This document provides an overview and introduction to VMware Virtual SAN (VSAN). It discusses the VSAN architecture which uses SSDs for caching and HDDs for storage. It also covers how VSAN can be configured through storage policies assigned at the VM level. The document outlines how VSAN provides a software-defined storage solution that is hardware agnostic and can elastically scale storage performance and capacity by adding servers and disks.
- vSphere is VMware's virtualization platform consisting of ESXi hypervisor software and vCenter Server management platform.
- ESXi abstracts physical server resources like CPUs, memory, storage and networking and shares them among virtual machines (VMs).
- VMs can use resources from ESXi hosts without being dependent on specific physical hardware, and are isolated from each other on the same host.
- vSphere allows organizations to reduce IT costs through more efficient use of server resources and easier management of VMs compared to physical machines.
Veeam back up and replication presentation BlueChipICT
The document discusses Veeam Backup & Replication software. It highlights issues with traditional backup methods for virtual machines, and outlines how Veeam provides a better solution through image-based backups, changed block tracking, deduplication, and features like instant recovery and recovery verification. The document shares customer testimonials and details of Veeam's product roadmap to showcase its reliability and value for backing up virtual environments.
This document provides an overview and introduction to VMware Virtual SAN (VSAN). It discusses the VSAN architecture which uses SSDs for caching and HDDs for storage. It also covers how VSAN can be configured through storage policies assigned at the VM level. The document outlines how VSAN provides a software-defined storage solution that is hardware agnostic and can elastically scale storage performance and capacity by adding servers and disks.
- vSphere is VMware's virtualization platform consisting of ESXi hypervisor software and vCenter Server management platform.
- ESXi abstracts physical server resources like CPUs, memory, storage and networking and shares them among virtual machines (VMs).
- VMs can use resources from ESXi hosts without being dependent on specific physical hardware, and are isolated from each other on the same host.
- vSphere allows organizations to reduce IT costs through more efficient use of server resources and easier management of VMs compared to physical machines.
Veeam back up and replication presentation BlueChipICT
The document discusses Veeam Backup & Replication software. It highlights issues with traditional backup methods for virtual machines, and outlines how Veeam provides a better solution through image-based backups, changed block tracking, deduplication, and features like instant recovery and recovery verification. The document shares customer testimonials and details of Veeam's product roadmap to showcase its reliability and value for backing up virtual environments.
NSX-T Data Center uses a distributed architecture with separate management, control, and data planes. The management plane includes the NSX Manager cluster for storing configurations. The control plane includes the NSX Controller for maintaining and propagating states. The data plane forwards traffic on various endpoints like ESXi hosts, NSX Edges, and bare metal servers. Logical switching uses overlay networking to connect virtual machines, while logical routing provides east-west and north-south routing between logical networks and physical infrastructure.
Présentation de "Virtual Desktop Infrastructure" de Computerland.
Pour plus d'infos : #AskComputerland. Nos experts répondent à vos questions. http://bit.ly/1fonxAz
The document discusses redundancy connections between on-premises environments and AWS. It introduces AWS Network Solutions Architect Kikuchi Nobuaki and the agenda which includes why redundancy is needed, options for redundancy, achieving higher availability, operating securely, and conclusions. Redundancy is important to ensure reliable connectivity between on-premises networks and AWS VPCs. The document reviews example outages and AWS' efforts to ensure availability. Common redundancy options with AWS include connecting with multiple Direct Connect circuits or using a combination of Direct Connect and VPN connections.
NSX-T Data Center uses a distributed architecture with separate management, control, and data planes. The management plane includes the NSX Manager cluster for storing configurations. The control plane includes the NSX Controller for maintaining and propagating states. The data plane forwards traffic on various endpoints like ESXi hosts, NSX Edges, and bare metal servers. Logical switching uses overlay networking to connect virtual machines, while logical routing provides east-west and north-south routing between logical networks and physical infrastructure.
Présentation de "Virtual Desktop Infrastructure" de Computerland.
Pour plus d'infos : #AskComputerland. Nos experts répondent à vos questions. http://bit.ly/1fonxAz
The document discusses redundancy connections between on-premises environments and AWS. It introduces AWS Network Solutions Architect Kikuchi Nobuaki and the agenda which includes why redundancy is needed, options for redundancy, achieving higher availability, operating securely, and conclusions. Redundancy is important to ensure reliable connectivity between on-premises networks and AWS VPCs. The document reviews example outages and AWS' efforts to ensure availability. Common redundancy options with AWS include connecting with multiple Direct Connect circuits or using a combination of Direct Connect and VPN connections.
VMware vForum/VSS2013にて発表されたNetAppセッションコンテンツNetApp Japan
VMware Software defined DC の主要コンポーネントとしてVMwareにより発表されたSDS(Software Defined Storage) は仮想化環境においてボトルネックになりがちなストレージ関連機能を強化する目的で開発されるコンセプトですが、ネットアップではそれら機能をストレージのレイヤですでに実装しています。いますぐ活用可能な「ネットアップのSDS」について解説します