What are bare metal servers?

A bare metal server is a physical server that runs directly on the host’s hardware without any virtualization layer. Bare metal servers can also be termed “single tenant” or “dedicated” servers. The term bare metal server also differentiates it from advanced types of cloud hosting and virtualization servers.

The common names of bare metal servers also justify their usage. A dedicated server then implies that the operating system and all the applications related to that operating system can run directly on the server’s hardware while giving direct access to the resources like CPU, memory, storage, and network, so is the reason behind calling dedicated servers. Hence, a bare metal server leads to improved performance, security, and control so justifying its second common name, single tenant.

Applications of bare metal servers

Bare metal servers have many practical applications, and they can be used in services such as web hosting, game servers, databases, high-performance computing and big data applications, cloud computing, and internet of things (IoT) applications. Some of the most common applications of bare metal servers include:

• Web Hosting – Bare metal servers are often used to host websites and web applications, as they provide the resources and performance to handle high traffic.
• Game Servers – Many online multiplayer games require dedicated servers to host game sessions or competitions. Bare metal servers can host a lot of data being consumed during such sessions.
• Databases – Bare metal servers are also used to host databases, as they are capable of handling high-transaction workloads.
• High-performance computing and big data – We can see bare metal servers being used in scientific research, machine learning, and big data analytics, as they can handle large chunks of data efficiently.
• Cloud computing – Bare metal servers are often used in cloud computing environments for cloud-based applications and services.
• Edge computing and IoT – Bare metal servers can be used in edge computing and IoT services where they can handle the data processing, storage, and networking close to the end devices and can also be used to connect to the cloud to centralize data and analytics.
• Storage and Backup – Bare metal servers can be used as storage and backup solutions as they come in with a built-in large storage capacity and high-performance storage interfaces.
• Networking – Bare metal servers are also used in networking appliances where they can perform tasks such as routing, firewall, VPN, and email services.

3rd Gen Intel Xeon Scalable Processors

Dell unveiled its latest 3rd Gen Intel Xeon Scalable Processors in Q2’, 2021, which are the latest in Dell’s bare metal servers. These processors provide up to 40 cores with an astonishing per-core performance for popular cloud databases, virtualization, and all sorts of AI workloads.

The latest Intel Optane persistent memory 200 series can be used to extend system memory capacity per processor which can reach up to 12 TB on a 2-socket server. The new memory delivers 32% higher bandwidth on average versus if compared to first generation Xeon Scalable Processors.

The processors are built on a 10nm process technology and feature a high core count of up to 40 cores and high clock speeds, which allows them to deliver high performance for a wide range of workloads. The processors can be configured from entry-level to high-performance models as per the business requirements.

The security feature of 3rd Gen Intel Xeon Scalable Processors

3rd Gen Intel Xeon Scalable Processors come with many built-in security features. Some of the features are introduced and some are improved to predecessors.

Intel Crypto Acceleration

Intel Crypto Acceleration can accelerate a variety of cryptography tasks to speed data encryption and then decryption.

Intel Software Guard Extensions

Intel Software Guard Extension provides secured and isolated enclaves for sensitive apps and data. It can also help in protecting data and code when the system’s software stack has been compromised.

Intel Total Memory Encryption

Intel Total Memory Encryption delivers full physical memory encryption support to enhance data and virtualized workload protection.

Who Should Use Bare Metal Server?

Small- to medium-sized organizations can employ bare metal servers because they offer an affordable hosting option with multiple configuration options that can scale and automate resource allocation quickly.

The financial services and banking sector, as well as government and the healthcare sector, are some areas that can rely on dedicated hosting and colocation. Additionally, bare metal works well for highly efficient tasks such as database apps and business intelligence. Due to its great performance, projects like media encoding operations and render farms choose bare metal servers over virtualized servers. With the introduction of Dell’s 3rd Gen Intel Xeon Scalable Processors, things have gotten faster and more efficient.

Why should you choose bare metal servers?

Website performance

High-performance computing is provided by bare metal servers. The resources on the single-tenant physical server can be tailored to your particular demands to ensure that it operates as efficiently as possible for you. This means that by making your resources safer and more scalable, bare metal servers can enhance the overall performance of your website. High-performance computing is only possible with the bare metal cloud.

Server Access

A private network can be used to access bare metal servers, and the tenant can be connected to the system through remote desktop access. You can also use a Secure Shell tunnel to connect to a server that is running Linux if you need to. This allows you to access the server as if it were physically present on the workstation. Software for remote desktop access encrypts on both your side and the server’s side to increase security.

Conclusion

The 3rd Gen Intel Xeon Scalable platform brings advancements and hardware-enhanced virtualization across compute, network, storage, and persistent memory that support cost-efficient, flexible, and scalable multi-cloud to reliably deliver amazing business-to-business and business-to-consumer experiences.

If you are still not sure which bare metal server to choose for your business or hosting needs, TurnKey Internet can help, as we offer many configurations and can provide guidance as well.

