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What is SDDC VMware?

Posted on by Chika Ibeneme | Updated:
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Curious technologists often ask, "What is SDDC VMware?" Let's break down the term "SDDC VMware" by starting with an explanation of SDDC. SDDC is a new architecture for managing data centers for Private, Public, and Hybrid Clouds.

When well implemented, this advanced architecture makes it possible to have a fully automated, always-available infrastructure for any kind of application on any hardware, both now and in the future. This implementation ultimately reduces the costs of managing data centers and makes applications on servers more reliable for end users.

VMware pioneered this architecture, and it is now widely recognized in the industry due its many advantages. If you are unfamiliar with VMware and its benefits, we already have an article about Why your business needs VMware that you can read to learn more. In today's article, we will explore everything about SDDC, including its benefits, implementation, challenges, and more. So, without any further ado, let’s dive in right away!

What is SDDC?

The acronym SDDC stands for software-defined data center — an architecture that enables a fully automated, zero-downtime infrastructure for any application. An SDDC is a special kind of data storage and computing facility where major components, including CPU, storage, networking, and security, are all virtualized and provided as a service. This virtual approach means that the traditional way of setting up and managing these components using physical hardware is replaced with intelligent software.

The term "SDDC" was first coined around 2012 by Steve Herrod, a former VMware CTO. While it may not be very popular among many organizations, some big players, including Amazon, Google, and the Open Compute Project, are already using it on their platforms. An example of an SDDC service is SDDC VMware, a specific type of SDDC architecture pioneered and offered by VMware.

Evolution of data center architecture

The evolution of data center architecture has undergone several transformative phases ever since data centers started becoming popular in the 80s and 90s. The early versions of data centers mainly included monolithic structures with centralized components, suitable for simple applications but challenging to scale. The 1990s ushered in distributed data centers, marked by multiple servers and network devices, offering improved scalability and greater complexity.

The 2000s introduced virtualization, enabling multiple applications to run on a single server, enhancing resource efficiency. In the 2010s, converged infrastructure simplified data center management by integrating servers, storage, and networking into a unified system. In the 2020s, data center architecture has seen further innovation with hyper-converged infrastructure, which combines storage, servers, networking, and virtualization into a software-driven platform, streamlining deployment and management. This new architecture is referred to as software-defined data centers (SDDC).

Roles of virtualization and automation

  • Reducing IT Expenses: In a non-virtualized setup, when a server isn't actively running an application, it sits idle. Virtualization allows one physical server to become multiple virtual machines, each running different apps and operating systems. This configuration means you can use fewer physical servers, saving money.
  • Reducing Downtime and Enhancing Disaster Recovery: When a physical server fails, it can take a long time to fix or replace. In a virtualized environment, you can quickly create a new virtual machine to replace the one that's down. This setup speeds up recovery and makes your system more resilient.
  • Increasing Efficiency and Productivity: With fewer physical servers, IT teams spend less time maintaining hardware. For instance, updates and maintenance can be applied to all virtual machines at once, saving time.
  • Control Independence and DevOps: Developers can easily create virtual machines for testing without affecting the production environment. This agility speeds up the development and testing of software.
  • Environmental Benefits: Using fewer physical servers reduces power consumption, saving money and reducing the data center's carbon footprint.

Implementing SDDC VMware

Implementing SDDC VMware involves understanding the architecture and components of SDDC, leveraging virtualization technologies, and managing networking and storage within this environment. Let’s explore these in detail.

Architecture and components of SDDC VMware

The three main components of SDDC include the following:

  1. Server Virtualization: Server virtualization software, such as VMware's vSphere, allows physical servers to be divided into multiple virtual machines (VMs). Each VM operates as an independent server with its own operating system and applications.
  2. Network Virtualization: Network virtualization, often powered by solutions like VMware NSX, includes abstracting and virtualizing networking components such as switches, routers, and firewalls. This allows for the creation of virtual networks that are independent of the physical infrastructure.
  3. Storage Virtualization: Storage virtualization — often implemented using technologies like VMware vSAN or other software-defined storage solutions — abstracts and pools storage resources from various storage devices.

Virtualization technologies used by VMware

Some of the virtualization technologies offered by VMware include the following:

  • VMware vSphere: This is one of the core technologies VMware offers, and it allows multiple virtual machines (VMs) to operate on one physical server. It allows each VM to act independently with its own OS and applications. vSphere includes ESXi, a hypervisor for direct server hardware interaction, and vCenter Server for centralized management.
  • VMware NSX: NSX is used for network virtualizations. It decouples network services from hardware, allowing software-based creation and management of virtual networks. Its features, such as segmentation and dynamic provisioning, make networks adaptable to application needs.
  • VMware vSAN: vSAN is used for storage virtualizations. It pools local storage resources from multiple servers to create shared storage. This technology also enables automated data management, high availability, and scalability through a simplified vCenter interface.
  • VMware Horizon: Horizon provides desktop and application virtualization, allowing centralized management and delivery to users on various devices.
  • VMware ThinApp: ThinApp is for application virtualization and encapsulates applications from the underlying OS, running them in isolated virtual environments. This design minimizes compatibility issues and simplifies application deployment, often used for legacy support and management.

To learn more about VMware, check out our What is VMware article. We also have articles about Hyper-V vs. VMware and VMware ESXi that you can read to learn more about how VMware software works.

