning budgets for long-term projects or large-scale deployments. No surprise bills from fluctuating usage means you can focus on running your business without worrying about your hosting costs suddenly spiking.
6. Superior Reliability: When you're relying on your server for critical tasks, downtime isn't an option. Bare metal servers tend to be more reliable because there’s no virtualization layer to break down or cause performance hiccups. They’re also typically hosted in high-uptime data centers with robust failover mechanisms, so you can trust that your server will stay online when you need it most.
7. Resource Control: With shared hosting or virtual servers, you're competing with other users for resources. With a bare metal server, the resources are all yours—whether that’s disk space, memory, or bandwidth. This ensures your performance stays consistent, especially during peak traffic times. You don’t have to worry about other users affecting your experience.
8. Scalability Without Compromise: As your business grows, so do your hosting needs. Bare metal servers often provide flexible solutions that let you add more resources or upgrade hardware when necessary. Whether it’s adding additional storage or upgrading your RAM, you can scale up in a way that ensures your performance stays steady even as demand increases.
9. Full Control Over the Operating System: Unlike some hosting models that restrict what you can install on your server, bare metal servers give you the freedom to install any operating system or software stack that you choose. You can run your preferred Linux distribution, a specific version of Windows, or even custom OS configurations that meet the specific needs of your business. This gives you a level of freedom that other hosting solutions just can’t offer.
10. Better Network Performance: A key benefit of bare metal servers is the ability to configure your network setup exactly how you need it. This could mean more reliable bandwidth, faster data transfer speeds, or even specialized network configurations for handling high-volume traffic or low-latency applications. Whether you’re hosting a real-time application, a video streaming service, or something else that requires consistent and fast network access, bare metal servers have the edge.
11. Less Dependency on Third-Party Management: If you prefer not to rely on a third-party vendor for your hosting and want the ability to manage every aspect of your server, bare metal provides that autonomy. From software installations to system monitoring and backups, you’re fully in control. This is especially valuable for businesses with dedicated IT teams who want to ensure everything is running exactly as it should.
12. Support for Specialized Applications: Certain applications, especially those in fields like scientific research, media production, or financial modeling, require extremely specific hardware configurations. Bare metal hosting is perfect for these use cases because it allows you to tailor your server’s specs to meet the unique demands of your applications. Whether you need GPUs for machine learning or huge amounts of RAM for a data analysis project, bare metal servers can be adjusted to fit those needs.
13. Data Privacy and Sovereignty: If your business is in a regulated industry, using a bare metal server can help you maintain full control over where your data is stored. You can choose a hosting provider that offers data centers in specific regions, ensuring you meet data sovereignty requirements. Additionally, having a physical server dedicated to your business means you’re the only one with access to it, further enhancing data privacy.
14. Ideal for High-Traffic Websites: When you’re running a website or online service that gets a lot of traffic, performance can become a challenge. Bare metal servers are ideal for handling large volumes of visitors without compromising performance. Whether it’s an ecommerce site during holiday sales or a media site streaming large files, bare metal provides the stability and speed you need to keep everything running smoothly.

Who Can Benefit From Bare Metal Server Providers?