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As businesses continue to rely on technology for daily operations, the need for reliable and efficient servers has never been greater. Virtual Private Servers (VPS) offer a powerful solution for businesses looking to improve their online presence and streamline their operations.

Explore the benefits of VPS cloud servers and how they can help your business to maximize performance, scalability, and cost-effectiveness. From understanding the basics of VPS to exploring the latest advancements in cloud technology, the knowledge and resources you need to make the most of a VPS cloud server.

Whether you’re a small business owner or a tech-savvy professional, a VPS Cloud Server can help your businesses flourish.

What is VPS Cloud Server?

A Virtual Private Server (VPS) is a type of cloud hosting service that allows a user to rent a virtualized server in a data center. This server functions as a separate physical device but is hosted in a shared environment, providing the user with the benefits of a dedicated server at a lower cost. VPS cloud servers are ideal for businesses and individuals that require more resources and control than a shared hosting plan offers but do not want to invest in the cost of a dedicated server.

In terms of cloud hosting, VPS is considered a “bridge” between shared hosting and dedicated hosting, as it offers more resources than shared hosting but not as much as dedicated hosting.

VPS hosting is typically more expensive than shared hosting, but it is also more powerful and customizable. VPS servers are typically used by small to medium-sized businesses, as well as by individuals who need more control over their online presence.

How does a VPS Cloud Server work?

VPS cloud servers typically come with root access, allowing users to install and configure their software, and are fully customizable, meaning they can be tailored to meet specific business requirements.

VPS cloud servers offer high scalability, meaning that resources such as CPU, RAM and disk space can be increased as needed.

The virtualization technology used for VPS cloud servers is typically either OpenVZ or KVM, which provide different levels of isolation between virtualized environments.

VPS Cloud servers, specifically, are VPS servers that run on a cloud computing platform. This means that instead of being hosted on a physical server, the VPS is hosted on a virtualized environment that is spread across multiple servers. This allows for greater scalability and reliability, as the resources of the VPS can be easily increased or decreased as needed.

Cloud VPS hosting also offers many benefits like automatic backups, easy scalability, and self-healing. These benefits make cloud VPS hosting a popular choice for businesses that are looking for a more flexible and reliable hosting solution.

Considerations while selecting VPS Cloud Server

When selecting a VPS cloud server, it is important to consider the specific needs of a business or project. Factors such as memory, storage, and processing power should be taken into account when choosing a server size and configuration. It is important to choose a reputable and reliable cloud provider, as the uptime and security of servers will depend on the quality of their infrastructure.

VPS cloud server selection comes with many important considerations to keep in mind. The following are mentioned for you to know:

• Performance and scalability: The VPS cloud server should be able to handle the current and future needs of the application. This includes the ability to scale up or down as needed, as well as high performance and low latency.
• Security: The VPS cloud server should have robust security features, such as firewalls and intrusion detection systems, to protect against cyber-attacks and data breaches.
• Reliability: The VPS cloud server should be highly available and have a strong uptime record, to ensure an application is always accessible to users.
• Cost: The VPS cloud server should be cost-effective, with flexible pricing options that allow you to pay for only the resources you need.
• Support: The VPS cloud server provider should offer excellent customer support, including 24/7 availability and fast response times.
• Customization: The VPS cloud server should be customizable to meet the specific needs of the application, whether that includes specific software or configurations.
• Location: The location of the VPS cloud server is also important, as it can affect the speed and reliability of applications. It is best to select a location that is close to the majority of users.
• Compliance: If an application is subject to compliance regulations like HIPAA, PCI-DSS or SOC2, make sure the VPS cloud server provider can meet those requirements.

Now to protect all data running up on the VPS server you need to follow a backup plan too. Let’s read the importance, and types of a backup server.

Importance of Backing Up Both Host Node and Virtual Servers

When virtualizing servers, it’s important to keep in mind that you will need to back up both the host node and the virtual servers. The host node contains the system files that the virtualization software, such as VMware, needs to run. Virtual servers, on the other hand, contain user data that has been created within the virtualized environment. Without a backup of both the host node and the virtual servers, you risk losing important data in the event of a system failure.

Types of Backups for Virtualized Servers

There are several types of backups that can be used for virtualized servers. One option is to have local backups of both the host node and the virtual servers that can be easily restored in case of an emergency. Another option is to use a bare metal backup, which creates a replica of the entire system, including the host node and the virtual servers. Cloud backup solutions can also be used to protect virtualized servers.

Importance of Regular Testing a VPS Cloud Server

Regularly testing backups is crucial to ensure that they can be successfully restored in case of an emergency. This will give you the confidence that virtualized servers can be quickly and easily restored in the event of a system failure, minimizing downtime and data loss.

In conclusion, virtualization has many benefits, but it also brings its own set of challenges when it comes to backups and the selection of one. So do your research and choose wisely.

For more information on VPS Cloud Servers or to configure your own, visit turnkeyinternet.net/cloud-hosted-virtual-servers-vps/

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