Lane Levere( Sr. Systems Engineer

Transcription

1 Lane Levere( Sr. Systems Engineer May 2, 2013

2 Whose datacenter am I? No1ce anything?

3 Google-like datacenter infrastructure for the masses Scale-out architecture that leverages server-side flash and server-side HDDs Best of VMworld 2011 and Best of Interop Tokyo 2012 One of Slashdot s 5 Great Startups to work for in Silicon Valley

4 We Fully know virtualized virtualizajon yet?? is great, so what s holding you back? COMPLEXITY Enterprises are struggling to meet service levels with a rigid storage architecture, for example, that can t keep up with a highly consolidated and automated virtual server environment. Forrester Research 2011 COST Storage accounts for 40% to 60% of the total cost of SHVD cost per desktop. Gartner Storage Design Alterna1ves for Virtual Desktop Deployments, January 2013 PERFORMANCE Maintaining high performance while scaling is a top 3 storage challenge. Forrester Research Survey on Storage for Virtual Servers, Q

5 Nutanix Complete Cluster Nutanix Distributed File System (NDFS) + Converged Hardware Nutanix Distributed File System is a scalable distributed file system designed for virtualizajon workloads. Built for enterprise datacenters to enable a turnkey private cloud building block, NDFS delivers fault tolerance, high performance, scalability and reliability for server and desktop virtual machines.

6 Convergence Secular drivers for SDDC: Enterprise & Public Cloud AWS and VMware are driving convergence of all services: Compute and memory Networking (SDN) Load balancers Firewalls, VPNs and the last fronjer Storage

7 The Next- genera1on of Convergence Collapsing storage back into servers Pay- As- You- Grow Unit of Growth = Single Node VCE s vblock 300 Cisco/NetApp FlexPod Dell s vstart 50 Baby Cloud

8 Nutanix High Density Virtualiza1on Clustering simplified 4 Independent Compute/Storage Nodes Compute 4 Independent server compute nodes 8 Intel CPUs (64 cores) Up to 1TB of RAM Dual 10Gbit Ethernet 4 Nodes in 2U NUTANIX INC. CONFIDENTIAL AND PROPRIETARY

9 Linear Scale- out (Pilot is Produc1on) Pay- as- you- grow VMs (VDI Desktops) A converged platform in which compute and storage can be independently scaled via the use of CPU- and storage-heavy nodes in the same cluster. Number of Nodes (4 Nodes per Block) NUTANIX INC. CONFIDENTIAL AND PROPRIETARY

10 Linear scaling From 300 to 3000 View users

11 Es1mated Sizing Guidelines for VDI Deployments Typical user profiles for VDI Task Users Knowledge Workers Power Users Repetitive tasks within a small set of applications Estimated resource per user: 1 vcpu, 1GB Memory, 25 GB disk space, 5 IOPS Tasks include accessing the Internet, using , and creating complex documents Estimated resource per user: 1 vcpu, 1GB Memory, 25 GB disk space, 15 IOPS Graphic-intensive applications, such as developers Estimated resource per user: 1 vcpu, 1GB Memory, 25 GB disk space, 25 IOPS NUTANIX INC. CONFIDENTIAL AND PROPRIETARY

12 Na1ve Disaster Recovery VM- centric replica1on VM-Centric workflows Granular VM-based snapshots and policies Better than LUN or file system based Flexible n-way protection Simultaneous bi-directional replication between sites N-way master-master model Data protection VM and application level crash consistency Flexible protection domains for VM grouping and policies

13 Nutanix Capacity Op1miza1on Inline and Post- processed compression Data compressed as its written (synchronously) Ideal for archival data High performance for sequential workloads Data compressed after cold data is migrated to lower-performance storage tiers Processed only when data and compute resources are available No impact to normal IO path Ideal for random batch workloads VM Centric Purpose-built for virtualization Increased usable capacity across all storage tiers Compression policies align with VM-centric workflows Maximum compression/decompression performance with Snappy algorithm Sub-block compression for granularity and maximum efficiency

14 Nutanix Capacity Op1miza1on Compression ra1os and benefits Up to 78% ReducAon

15 Architecture Anima1on #1: Redundancy on Nutanix Complete Cluster VM VM VM data ABC data DEF data GHI Nutanix Controller VM Hypervisor Nutanix Controller VM Hypervisor Nutanix Controller VM Hypervisor

16 Architecture Anima1on #2 Disk vmo1on VM VM VM data ABC data DEF data GHI Nutanix Controller VM Hypervisor Nutanix Controller VM Hypervisor Nutanix Controller VM Hypervisor

17 Architecture Anima1on #3 High Availability VM VM VM VM data ABC data data ABC DEF data GHI Nutanix Controller VM Hypervisor Nutanix Controller VM Hypervisor Nutanix Controller VM Hypervisor

18 Broad Use Case Support Server VirtualizaAon Desktop VirtualizaAon Big Data Processing Private Cloud IniAaAves Hadoop

19 Pay- As- You- Grow Scale incrementally one node at a Jme Protect infrastructure investment by eliminajng forklie upgrades Scale storage capacity and performance independently

20 Nutanix Virtual Compu1ng Plaform Improving Space and Power Efficiency Servers + Storage + Network = 42U Power Consumption = 6,800W Max VDI users per 2U = 3 2 Complete Blocks + Network = 5U Power Consumption = 2000W Max VDI users per 2U = 33 40% - 60% Cost Savings NUTANIX INC. CONFIDENTIAL AND PROPRIETARY

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