Stay in full control of your environment with high performance single-tenant dedicated servers.
Bare Metal Hosting Plan
2 x 240 GB SSD
4 cores / 8 threads @ 3.8GHz
5 TB Bandwidth
10 Gbps Network
2 x 960 GB SSD
6 cores / 12 threads @ 4GHz
10 TB Bandwidth
10 Gbps Network
As low as
2 x 1.9 TB NVMe
8 cores / 16 threads @ 3.7GHz
10 TB Bandwidth
10 Gbps Network
As low as
AMD EPYC 7443P
2 x 480 GB SSD
2 x 1.9 TB NVMe
24 cores / 48 threads @ 2.85GHz
10 TB Bandwidth
25 Gbps Network
As low as
Every dedicated server instance comes with a burstable 10 Gbps network connection! Bridge the gap between your end customers with our bare metal hosting plan which comprises of low latency and high-speed throughput.
Full server control
Servergigabit’s Bare Metal servers gives you direct access to all server resources without any virtualization layer. The ideal hosting plan for resource-intensive applications or workloads that do not require virtualization or just a single tenant!
The server hardware is entirely yours, with no loud neighbours, shared resources, or CPU and IOPS resource constraints to contend with. A real single-tenant environment with none of the administrative headaches that come with typical dedicated servers.
Frequently Asked Questions
Bare metal refers to a type of computing environment where an operating system (OS) or software application runs directly on the physical hardware without any intervening layers of virtualization or abstraction. In other words, in a bare metal setup, there is no hypervisor or virtualization software between the hardware and the software that’s being executed.
In a traditional computing setup, an operating system runs on top of hardware through layers of abstraction provided by a hypervisor or a virtualization layer. This allows multiple virtual machines to run on a single physical machine, enabling better resource utilization and isolation. However, this approach introduces some level of overhead due to the need to manage and mediate access to hardware resources.
In a bare metal environment, there is no such intermediary layer. This can lead to certain advantages, such as:
1. Performance: Bare metal environments tend to have better performance compared to virtualized environments, as there is no overhead introduced by a hypervisor.
2. Direct Access: Software running on bare metal has direct access to the underlying hardware resources, which can be beneficial for certain types of applications that require low-level control or specialized hardware interactions.
3. Isolation: Since there are no virtualization layers, applications on separate bare metal instances are inherently isolated from each other. This can be advantageous for security and predictability.
4. Resource Allocation: Bare metal environments can be useful for applications that require dedicated access to hardware resources without the potential for contention from other virtualized workloads.
However, bare metal environments also have some drawbacks:
1. Resource Utilization: Bare metal setups may result in underutilization of hardware resources, as each instance runs directly on a single physical server.
2. Flexibility: Virtualized environments offer greater flexibility in terms of creating, cloning, and migrating instances. Bare metal instances are tied to specific hardware.
3. Management Complexity: Without the abstraction provided by a hypervisor, managing and maintaining the software environment can be more complex.
Bare metal setups are often used in scenarios where maximum performance, low-latency, and specialized hardware access are critical. This includes applications like high-performance computing, data-intensive workloads, and certain real-time systems. However, the choice between a bare metal and a virtualized environment depends on the specific requirements and trade-offs of the given use case.
Bare metal and dedicated server are terms that are sometimes used interchangeably, but they can have slightly different connotations depending on the context. Let’s clarify the distinctions:
1. Bare Metal:
– Bare metal refers to a type of computing environment where an operating system or software runs directly on physical hardware without any virtualization layers or abstractions.
– In a bare metal setup, there is no hypervisor or virtualization software between the hardware and the software that’s being executed.
– This term is often used to emphasize the absence of any intermediary layers and the direct interaction with hardware.
2. Dedicated Server:
– A dedicated server refers to a physical server that is exclusively allocated to a single user, organization, or application.
– It implies that the entire server’s resources, such as CPU, memory, storage, and network, are dedicated to a specific user or purpose.
– A dedicated server can be provisioned as a bare metal server, meaning it is a physical server without virtualization layers. However, a dedicated server could also potentially be virtualized if the entire virtual machine is dedicated to a single user.
In essence, a dedicated server can refer to both bare metal servers and virtualized servers, depending on the context. A dedicated bare metal server provides the highest level of performance and direct access to hardware resources, which is ideal for applications that demand maximum performance and specialized hardware interactions. On the other hand, a dedicated virtualized server provides the benefits of isolation and flexibility within a virtual environment, albeit with some overhead introduced by the virtualization layer.