• High-Traffic Websites: If you’re running a website that gets tons of visitors or you need super quick load times (think ecommerce sites or popular blogs), bare metal servers can give you the performance boost you need. They’re perfect for situations where you can't afford slow response times, like when customers are making purchases or when you’re hosting live events that require smooth streaming.
• Tech Startups: Many early-stage companies focused on tech or app development may lean toward bare metal servers when they need a stable, fast, and scalable solution. These startups often deal with lots of traffic, complex computing needs, or custom software, so bare metal servers give them the flexibility and speed to handle growth without worrying about shared resources slowing them down.
• Data-Intensive Applications: Companies dealing with massive amounts of data—whether it’s running databases, big data analytics, or even working with video files—can use bare metal servers to keep everything running smoothly. They’ll get tons of storage, fast read/write speeds, and can customize the server to fit the exact needs of their data-heavy applications.
• Software Developers: For developers who need a reliable environment for building, testing, and deploying software, bare metal servers provide more control than virtual machines. Since there’s no virtualization layer, developers can push their applications to the max without worrying about performance hits. Plus, developers working on specific environments or specialized applications might require that custom setup that bare metal servers can easily offer.
• Streaming Services: If you're managing a video streaming service, hosting media, or even broadcasting live events, bare metal servers are essential. You need servers that can handle massive amounts of data and ensure smooth playback, especially when viewers are spread across the globe. With the high bandwidth and processing power these servers provide, you avoid delays and buffering issues, which is crucial in the streaming world.
• Financial Trading Firms: Bare metal servers are a key asset for companies in the financial sector, especially when they require super-fast transaction processing or are handling real-time trading data. Every millisecond matters in trading, so the low latency and high performance of bare metal servers ensure their systems can run at full speed without any risks of throttling or instability.
• Gaming Companies: Game developers and online gaming companies love bare metal servers for the way they can host multiplayer games with low latency. Whether you're building a game or running a game server, bare metal servers allow for quick processing, seamless connections, and a more enjoyable player experience. No one wants lag when they’re in the middle of an intense gaming session.
• Research Institutions: Universities or research organizations that deal with complex simulations, data analysis, or scientific calculations often require bare metal servers. Whether they’re running machine learning models, processing climate data, or simulating molecular dynamics, they need all the raw computing power that a dedicated server offers to crunch massive data sets without interruptions.
• Content Creation and Media Companies: Video editing studios, animation companies, and other media organizations often need bare metal servers to handle huge video files, render graphics, or process large amounts of media content. These tasks require powerful machines to ensure that workflows don’t get bogged down by slow processing or unstable cloud instances. Bare metal servers allow for the most efficient use of resources.
• Blockchain Enthusiasts: Individuals or businesses involved in cryptocurrency mining or blockchain technology can benefit from the processing power of bare metal servers. Mining and running blockchain nodes require a lot of computational resources. Bare metal servers offer a consistent and powerful platform for running these operations, giving users more control and efficiency compared to shared cloud services.
• Cybersecurity Firms: For businesses that specialize in security testing, monitoring, and incident response, bare metal servers provide a secure and isolated environment. Security professionals often need to run security simulations or build secure infrastructure from the ground up, which bare metal allows for, without the potential vulnerabilities of virtualized environments.
• IoT (Internet of Things) Applications: If you're working with IoT devices that send a huge volume of data, bare metal servers are ideal for handling and processing that information quickly. Whether it’s for real-time analytics or cloud management for connected devices, bare metal servers provide the high-speed, low-latency environment necessary for these systems to function efficiently.
• Cloud Providers Offering Specialized Services: Some cloud providers who offer highly specialized or custom solutions may use bare metal servers to provide their clients with dedicated, high-performance systems. Instead of relying on the usual virtualized resources, these providers cater to clients who require guaranteed resource availability and tailored server configurations, such as for hosting private clouds or running resource-intensive apps.

How Much Do Bare Metal Server Providers Cost?

The cost of bare metal servers can vary widely, depending on what you're looking for in terms of power and features. At the most basic level, you could expect to pay anywhere from $100 to $200 per month for a low-end server with moderate specs. These would typically have a single processor, average storage, and a limited amount of memory. If you're looking for something more robust with faster processors, bigger storage options, and more RAM, prices jump up significantly, often reaching $400 to $600 or more each month. Bigger and better hardware drives the price up, but the added expense also comes with the benefit of improved performance and reliability for more demanding tasks.

On top of the basic server rental, there are other potential costs to keep in mind. Many providers charge extra for things like additional bandwidth, software support, backups, and security measures. If you go for a fully managed solution, where the provider handles everything from maintenance to monitoring, this can add anywhere from $100 to $300 or beyond to your monthly bill. If you're running multiple servers or need a custom setup, pricing will typically be adjusted to fit your needs. For businesses that need a lot of servers or specific configurations, many companies offer discounts or negotiable rates, so you can often work out a deal that fits your budget.

Bare Metal Server Providers Integrations

When using a bare metal server, you're able to install and run almost any kind of software that fits your business needs. These servers are powerful, providing you with full control, which is ideal for running complex applications. For example, you can use server management software like cPanel or DirectAdmin to handle things like website hosting and server settings without diving deep into command-line configurations. Additionally, bare metal servers are compatible with automation tools such as Ansible or Puppet, which make managing a large number of servers or deploying applications faster and more consistent.