Networking and storage in SDDC

Managing networking and storage effectively is vital. In an SDDC, you'll need to configure virtual networks, implement network security policies, and optimize storage resources to allow the stable operation of your virtualized data center.

Benefits of a software-defined data center

Some of the benefits of implementing an SDDC include the following:

  • Flexibility and Scalability of Cloud Resources: SDDCs provide the flexibility to quickly allocate and scale resources as needed. In a nutshell, SDDC enables organizations to mimic the benefits of cloud computing within their own data center.
  • Improved Efficiency and Agility: SDDCs streamline resource management, reducing wastage and making it easier to adapt to changing demands. This aspect of the technology enhances overall operational efficiency and agility.
  • Enhanced Security and Resiliency: Through software-defined security measures and redundancy options, SDDCs can boost data center security and resilience, minimizing the risk of downtime and data breaches.

Challenges of implementing an SDDC

Despite the many benefits of implementing an SDDC, it also has a couple of challenges you must be aware of before adopting this architecture. These include:

  • Integration and Compatibility Issues: Integrating various virtualization solutions and maintaining compatibility with existing systems can be complicated and require careful planning. Ultimately, this can slow down the deployment of certain applications in data centers.
  • Infrastructure and Management Complexities: Managing a virtualized data center introduces new complexities in terms of infrastructure monitoring, resource allocation, and capacity planning. This complexity can increase the resources required to manage data centers, especially in the early phases.
  • Skills and Expertise Required for SDDC Deployment: Implementing and managing an SDDC demands a skilled IT team with expertise in virtualization technologies and software-defined architecture, which may be an impediment for some organizations. Being a new architecture, IT professionals with knowledge and experience in such tasks tend to be costly to hire and maintain.

Integration of Parallels RAS with VMware's SDDC

Overview of the Parallels RAS solution

Parallels Remote Application Server (RAS) is a comprehensive virtual application and desktop delivery solution enabling the creation of digital workspaces. With Parallels RAS, organizations can securely deliver Windows applications and desktops to any device, including Windows, Mac, iOS, Android, and HTML5 browsers. It offers load balancing, high availability, and robust security protocols, simplifying IT management without compromising security and the end-user experience.

Benefits and features of using Parallels RAS with SDDC

Some of the benefits of using Parallels RAS with SDDC include the following:

  • Flexible Application Delivery: Parallels RAS allows you to deliver virtualized Windows applications and desktops hosted in your SDDC environment to remote users. This flexibility is crucial for accommodating remote workforces and running organizations with multiple branches.
  • Resource Optimization: Parallels RAS optimizes resource usage within your SDDC. It intelligently allocates computing resources to ensure efficient application delivery and scalability.
  • Cost Reduction: By leveraging your existing SDDC infrastructure, you can reduce the need for additional hardware investments, leading to cost savings.
  • Centralized Management: Parallels RAS provides a unified management dashboard for configuring, monitoring, and maintaining virtual applications and desktops. This centralization simplifies the administration of IT resources.
  • Enhanced Security: Parallels RAS integrates with VMware's security features, such as NSX for network security and vSAN for storage security, ensuring a robust and secure application delivery environment.
  • User Experience: Parallels RAS offers a seamless and responsive user experience, with features like multimedia redirection, adaptive screen scaling, efficient printing, and many more.

Integration process and advantages

The integration of Parallels RAS with VMware's SDDC involves the following steps:

  • Infrastructure Assessment: First, you need to ensure your existing SDDC infrastructure meets the requirements for hosting Parallels RAS components. Ensure that the networking, storage, and computing resources of your IT infrastructure are properly configured and optimized to run this tool.
  • Parallels RAS Installation: Install the Parallels RAS components, including the Parallels RAS Publishing Agent and RAS Console. These components can be installed on virtual machines within your SDDC.
  • Configuration: Configure Parallels RAS to work seamlessly with your SDDC environment. This activity includes setting up virtual applications and desktop publishing, load balancing, and security policies.
  • Testing: After installing Parallels RAS components and making all the necessary configurations, testing is the final step. You must thoroughly test the integration to ensure that virtual applications and desktops hosted in your SDDC are accessible to remote users without any performance or compatibility issues.

Advantages of integrating Parallels RAS with VMware's SDDC

  • Scalability: Parallels RAS leverages the scalability of VMware's SDDC, allowing you to easily accommodate growing user demands by adding more virtualized resources.
  • Cost Efficiency: By utilizing your existing SDDC infrastructure, you can optimize resource usage and reduce the need for additional hardware investments.
  • Centralized Management: Administrators can manage both virtualized applications/desktops and the underlying infrastructure from a single management console. This improves the productivity and overall efficiency of the team.
  • Enhanced Security: Integration with VMware's security features ensures that data and applications remain protected within the SDDC environment.
  • Improved User Experience: Parallels RAS enhances the end-user experience by providing a responsive and consistent platform for accessing applications and desktops from various devices.

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With Liquid Web's VMware hosting, your virtual data center is expertly managed. This management includes hardware and virtual machines — while offering a predictable, resource-based pricing structure that adapts as your business expands. Concentrate on your applications without distractions using VMware at Liquid Web.

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About the Author: Chika Ibeneme

Chika Ibeneme is a Community Support Agent at The Events Calendar. He received his BA in Computer Science in 2017 from Northern Caribbean University and has over 5 years of technical experience assisting customers and clients. You can find him working on various WordPress and Shopify projects.

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