Virtualization Technology: The Future of Efficient IT Infrastructure
Unify Your IT Infrastructure with Scale Computing Virtualization Solutions
Discover the power of hyperconverged infrastructure (HCI) solutions, which seamlessly integrates servers, storage, and virtualization into a single appliance. This innovative virtual computing platform offers rapid deployment, easy management, and seamless scalability. By consolidating these components, HCI eliminates the need for separate SAN and NAS storage, simplifying the creation of highly available infrastructure. Experience the benefits of this highly acclaimed HCI solution and see what it can do for you.
Key Benefits of Scale Computing’s Virtualization Technology Solutions
“Every single thing that was ever explained, promised and demonstrated lived up to the expectation one hundred percent. Scale Computing's systems got us through this Presidential election and have put us in a great position for managing all aspects of future elections.”
Network & Systems Administrator, Summit Board of Elections
How Ohio’s Summit County Modernized its IT Infrastructure Using Virtualization
In Summit County, Ohio’s fourth most populous county, their Board of Elections entire network infrastructure is managed by a team of just two full-time IT professionals. With an aging server infrastructure and a heavily scrutinized Presidential election fast approaching, this IT dynamic duo needed to modernize their systems, comply with strict new security directives, and do so in an expedited time-frame.
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Scalable Virtualization Solutions for Businesses of All Sizes
"With Scale Computing Platform, we got the full virtualization platform for two-thirds the cost of getting our VMware servers and SAN upgraded. It was easy to rollout and it jut worked."
Director of IT - LiDestri Foods
Simple and Affordable Virtualization Technology Solutions by Scale Computing
It’s IT that doesn’t take an entire department: created for organizations with limited IT budget and resources, SC//Platform allows companies to efficiently manage their environments. The Director of IT at LiDestri Foods describes his Scale Computing experience.
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Types of Virtualization Technologies
There are different types of virtualization technologies, including application virtualization, server virtualization, and desktop virtualization software. Each type of virtualization solution has its own set of features and capabilities and is designed to meet specific needs and requirements.
Application Virtualization
Application virtualization is a revolutionary technology transforming how software is deployed, managed, and used within organizations. It refers to encapsulating an application and its dependencies into a self-contained package, isolating it from the underlying operating system, and allowing it to run in a controlled, virtualized environment. This approach is particularly valuable in IT, as it offers numerous benefits in terms of flexibility, security, and efficiency.
Server Hardware Virtualization
Server virtualization is a technology that allows multiple virtual machines (VMs) to run on a single physical server. It is a form of virtualization that abstracts the underlying hardware resources of a server, such as the CPU, memory, storage, and network, and presents them to the VMs as virtualized resources.
Desktop Virtualization
Desktop virtualization, or virtual desktop infrastructure (VDI), is a technique by which a user's desktop environment is hosted on a centralized server in the data center. VDI goes beyond programs and files to replicate entire systems within a user's computer. Businesses deploy VDI to allow employees remote access to their desktops from any location, boosting availability and promoting the remote work megatrend.
Why Migrating to Scale Computing's Virtualization Solution is the Smart Choice
If you’re considering migrating from your existing virtualization platform or virtualizing from scratch for the first time, there’s a better way to do it. Whether it’s a single location or an edge computing platform spanning hundreds of sites, Scale Computing’s hyperconverged approach offers the shortest path to affordable, easily deployable, manageable, and scalable virtualization.
Implementing IT Infrastructure Virtualization
Implementing virtualization involves a series of steps to design, configure, and optimize your IT infrastructure for running virtual machines (VMs) or virtual environments. Here’s a general guide for implementing virtualization in an organization:
1. Assess Requirements and Objectives
- Identify Goals: Determine what you want to achieve with virtualization (e.g., resource consolidation, disaster recovery, testing environments).
- Analyze Workloads: Assess which workloads or applications are suitable for virtualization, including CPU, memory, and storage needs.
