Data Center 3.0 Technology Evolution. Session ID 20PT
|
|
- Barnard Holland
- 6 years ago
- Views:
Transcription
1 Data Center 3.0 Technology Evolution Session ID 20PT
2 Session Goal The focus of this seminar is on the latest technologies some of which can already be used in today's deployments and some that will become available in the next 1 or 2 years. These include: virtual Port- Channeling, Fabric Extender, Layer 2 multi-pathing (read IETF TRILL), VN-TAG, FCoE, IO Virtualization. Attaching Physical and Virtual Compute resources to the networking is described including blade switching, pass-thru, virtualized adapters and Hypervisor based switching. The Cisco compute platform, the UCS, is analyzed as part of the Blade Servers discussion in terms of network connectivity. 2
3 Understand Evolving Design Requirements 3
4 Data Center Inflection Points First Inflection Point Virtualization Minicomputer Client Server Distributed Computing Web Mainframe Second Inflection Point
5 The Evolving Data Centre Architecture Dec 2011 Gartner Data Center Conference: CIO Feedback 1) Budget in 2011 a. 33% Flat b. 42% Higher (greatest was up 5%, lowest was up 10% or more) c. 25% Lower 2) Biggest Challenge you Face in 2011 a. 29% Power, Cooling and Energy Efficiency b. 16% Cloud Computing c. 14% Meeting Business Needs with IT d. 5% Dealing with limited budget Technologies CIO s selected as one of their top five priorities Cloud Virtualization Mobility Infrastructure IT Manager 5
6 The Evolving Data Centre Architecture Data Center Evolution Path Consolidation Virtualization Automation Utility Cloud Efficient use of Compute, Storage and Network Flexibility Provisioning Speed Tighter integration between servers and the network Virtualized Workloads Network/Server demarcation moving inside of the server 6
7 Impact on the Data Center Operations & Maintenance Now ~80% of IT Budgets and Growing Spending (US$B) $300 $250 $200 $150 $100 $50 $0 Source: IDC Server mgmt. and admin. costs Power and cooling costs New server spending Virtualization makes things worse Admin Costs Dominate Budgets Logical server installed base (millions) Physical server installed base (millions) 7
8 The Datacenter Today Trusted Control Reliable Secure 8
9 Cloud Computing? Cloud Computing Trusted Control Reliable Secure Flexible Dynamic On-demand Efficient 9
10 The Goal: Unified Platform Virtualization Security Applications Information Cloud Computing Trusted Control Reliable Secure Flexible Dynamic On-demand Efficient 10
11 Data Center 3.0 Business Driven, Fabric Architecture 11
12 The Evolving Data Centre Architecture Data Center 2.0 (Pre-Virtualized) Small Branch Office Medium Branch Office Large Branch Campus Core IP Core Firewall Services Firewall Services Server Balancing SSL Offloading WAN Application Services Aggregation Aggregation Server Balancing SSL Offloading WAN Application Services Access Server Farms Server Farms Aggregation Core Virtual Fabrics (VSANs) Storage Virtualization Data Replication Svcs Fabric Routing Services Fabric Gateway Services Aggregation Core Datacenter A Storage Farm Storage Farm Datacenter B 12
13 The Evolving Data Centre Architecture Data Center 2.0 (Physical Design == Logical Design) The IP portion of the Data Center Architecture has been based on the hierarchical switching design Workload is localized to the Aggregation Block Services localized to the applications running on the servers connected to the physicalpod Mobility often supported via a centralized cable plant Architecture is often based on optimized design for control plane stability within the network fabric Goal #1: Understand the constraints of the current approach (De-Couple the Elements of the Design) Goal #2:Understand the options we have to build a more efficient architecture (Re-assemble the elements into a more flexible design) Layer 3 Layer 2 Compute Core Aggregation Services Access 13
14 Cisco s Holistic Fabric-Based Approach High-Performance Infrastructure Delivering Architectural Flexibility Physical Virtual Cloud Network Compute Storage Application Services OPEN INTEGRATED FLEXIBLE SCALABLE RESILIENT SECURE 14
15 What is Cisco Unified Fabric? ATTRIBUTES BENEFITS CONVERGENCE Simplified Infrastructure Simplified Operations Reduced Cost SCALE INTELLIGENCE Ethernet Network Data Center OS & Mgmt Storage Network Intra Data Center Inter Data Center Multi-Tenant Integrated App Delivery Fluid VM Networking Secure VM Mobility Network-Based Approach for Systems Excellence 15