If you're running a website or web application, bare metal servers are great for running web servers like Nginx or Apache, and they allow you to set up a custom environment that suits your specific requirements. When it comes to databases, these servers support a wide range of systems, including MySQL, PostgreSQL, and even NoSQL databases like MongoDB, which are perfect for handling demanding workloads. Virtualization software like KVM or VMware also works seamlessly on bare metal, letting you create virtual machines to run different applications on the same physical hardware. And for monitoring and securing these systems, tools like Nagios or Fail2Ban can easily be integrated, giving you control over performance and security while minimizing the need for constant manual intervention.

Bare Metal Server Providers Risks

• Lack of Flexibility for Scaling: Unlike cloud-based virtual environments, bare metal servers come with fixed resources. If your business needs to scale up quickly, you may run into limitations. You can't just add more virtual machines or containers as easily as you can in a cloud environment, and adding physical resources to a dedicated server could be time-consuming and costly.
• Upfront Hardware Costs: With bare metal servers, you're often required to commit to the hardware upfront. This means significant initial investment for purchasing the servers and infrastructure, and these costs don’t go away, even if you don't end up using the servers to their full capacity.
• Operational Complexity: Managing bare metal infrastructure often involves more manual configuration and upkeep compared to cloud services. This includes tasks like hardware maintenance, patching, security updates, and troubleshooting. For smaller teams without specialized knowledge or resources, it can be a challenge to handle the complexities involved in keeping everything running smoothly.
• Limited Redundancy and Failover Capabilities: If a bare metal server goes down, it can lead to extended downtime because there’s typically no automatic failover to other servers in place unless you explicitly set up and manage redundancy yourself. This risk is particularly concerning for businesses that require high availability and can’t afford to lose service for any length of time.
• Security Concerns with Physical Access: While bare metal servers can provide enhanced security because they are not shared with other clients, the physical security of the servers still depends on the hosting provider’s data center. If the data center is not adequately secured or if unauthorized personnel gain access, there could be severe consequences for your sensitive data. This is an inherent risk since the data is physically stored in the provider's facility, and you rely on their security measures to protect it.
• Limited Support for Advanced Automation: While some providers are improving their automation options, bare metal servers typically lack the sophisticated automation tools that are available with cloud services. This means you may have to do more manual work when it comes to provisioning, managing, or scaling your servers. As your infrastructure grows, the lack of automated management can become a significant issue, requiring more manual intervention from your IT team.
• Longer Provisioning Time: Unlike virtualized cloud environments, which can provide instant provisioning, bare metal servers require physical setup and configuration. This can take hours or even days to deploy, depending on the provider and hardware availability. Businesses that need to launch quickly or handle sudden surges in traffic might find this delay to be a serious drawback.
• Hardware Failure Risks: Hardware failures, while rare, can occur, and they can be more challenging to address on bare metal servers. If a hard drive, CPU, or any critical component breaks down, you could face significant downtime, and replacement parts may not always be available immediately. Recovery plans for bare metal environments often involve more time and effort compared to virtualized solutions, where failures can be mitigated more easily through cloud-based tools.
• Vendor Lock-In: When you choose a specific bare metal provider, you may become dependent on that provider's hardware, software, and services. If you want to migrate to another provider or move some services to the cloud, the transition can be complex, costly, and time-consuming. Vendor lock-in can create challenges if the provider’s performance, pricing, or service quality changes in the future, limiting your flexibility to change providers or adjust your infrastructure.
• High Maintenance Costs Over Time: While the initial cost of bare metal servers might seem like a good deal, the ongoing costs of maintaining and upgrading the infrastructure can add up over time. Whether it's replacing hardware or adding more servers to handle growing demands, businesses may find themselves consistently investing in the upkeep of their systems.
• Slow Response to Rapid Technological Changes: Bare metal servers can be slow to adapt to the latest hardware innovations or technology trends. Cloud providers are often quicker to adopt newer technologies or implement cutting-edge hardware in their data centers, giving them a competitive advantage in terms of performance and capabilities. With bare metal servers, you may find yourself stuck with outdated technology or having to perform time-consuming hardware upgrades to stay competitive.
• Disaster Recovery Challenges: Disaster recovery plans for bare metal servers can be much more complex and costly compared to cloud services. If disaster strikes, such as a natural disaster, power failure, or other major event, recovering data and getting servers back online might take much longer. Unless you've set up your own off-site backups and failover systems, your disaster recovery options might be limited or slow to execute.