- Determine Virtualization Type: Choose between server, desktop, network, or storage virtualization depending on your needs.
2. Hardware Requirements
- Appliance and Cluster Sizing: Select appropriate Scale Computing appliances based on workload requirements, with options for GPU-enabled and small form-factor models.
- Memory, CPU, and Storage: Ensure adequate CPU, memory, and storage resources for virtual machine density.
3. Prepare Infrastructure
- Hardware Resources: Install servers with adequate CPU, memory, and storage to support multiple VMs.
- Networking: Configure network infrastructure to support virtualized environments or hybrid setups for multi-site organizations.
4. Create and Configure Virtual Machines (VMs)
- Define VM Resources: Create virtual machines within the hypervisor environment, allocating CPU, memory, storage, and network resources.
- Operating System Installation: Install guest operating systems (e.g., Windows, Linux) on each virtual machine.
- VM Management: Set up tools for managing VMs, such as cloning, templates, snapshots, and backups.
5. Setup Virtual Network
- Virtual Switch Configuration: Create virtual switches or networking components to enable communication between VMs and the physical network.
- Segmentation and Security: Implement any segmentation requirements for security and traffic management.
6. Test and Optimize
- Performance Tuning: Configure flash priority allocation at the individual virtual disk level using HEAT to achieve the correct balance of IOPS efficiency across virtual disks and VMs.
- Monitoring: Implement SC//Fleet Manager to track VM health, resource utilization, and performance.
- Backup and Redundancy: Set up backup solutions and consider replication or failover strategies for high availability (HA) or disaster recovery (DR).
7. Security Considerations
- VM Isolation: Ensure proper isolation of VMs to prevent security breaches or resource contention.
- Patch Management: Implement regular updates to protect against vulnerabilities.
- Access Control: Use role-based access controls (RBAC) to limit administrative access to the virtual environment.
8. Documentation and Training
- Document Configuration: Document your virtualization setup, including VM configurations, network settings, and security policies, in detail.
- Training and Support: Train IT staff on managing the virtual infrastructure, troubleshooting common issues, and ensuring system performance.
9. Ongoing Management and Scaling
- Scaling Resources: As demand grows, scale the virtual infrastructure by adding more physical resources (e.g., CPU, memory, storage) or clustering additional servers.
- Automation and Monitoring: AIME streamlines maintenance and performance tuning.
These steps can help guide the virtualization process and optimize your SC//Platform infrastructure for better resource management and future scalability.
Why Choose Scale Computing for Virtualization
When it comes to virtualization solutions, Scale Computing stands out as a leader in simplifying IT infrastructure, especially for businesses looking to optimize performance, lower costs, and streamline management. By choosing Scale Computing virtualization solutions, you’re investing in a future-proof technology that will grow with your organization, providing unparalleled value, simplicity, and support. Here's why:
Frequently Asked Questions
How does Scale Computing's virtualization technology differ from others?
Scale Computing integrates storage, servers, and virtualization into a single, hyperconverged platform, simplifying management and reducing costs. Its technology is optimized for ease of use with automated intelligence for self-healing and automated workload management, unlike many other solutions that require more manual configuration.
Can virtualization solutions enhance my IT infrastructure?
Yes, virtualization solutions can enhance your IT infrastructure by reducing hardware costs, improving resource utilization, and simplifying management. With features like automated workload optimization and high availability, Scale Computing's virtualization technology ensures better performance and uptime.
How scalable are Scale Computing's virtualization solutions?
Scale Computing’s virtualization solutions are highly scalable, allowing organizations to start small and expand as needed without over-provisioning. The platform supports seamless scaling by simply adding more nodes without requiring significant reconfiguration or downtime.
How can I get started with Scale Computing’s virtualization technology?
To get started, you can request a demo, trial, or proof of concept to see how Scale Computing fits your needs. Afterward, Scale Computing offers pilot services, training, and technical support to ensure a smooth implementation.
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