When choosing between a dedicated server and a bare metal setup, it’s essential to consider the specific requirements of your application, such as performance needs, resource utilization, scalability, and management complexity.
Bare metal and VPS (Virtual Private Server) are two different hosting solutions, each with its own advantages and considerations. Let’s compare them:
– A bare metal server is a physical server that’s dedicated to a single user or organization. It runs directly on the hardware without any virtualization layer.
– Bare metal servers offer maximum performance, as there’s no virtualization overhead. They’re ideal for resource-intensive applications, high-performance computing, and specialized hardware needs.
– Users have complete control over the hardware, including customization of components like CPU, RAM, and storage.
– Bare metal servers provide better isolation than virtualized environments, as there are no shared resources with other users.
– They require more upfront investment, both in terms of cost and setup time, as provisioning and configuring a physical server can take longer.
VPS (Virtual Private Server):
– A VPS is a virtualized environment created within a physical server. It simulates a dedicated server experience but shares the server’s resources with other virtual machines.
– VPS instances are more cost-effective and easier to set up than bare metal servers. They’re suitable for a wide range of applications and users.
– Virtualization provides isolation between VPS instances, though there might still be some level of resource contention depending on the virtualization technology and server load.
– VPS hosting offers scalability, allowing users to easily upgrade or downgrade resources as needed.
– VPS instances are managed by a hypervisor, which introduces a small amount of overhead compared to bare metal.
Choosing between bare metal and VPS depends on your specific use case and requirements:
– Performance: If you require maximum performance, bare metal is the way to go. High-performance databases, real-time applications, and resource-intensive scientific computations can benefit from dedicated hardware.
– Flexibility: If you need flexibility in terms of resource scaling, virtualization, and faster provisioning, a VPS is a more suitable choice.
– Cost: Bare metal servers are generally more expensive due to the exclusive use of hardware. VPS instances are more cost-effective, making them a better fit for smaller budgets.
– Isolation: While both options offer isolation, bare metal servers provide stronger isolation due to the absence of shared resources.
– Management: VPS instances are easier to manage and deploy, making them a good choice for users who may not have advanced technical skills.
In summary, choose bare metal for applications demanding high performance and specialized hardware, and opt for VPS for cost-effective solutions with scalability and easier management.
Bare metal hosting offers several distinct advantages that make it a compelling choice for certain use cases:
1. Maximum Performance: Bare metal servers provide direct access to the physical hardware without any virtualization overhead. This translates to optimal performance for resource-intensive applications that require high CPU, memory, and storage capabilities.
2. Specialized Hardware: Bare metal hosting allows you to customize the hardware components of the server to match your specific requirements. This is especially beneficial for applications that rely on specialized hardware, such as GPU-intensive workloads, hardware accelerators, or specific networking setups.
3. Predictable Resource Allocation: With bare metal, you have complete control over the entire server’s resources. This eliminates the risk of “noisy neighbor” issues, where other virtualized instances on the same physical server might impact your application’s performance.
4. Isolation and Security: Bare metal servers provide stronger isolation between applications and users compared to virtualized environments. This enhances security and privacy, as there’s no shared software layer between different workloads.
5. Licensing and Compliance: Some software licensing agreements are based on physical hardware, and running these applications on bare metal can simplify compliance with licensing terms.
6. Customization: Bare metal hosting allows you to install and configure the operating system and software exactly as needed. This level of control is crucial for applications that require specific software stacks or configurations.
7. Database and Storage-Intensive Applications: Databases, big data processing, and storage-heavy applications can benefit from the dedicated resources and reduced contention that bare metal offers.
8. High Availability and Redundancy: In some scenarios, bare metal setups can be configured with high availability and failover mechanisms to ensure minimal downtime in case of hardware or software failures.
9. Consistency: Bare metal servers maintain consistent performance over time, as they aren’t affected by fluctuations caused by other virtualized workloads on the same physical machine.
10. Regulated Industries: Certain industries with strict compliance and data security requirements, such as finance and healthcare, may prefer bare metal hosting due to its enhanced control over resources and isolation.
However, it’s important to note that bare metal hosting also has its downsides, including higher costs, longer setup times, and potentially more management complexity compared to virtualized environments. The decision to use bare metal hosting should be based on a careful analysis of your application’s requirements, performance needs, and budget constraints.
Bare Metal solutions only at $120/month*
* The promotional price is for the first term only and renews at the regular rate.
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