Hyperconvergence et VDI apport pour l'infrastructure IT ? Housna HAMADET MED-IT Novembre 2015.

Présentation au sujet: "Hyperconvergence et VDI apport pour l'infrastructure IT ? Housna HAMADET MED-IT Novembre 2015."— Transcription de la présentation:

1 Hyperconvergence et VDI apport pour l'infrastructure IT ? Housna HAMADET Housna.hamadet@ilemgroup.com MED-IT Novembre 2015

2 175 + experts IT 200 millions + DH 15 ans + d’expérience 100 + Clients 200+ Certifications Vos Préoccupations sont nos Défis

3 Les attentes utilisateurs et top management du SI

4 Pourquoi le VDI? Réduire les coûts et la complexité des app et le management des desktops Simplifier le support et permettre le BYO devices Améliorer la productivité avec un anywhere access Securité centralisée pour protéger l’information sensible

5 Pourquoi le VDI? Garantir la meilleure expérience utilisateur

6 Pourquoi le VDI? Garantir la meilleure expérience utilisateur

7 Centralized Storage (SAN/NAS) Storage Network Complex to manage Costly to scale Performance bottleneck Difficult to scale Managed separately Servers and virtualization Commoditized by multicore processors and dense memory Virtualization management can take away from the desktop and application focus Quelles limitations de l’infra classique pour VDI?

8 Nouvelle Approche: Converged Infrastructure Traditional InfrastructureNutanix Software-based… High performance Linear scalability VM-centric design

9 Nouvelle Approche: Converged Infrastructure

10 Disponibilité des postes du travail et des applications La meilleure solution sur le marché pour le ‘end-user applications et desktops’ Simplifier VDI—déployer en une heure et accélerer le ROI 1 Delivrer la meilleure X-user sans la complexité de l’infrastructure ou celle du management 2 Bénéficier de Designs certifiés avec le TCO le plus bas sur le marché 3 Eliminer les risques d’infrastructure – rester’ user focused’ avec VDI assurance 4 Grow smart with affordable, predictable pricing, paying only as you grow 5

11 Architecture Scale out, software- defined architecture Purchasing Model Purchase VDI compute and storage per desktop Technology Powerful data fabric and control fabric capabilities Innovation sur 3 volets

12 Tier 1 Workloads (running on all nodes) Nutanix Controller VM (one per node) Eliminate separate SAN and NAS Arrays Node 2 VM CVM Hypervisor X86 Node N VM CVM Hypervisor X86 Node 1 VM CVM Hypervisor X86 Local + Remote (Flash + HDD) Single Storage Pool Natively Supports intelligent tiering and more… Snapshots Clones Compression De-duplication Nutanix Xtreme Computing Platform

13 ... Une seule plateforme, un seul management unifié, plusieurs options de plateformes

14 Scale incrementally one node at a time Protect infrastructure investment by eliminating forklift upgrades Scale storage capacity & performance linearly Pay-as-you-grow Number of Nodes Pay-as-you-grow

15 Consistent response time while incrementally scaling blocks Truly Linear Scalability Predictable performance for 300 to X0000 desktops

16 Native VM-centric snapshots Support for VMware API for Array Integration (VAAI) primitives Array-based quick-clones for efficient provisioning Full VMware integration Support for View Composer for Array Integration (VCAI) standards Offloads virtualization tier to speed up common operations performance No LUNs or Volumes Golden image Software-Defined Snapshots and Clones VMcaliber with no LUNs or Volumes

17 Elastic de-duplication engine Optimisation de la Capacité Inline and post-process compression

18 Simple Is Better Simple Is Better

19 Prism: One Click Simplicity One-click Operational Insights One-Click Infrastructure Management One-click Remediation

20 20 Hypervisor Environment Storage Performance Alerting Summary Policy Actions Virtualization Summary

21 Virtual Desktop Infrastructure… Simple as 1, 2, 3 Eliminer tout risque du sizing VDI en ayant une scalabilité prédictible

22  Understand desktop/app and user needs – tools & interviews  Group users – needs and priorities  Establish criteria for ROI  Leverage use-cases to define infrastructure needed  Size out the configurations and leverage validated designs  Use a phased approach to migrate users to VDI  Monitor metrics such as user experience – roll back into your model  Continue monitoring usage metrics and user experience  Grow by scaling infrastructure to support additional users AssessPlanDeployScale Le voyage de la virtualisation des postes de travail

23 Jointly validated reference architecture proves scale & ease of deployment VCAI/VAAI integration for seamless use Inline-Deduplication and Shadow Clones accelerate user experience Supports Persistent & Non-Persistent desktops Built-in Disaster Recovery and SRM integration for highly available VDI Jointly validated reference architecture proves scale & ease of deployment VCAI/VAAI integration for seamless use Inline-Deduplication and Shadow Clones accelerate user experience Supports Persistent & Non-Persistent desktops Built-in Disaster Recovery and SRM integration for highly available VDI VMware Horizon 6 with View on Nutanix Validated: Linear scaling (440 users on 4 nodes; 880 users on 8 nodes) Boot 880 desktops in 6 minutes Zero downtime during upgrades or loss of controller VM Clone 100GB+ VMs in 8 seconds

24 Garder le Focus sur les Users avec Nutanix Predictable outcome – get predictable scalability and costs Hyper-converged approach– accelerate time to value Minimal costs – start small and pay only as you grow Eliminate risk – leverage pre-validated reference architectures to offload all the heavy lifting Choose simple – use unique “Virtual Desktop Bundle” approach to purchase VDI based on users

25 Simplify Reduce Cost Save Time Allez de l’avant sur votre projet VDI

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