VMware

In response to evolving VMware enterprise licensing models, many IT organizations are actively evaluating migration to KVM-based HPE VM Essentials (VME) and HPE SimpliVity HCI architectures, as well as establishing cross-hypervisor disaster recovery (DR) capabilities. While intra-hypervisor migrations typically rely on online continuous replication across high-speed links, operating across isolated sites with a mere 10Mbps network bandwidth makes real-time network streaming physically impractical. Migrating a multi-gigabyte virtual machine over 10Mbps would require dozens of hours. ...

1. Overview HPE SimpliVity is a solution that provides integrated computing, storage, and network based on hyperconverged infrastructure (HCI). The storage architecture is based on RAID + RAIN structure andNFS protocol, and VMware-based SimpliVity and VME have similarities and differences. 2. Storage architecture core composition 1) RAID + RAIN structure RAID (Local): Configure RAID inside each node to prepare for disk failure RAIN (Cluster): Data replication to other nodes in the cluster → Data integrity is guaranteed even when node failures Double protection structure ensures high level of high availability (HA) 2) NFS protocol based data store Use NFS datastore in a VMware ESXi or VME environment OmniStack (based on VMware) or VME software virtualizes local storage to provide a logical pool of storage Virtual machines (VMs) operate reliably through this NFS datastore. 3) Data efficiency Reduce storage space through **Deduplication **+Compression technology Provides built-in backup and recovery functions → Self-DR (disaster recovery) possible without external storage 3. VMware-based SimpliVity vs HPE SimpliVity VME comparison table item SimpliVity on VMware HPE SimpliVity VME Storage Protocol NFS-based NFS-based How data is protected RAID + RAIN + OmniStack Acceleration Card RAID + RAIN (Software Defined) Hardware Dependencies OmniStack Accelerator Card required No additional hardware required, based on standard x86 servers Management Platform VMware vCenter integration VME Manager + Morpheus (can be managed simultaneously with VMware) Scalability Expandable by adding nodes Equally node-based scalability Backup/Restore Built-in features provided Provides the same built-in features Cost Structure VMware License + OmniStack Card Cost Socket-based licensing (up to 70% savings compared to VMware) 4. Additional advantages of VME architecture Hardware simplification: Reduce points of failure and ease maintenance by eliminating OmniStack cards Software-defined approach: Utilizes the latest OS (based on Ubuntu) and open source technology to improve flexibility and update speed IPv6 and modern network support: Optimized for next-generation network environments Management efficiency: Morpheus integration provides a hybrid operating environment that can manage VMware and VME simultaneously Cloud-friendliness: Enhanced on-premises + cloud scalability through HPE GreenLake integration 5. Key takeaways Common features: RAID + RAIN structure, NFS protocol-based datastore, built-in backup/recovery function Difference: VMware-based requires OmniStack card, VME is software-defined for greater simplicity and cost-effectiveness 6. Reference sources HPE SimpliVity official product page HPE VME Release Notes Documentation HPE InfoSight Solutions Guide

1. Overview VMware has long led the market with its enterprise-class virtualization platform, and HPE VME (HPE Virtual Machine Essentials) is a hyperconverged solution that emphasizes cost-effectiveness and simplicity. The two platforms have differentiated strengths in purpose and functionality. 2. Key Differences 1) Architecture and underlying technology VMware vSphere: Based on ESXi hypervisor, provides advanced VM management features HPE VME: KVM-based, HPE ProLiant servers + Ubuntu OS, Morpheus platform allows simultaneous management with VMware 2) Management and integration VMware: vCenter-centric management, strong integration with VMware ecosystem (NSX, vSAN) HPE VME: Single management console (VME Manager), HPE GreenLake and Morpheus integration, multi-hypervisor support 3) Cost structure VMware: Core-based licensing → increased costs, policy changes after Broadcom acquisition HPE VME: Socket-based licensing → Simple and predictable, resulting in up to 70% cost savings 4) Functional differences VMware: Provides advanced features such as vMotion, DRS, SR-IOV, etc. HPE VME: Built-in backup/recovery, data deduplication/compression, emphasis on simplicity (NSX-level network automation not supported) 5) Scalability and flexibility VMware: Rich hardware compatibility, enhanced cloud native and container integration HPE VME: Cloud expansion based on HPE GreenLake, enabling rapid deployment 3. Comparison table item VMware vSphere HPE VME (VM Essentials) Hypervisor ESXi KVM-based Management Platform vCenter VME Manager + Morpheus Integrity VMware ecosystem (NSX, vSAN) HPE GreenLake can simultaneously manage VMware License Core-based (increased cost) Socket-based (predictable, cost-saving) Advanced Features vMotion, DRS, SR-IOV, etc. Backup/recovery, deduplication/compression (emphasis on simplicity) Scalability Diverse hardware, cloud native Based on HPE ProLiant, GreenLake scalable Cost Effectiveness relatively high Up to 70% savings possible 4. Key takeaways VMware: Strengths in enterprise-class features and ecosystem integration, but burdened by cost and complexity HPE VME: Simplicity, cost-effectiveness, strength in hybrid management, and coexistence with VMware environments 5. Reference sources HPE Official Site – Introduction to VME VMware vSphere product page HPE VME vs VMware comparison review