VMware vSphere is the compute virtualization platform at the foundation of VMware Cloud Foundation. Organizations use it to consolidate workloads onto fewer servers, improve availability with automated failover, and run both VMs and Kubernetes on unified infrastructure.
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Enterprise Compute Virtualization for VMware Cloud Foundation
What is VMware vSphere?
VMware vSphere is the enterprise compute virtualization platform in VMware Cloud Foundation. It includes the ESXi hypervisor, vCenter Server for centralized management, and capabilities like DRS, HA, vMotion, and vSphere Kubernetes Service. Organizations use vSphere to consolidate workloads, improve availability, and run both VMs and containers on one platform.
Many organizations still run one application per physical server — or manage aging virtualization environments that lack automation, Kubernetes support, and modern security. vSphere modernizes the compute layer so infrastructure teams can deliver resources faster while maintaining control.
Running one application per physical server wastes hardware capacity. Most physical servers run at 10-15% utilization, driving up hardware costs, power, cooling, and data center footprint.
vSphere consolidates multiple workloads onto fewer servers. A typical vSphere deployment achieves 15-20 VMs per host, reducing hardware requirements by 80% or more.
Physical servers require maintenance windows for patching and hardware changes. When a server fails, applications go down until the hardware is repaired.
vSphere HA automatically restarts VMs on healthy hosts after a failure. vMotion migrates running VMs between hosts with zero downtime for maintenance — no application interruption required.
Organizations running Kubernetes alongside traditional VMs often manage two separate infrastructure stacks — one for VMs, one for containers — with different tooling, security models, and operations teams.
vSphere Kubernetes Service (VKS) runs CNCF-certified Kubernetes directly on the hypervisor. VMs and containers share the same infrastructure, networking, and management plane.
vSphere is the right choice when your organization needs a proven, enterprise-grade compute platform that handles both traditional and modern workloads.
Reduce physical server count by running multiple workloads per host. vSphere's Distributed Resource Scheduler (DRS) automatically balances load across the cluster, ensuring efficient resource utilization without manual intervention.
Typical scenario: An organization running 200 physical servers consolidates to 15 vSphere hosts, reducing hardware costs, power, and data center footprint by 80%.
Run production databases, ERP systems, and mission-critical applications with high availability. vSphere HA restarts VMs automatically after host failures. Fault Tolerance provides continuous availability for applications that cannot tolerate any downtime.
Typical scenario: A healthcare system runs electronic health records on vSphere with HA and vMotion, ensuring patient-facing applications remain available during both planned maintenance and unplanned failures.
Run containers alongside traditional VMs on the same infrastructure. vSphere Kubernetes Service provides a CNCF-certified Kubernetes distribution with enterprise security, integrated networking via NSX, and a single management plane for both workload types.
Typical scenario: A platform engineering team provides developers with Kubernetes clusters through self-service, running on the same vSphere infrastructure that hosts production VMs — no separate container platform required.
vSphere supports GPU passthrough, multi-instance GPU (MIG), and virtual GPU (vGPU) for running AI and machine learning workloads on private cloud infrastructure. The Distributed Services Engine offloads networking to DPUs, freeing CPU and GPU resources for application workloads.
Typical scenario: A financial services firm runs ML model training on GPU-equipped vSphere hosts, keeping sensitive data on-premises while leveraging the same infrastructure management tools used for traditional workloads.
VMware vSphere is available in two editions. Both are sold as per-core subscriptions. The right edition depends on your environment size, automation requirements, and whether you need advanced distributed switching and DPU support.
vSphere Standard provides core server virtualization. Enterprise Plus adds automated resource management and advanced distributed networking. Most VMware Cloud Foundation deployments use Enterprise Plus.
How to choose: vSphere Standard is appropriate for smaller environments where manual resource balancing is acceptable. Enterprise Plus is the right choice for organizations managing larger clusters that need automated load balancing (DRS), distributed switching, and DPU offload capabilities.
vSphere is the compute layer in VMware Cloud Foundation. It works alongside vSAN (storage), NSX (networking), and SDDC Manager (lifecycle management) to deliver a complete private cloud platform.
With rapid provisioning of servers through virtualization, we can now scale horizontally to handle bursts, and we've been able to successfully handle surges.
— Make-a-Wish Foundation
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Virtualization has allowed us to expose core services across our apps in a scalable manner and completely redefine the user experience.
— Bharti Airtel Limited
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Deploying vSphere and vSAN got rid of the legacy three-tier architecture. We adopted a hyperconverged architecture, helping us reduce TCO by 15%.
— JM Financial
READ CASE STUDYvSphere is sold as a per-core subscription through authorized resellers. Broadcom no longer offers perpetual vSphere licenses — all licensing is subscription-based.
Pricing depends on the edition (Standard or Enterprise Plus), core count, and support tier.
vSphere can be purchased standalone through vSphere Foundation (VVF), which includes vSphere and vSAN. VMware Cloud Foundation (VCF) adds NSX networking and SDDC Manager.
Organizations building a full private cloud typically choose VCF. Those primarily focused on compute virtualization may start with VVF.
Broadcom does not publish list pricing publicly. Contact our team with your environment details — number of hosts, cores per host, and workload requirements — for a sizing estimate and quote.
REQUEST A QUOTEvSphere Standard provides core server virtualization including HA, vMotion, and Storage vMotion. Enterprise Plus adds Distributed Resource Scheduler (DRS) for automated load balancing, distributed switching, storage and network I/O control, and Distributed Services Engine for DPU offload.
Choose Standard for smaller environments where manual management is acceptable. Choose Enterprise Plus for larger environments that benefit from automated resource balancing and advanced networking.
vSphere Foundation includes vSphere and vSAN — compute and storage. VMware Cloud Foundation adds NSX networking and SDDC Manager for lifecycle automation.
If you primarily need server virtualization with hyperconverged storage, VVF may be sufficient. If you need software-defined networking, micro-segmentation, self-service VPCs, or automated lifecycle management across the full stack, VCF is the right choice.
Yes. vSphere includes vSphere Kubernetes Service (VKS), a CNCF-certified Kubernetes distribution that runs directly on the hypervisor. VMs and containers share the same infrastructure, networking, and security model.
VKS supports cluster autoscaling (including scale-from-zero), Service Mesh integration, and FIPS Mode. It integrates with NSX for container networking and micro-segmentation.
vSphere runs on standard x86 servers from Dell, HPE, Lenovo, and other major vendors. VMware publishes a Hardware Compatibility Guide (HCL) listing validated server configurations.
For GPU workloads, vSphere supports NVIDIA GPU passthrough, vGPU, and multi-instance GPU configurations. DPU support requires compatible SmartNICs for the Distributed Services Engine.
Both vSphere and Microsoft Hyper-V are enterprise hypervisors. The key differences are in ecosystem breadth, management capabilities, and advanced features.
vSphere provides more mature live migration (vMotion), automated load balancing (DRS), and integrated Kubernetes support. It also has a larger ecosystem of third-party integrations for backup, monitoring, and security. Organizations with existing VMware skills and tooling typically stay with vSphere for operational consistency.
Customer Stories
Make-a-Wish Foundation Case Study Bharti Airtel Case Study JM Financial Success StoryExpert Help
Talk to a Virtualization Specialist Request vSphere PricingRelated Products
VMware Cloud Foundation VMware vSAN VMware NSXVirtualizationWorks is an authorized VMware reseller. Our team helps organizations assess vSphere editions, size deployments, compare VVF vs VCF licensing, and plan migrations from legacy infrastructure.
