Modernize Your Data Center With Hyper Converged Platforms Mr. Bui Minh Cong Presales Manager techdata.com
Industrial Evolution Level of complexity 3. Industrial revolution Through the use of electronics and IT further progression in autonomous production 4. Industrial revolution Based on cyberphysicalsystems 2. Industrial revolution Introducing mass production lines powered by electric energy 1. Industrial revolution Introducing mechanical production machines powered by water and steam Industry 1.0 Industry 2.0 Industry 3.0 Industry 4.0 End of the 18th century. Beginning of the 20th century Beginning of the 70th Today Source: DFKI/Bauer IAO
Industrial 4.0 technical pillars I T a s a S e r v i c e
Transforming to a cloud operating model Benefits of adopting cloud computing IT As A Service model Single control point Automation Metering Self-service Hybrid cloud Capacity management Monitoring & reporting Built-in security Service-level choice On-prem Hybrid cloud Off-prem
The challenges in the implementation of IT Time and budget of IT project Problems Period Days Budget Designing 73-96 14% - 16% Purchasing 57-112 19% - 21% Implementing 74 93 12% Hardware Configuring and fixing for production system Integrating, tuning, testing compability hardware Deploying, connecting network enviroment 29% 45% 45% Configuring/Te sting 74 80 10% - 11% HA building 66 104 11% - 12% Data Protection 44 108 10% Tuning 89 98 9% - 10% Managing 67 110 9 10% Software Integrating, configuring, testing applications Integrating, configuring, testing middleware Integrating, configuring, testing OS, patching 35% 34% 41% 34% IT projects are behind schedule * Forrester Consulting
Business complexity is driving IT transformation As application ecosystems become more complex, IT must transform to deliver greater Efficiency Predictability and Business Agility agree that if they do not embrace IT Transformation, their firm will no longer be competitive in their market Source: Dell EMC 2017 IT Transformation Maturity Study (ESG)
IT Transformation Making the complex, Simple! Applications Automate Service Delivery Modernize Infrastructure Your apps Platform Cloud Orchestration Virtualization Infrastructure Servers, storage & network Transform IT Operations
A new approach for IT infrastructure Traditional (Vertical) New approach (horizontal)
Type 1: Traditional Infrastructure Application Management Hypervisor Server Network Storage
Type 2: Converged Infrastructure Integrated Reference Architecture
Type 2: Converged Infrastructure HP VirtualSystem NETAPP FLEXPOD EXADATA VCE VBLOCK HP CloudSystem EMC VSPEX
Type 3: Hyper-Converged Infrastructure Legacy Stack Convergence 1.0 Integrated Systems Convergence 2.0 Hyper convergence Pre-integrated Hyperconverge entire stack Cloud Economics 1. Easy to deploy 2. x86 Resources 3. Scale-out
CONVERGED SOLUTIONS ARE ALL ABOUT BUSINESS OUTCOMES
Hybrid Cloud Platforms Applications Integrated, delivered, and consumed AS ONE! Enterprise Hybrid Cloud Native Hybrid Cloud Microsoft Azure Stack Support and lifecycle assurance for entire stack Built on CI and HCI Converged / Hyper-converged Infrastructure
Vendor landscape
Dell EMC hyper-converged infrastructure portfolio VxRail VxRack SDDC APPLIANCE Software- Defined Compute & Storage vsphere environments XC Series Choice of network vsphere environments Fully integrated network VxRack FLEX RACK-SCALE Software-Defined Compute, Storage & Network Choice of hypervisor vsphere environments plus bare metal and/or multi-hypervisor
Dell EMC VxRail hyper-converged appliance Exclusive partnership between Dell EMC and VMware Virtual desktops Deploy hundreds of desktops in minutes on one appliance Server workloads Standardize and consolidate infrastructure for all remote/departmental workloads Hybrid cloud Seamless backup and replication to the cloud Distributed enterprise Manage and Orchestrate across locations with no downtime Multiple configuration & scale points Non-disruptive SDDC scale out Data efficiency services Integrated data protection
Introducing the new, flexible VxRail 4.0 family Purpose built nodes for multiple use cases G Series Nodes E Series Nodes V Series Nodes P Series Nodes S Series Nodes General purpose Entry level VDI optimized Performance optimized Storage dense All-flash and hybrid All-flash and hybrid All-flash and hybrid All-flash and hybrid Hybrid Up to 19.2 TB/node Up to 30.7 TB/node Up to 46 TB/node Up to 46 TB/node Up to 48 TB/node
In-kernel vsan makes VxRail more efficient Typical HCI VxRail with vsan Storage VM (per server) vsphere vsphere / vsan Storage VM consumes resources Data paths are inefficient Management must be bolted on Coarse storage management 2x CPU and 3x memory efficiency Native vmotion and DRS Simple, single management pane Per-VM management and polices
VMware Cloud Foundation Facilitates hybrid cloud Unified SDDC Platform vsphere, vsan, NSX SDDC Manager (+HMS) Integrated Components vrealize Operations vrealize Log Insight VMware Horizon (VDI Workload Domains) External Integration vrealize Automation/Business for Cloud VMware Integrated OpenStack External Integration Integrated Components Cloud Foundation Physical Hardware (VxRack SDDC) VMware vsphere vrealize Automation vrealize Suite vrealize Operations vrealize Log Insight vrealize Suite SDDC Manager Hardware Management Services VMware NSX vrealize Business for Cloud Horizon Suite Horizon View VMware Virtual SAN App Volumes Private/ Hybrid cloud
Enterprise Hybrid Cloud architecture Deliver IaaS as the Foundation for ITaaS Pre-defined services and workflows Self-service and rapid IT Operational management vrealize Operations Self-service and automation vrealize Automation Financial transparency vrealize Business for Cloud Best-of-class cloud management vsphere NSX vsphere vsan NSX Software defined data center Converged and hyper-converged infrastructure Infrastructure choices
Thank you