The importance of IT infrastructure in business growth cannot be overstated. In recent years, companies have recognised the need to modernise their infrastructure to keep up with changing business needs. One solution that has gained popularity is hyperconverged infrastructure (HCI).
HCI combines servers, storage, and networking into a single, streamlined system. This leads to increased agility, manageable scalability, simplified management, and enhanced security. In today's data-driven world, businesses need to ensure that their data is secure, and HCI can help with that.
What is Hyperconverged Infrastructure (HCI)?
The Components of HCI
HPE ProLiant Servers: Setting the Standard for Secure Computing
HPE SimpliVity and HPE Alletra Storage: A Seamless Hyperconverged Experience
Hyperconverged Infrastructure and Cloud Integration
HCI is a cutting-edge infrastructure solution that combines compute, storage, and networking functions into a single software-defined system. Unlike traditional infrastructure that relies on separate hardware for each function, HCI provides a fully integrated and seamless solution.
HCI's unique architecture offers organisations the ability to adapt quickly to changing needs. Adding new resources can be time-consuming and complicated with traditional infrastructure, but HCI's on-demand scalability enables businesses to increase resources quickly and efficiently.
The HCI system is highly scalable and can expand to meet the demands of any growing organisation without requiring additional hardware. With this flexibility and ease of scaling, companies can grow their infrastructure as needed without having to spend more money on capital.
By integrating all components, HCI delivers simplified management, reducing the complexity of managing infrastructure. Organisations can manage their entire infrastructure from a single interface, streamlining operations and minimising downtime.
In addition, HCI's integrated system eliminates the need for separate hardware for each function, resulting in a lower total cost of ownership. This cost-saving benefit allows organisations to channel their resources to other critical areas, such as research and development.
At the heart of HCI are servers, which provide the computing power needed to run applications and process data. These servers are optimised for virtualization and are designed to scale up or down as needed. They also offer the ability to allocate resources dynamically, ensuring that applications get the resources they need when they need them.
The pivotal component of HCI is storage. In traditional infrastructure, storage is often managed separately from compute, which can lead to inefficiencies and complexity. In contrast, HCI integrates storage into the same system as compute, providing organisations with a streamlined, scalable, and high-performing storage solution. This integration ensures that storage is always available to the applications and that there is no wastage of resources.
The final piece of the puzzle is networking. Networking is essential for connecting all the components together and ensuring that they can communicate with each other. HCI networking is designed to be simple, flexible, and scalable. It provides businesses with a high-speed network fabric that can support multiple workloads, including virtualized and non-virtualized applications.
HPE ProLiant servers are the world's most secure industry-standard servers. They provide a range of solutions to meet the needs of businesses of all sizes. With the latest generation of servers, they now have the capacity to deliver up to 99% higher performance and are 45% more energy efficient than previous generations. This enhanced performance allows businesses to handle more demanding workloads and better support their growing infrastructure needs.
One of the best things about ProLiant servers is their enhanced security features, which can ensure that the server is only using verified firmware and software, protecting the system from unauthorised access and malware attacks.
ProLiant servers also have better performance. The latest generation of servers has up to 45% more processing power and 70% more storage space than the previous generations. This enhanced performance allows businesses to handle more demanding workloads and better support their growing infrastructure needs.
HPE SimpliVity and HPE Alletra offer advanced hyperconverged solutions that can help streamline and optimise your IT infrastructure. With HPE SimpliVity, you can leverage software-defined infrastructure, unified management, policy-based automation, and AI-powered troubleshooting to simplify the management and deployment of your general-purpose, edge, and VDI workloads. Meanwhile, HPE Alletra provides a hybrid cloud experience that simplifies data management and enables you to seamlessly move data between the edge and the cloud. Both solutions offer advanced data efficiency, backup, and disaster recovery capabilities from a single, unified platform, enabling you to achieve a comprehensive approach to data management. Both solutions are compatible with HPE ProLiant servers, allowing for easy integration into your existing IT infrastructure.
Hyperconverged Infrastructure (HCI) has become an integral part of modern hybrid cloud environments due to its ability to offer businesses scalability, flexibility, and cost-effectiveness. HPE SimpliVity and HPE Alletra are two leading HCI solutions that seamlessly integrate with hybrid cloud environments, providing businesses with a comprehensive approach to data management. With HPE SimpliVity, businesses can leverage software-defined infrastructure, unified management, policy-based automation, and AI-powered troubleshooting to simplify the management and deployment. Meanwhile, HPE Alletra provides a hybrid cloud experience that simplifies data management from edge to cloud, allowing businesses to free their data and run any app with automated, programmable, and elastic cloud operations.
To learn more about how Tarsus Distribution and HPE can help your business modernise its IT infrastructure, click here.