Questions To Ask When Considering Bare Metal Server Providers

1. What kind of hardware options do you offer? You’ll want to make sure the provider offers hardware configurations that can meet the demands of your workloads. Ask about CPU choices, memory capacity, storage options, and whether they provide the latest generation hardware. This will ensure that you have the power needed for your applications, whether it’s high-performance computing or something more standard.
2. How do you ensure server uptime? Server downtime is costly, so it's essential to know how the provider guarantees uptime. Do they have data centers with redundant power, cooling, and networking? Ask about their uptime SLAs (Service Level Agreements) and what measures they take to minimize outages. It’s also helpful to know their track record for uptime and reliability.
3. What is your support structure like? Support can make or break your experience with a bare metal server provider. Inquire about their support hours, response times, and the level of expertise available. Is support available 24/7? Do they have a dedicated support team for critical issues? Also, ask if they offer managed services or if you’re expected to handle everything yourself.
4. Can you provide scalability options for future growth? Your needs today may not be the same as your needs six months down the road. Ask the provider about how easily you can scale your infrastructure when you need more resources. Do they allow for on-demand upgrades, or will you need to go through a lengthy process to add more capacity?
5. What are your security practices and data protection policies? Security should always be a top priority. Ask about the provider’s security protocols, both physical and digital. How do they protect their servers from hacking attempts? What encryption methods do they use for data in transit and at rest? Additionally, ask about their disaster recovery plans and backup strategies to ensure your data stays safe even during unforeseen events.
6. Where are your data centers located? The geographical location of a provider’s data centers can influence performance. Servers that are located closer to your target audience tend to have lower latency, which can be critical for applications like gaming or streaming. Inquire about the provider’s data center locations and whether they have options for multiple regions or availability zones.
7. What is your pricing structure and are there any hidden costs? Understanding pricing is key to avoiding unexpected expenses. Some providers have transparent pricing, while others might charge for add-ons or extras that you weren’t initially aware of. Ask about the breakdown of costs for setup, bandwidth usage, and any additional services like managed IT support or custom configurations. You’ll want a clear idea of how much you’ll be paying every month and what’s included in that price.
8. Do you offer customization options? If your business has unique needs, you might require custom configurations for your bare metal server. Ask if the provider allows for such customization, whether it’s selecting specific hardware components or tailoring network settings. This flexibility could be crucial depending on the type of application you’re running.
9. What kind of network infrastructure do you provide? Network performance is a crucial factor in determining the success of your applications. Ask about their network architecture, including bandwidth options, redundancy, and how they handle high traffic volumes. You should also inquire about their DDoS protection and how they manage network congestion or spikes in traffic.
10. What’s your customer retention rate? A company’s customer retention rate can be a good indicator of the quality of service they provide. If they have a high rate of customer retention, that usually means their clients are satisfied with the product and service. Ask them for some insights into their customer base and why they think clients choose to stay with them long term.
11. What is the process for setting up and configuring the server? You need to know what the setup process will look like and how much time it will take. Some providers offer quick setup times, while others may require more detailed configuration. Ask how long it typically takes to get your server up and running and if the provider offers assistance during the setup phase.
12. Are there any compliance certifications or industry standards you adhere to? If you’re in a regulated industry, compliance with standards like HIPAA, GDPR, or SOC 2 is essential. Ask if the provider holds relevant certifications and what steps they take to ensure that they meet industry-specific requirements. This is particularly important if you’re handling sensitive data that must be protected by law.
13. Can I test your services before committing? Before locking yourself into a long-term contract, ask if the provider offers a trial period or a test server so you can evaluate their service firsthand. This will give you a sense of their performance, reliability, and customer support without a major commitment.