16 Cisco Unified Fabric Technologies NX-OS Continued Innovation for Differentiation Unified Ports Deployment Flexibility DCB/FCoE Consolidated I/O CONVERGENCE VDC LISP Virtualizes the Switch Scalability and Mobility FabricPath Architectural Flexibility SCALE INTELLIGENCE vpc FEX Architecture OTV IO Accelerator Active-Active Uplinks Simplified Management with Scale Workload Mobility Replication and Back up SME/DMM Compliance and Workload Mobility 16
17 Building Next Generation Data Center Fabric 17
18 Evolving Data Centre Architecture Focus of this Session The Tightly Coupled Workload Domain Layer 2 Scaling FEX Scale-Up FabricPath Scale-Out Common Storage Fabrics SAN, NAS, iscsi, CIFS Virtual Machine Connectivity vswitch, Nexus 1000v, VM-FEX Policy and Services in a vmotion environment Virtual Machines Connectivity and Services WAN 18
19 Evolution of the Data Center Architecture Tightly Coupled Workload Active/Active L2/L3 The domain of active workload migration (e.g. vmotion) is currently constrained by the latency requirements associated with storage synchronization Tightly coupled workload domain has specific network, storage, virtualization and services requirements 19
20 Evolving Data Centre Architecture Tightly Coupled Workload (e.g., vmotion and Clustering) Hypervisor based server virtualization and the associated capabilities (vmotion, ) are changing multiple aspects of the Data Center design How large do we need to scale Layer 2? Where does the storage fabric exist (NAS, SAN, ) How much capacity does a server need Where is the policy boundary (security, QoS, WAN acceleration, )? Where and how do you connect the servers? Data Center Row 1 Data Center Row 2 20
21 Evolving Data Centre Architecture Design Factor #1 to Re-Visit As we move to new designs need to re-evaluate the L2/L3 scaling and design assumptions Need to consider VLAN Usage Policy assignment (QoS, Security, Closed User Groups) IP Address Management Some factors are fixed (e.g. ARP load) Some factors can be modified by altering VLAN/Subnet ratio Still need to consider L2/L3 Boundary Control Plane Scaling ARP scaling (how many L2 adjacent devices) FHRP, PIM, IGMP STP logical port count (BPDUs generated per second) Goal: Evaluate which elements can change in your architecture VLAN/Subnet Ratio? VLAN span? Where is the L2/L3 boundary? Layer 3 Layer 2 Aggregation Scalability ARP, STP, FHRP 21
22 Evolving Data Centre Architecture Not an L2 vs. L3 Debate L2/L3 The traditional L2 vs. L3 debate has been based on a number of issues Scalability Availability Requirements for the High Availability design moving forward is a scalable, highly available switching fabric with the advantages of both L2 and L3 22
23 Architecture Flexibility Through NX-OS Spanning-Tree vpc FabricPath Active Paths Single Dual 16 Way POD Bandwidth Up to 10 Tbps Up to 20 Tbps Up to 160 Tbps Layer 2 Scalability Infrastructure Virtualization and Capacity 23
24 Virtual Port Channel (vpc) vpc is a Port-channeling concept extending link aggregation to two separate physical switches Allows the creation of resilient L2 topologies based on Link Aggregation. Eliminates the need for STP in the access-distribution Provides increased bandwidth All links are actively forwarding vpcmaintains independent control planes vpc switches are joined together to form a domain Physical Topology Si Virtual Port Channel L2 Non-vPC Si Logical Topology vpc Increased BW with vpc 24
25 Evolving Data Centre Architecture vpc Scaling Up the Network Pod Nexus designs currently leveraging vpc to increase capacity and increase scale of layer 2 fabrics Removing physical loops out of the layer 2 topology Reducing the STP state on the access and aggregation layer vpc Physical and Control Plane Redundancy Scaling for up to 32 x 10G links = 320 Gbps Scaling the aggregate Bandwidth Nexus 5000/5500 when combined with F1 line cards on Nexus 7000 can support port channels of up to 32 x 10G interfaces = 320 Gbps between access and aggregation Nexus 5500/2000 virtualized access switch can support MCEC based port channels of up to 16 x 10G links = 160Gbps between server and virtualized access switch VM #2 vpc VM #3 VM #4 Fabric Extension: STP Free Scaling for up to 16 x 10G links 25
26 Cisco FabricPath NX-OS Innovation, Enhancing Layer 2 with Layer 3 More than 500 FabricPath customers on Cisco Nexus 7000 Layer 2 Strengths Simple configuration Flexible provisioning Low cost Fabric Path Layer 3 Strengths All links active Fast convergence Highly scalable Resilience Cost Simplicity Flexibility Bandwidth Availability Now Shipping on Nexus 5500 from Q4CY11 Enhanced Fabric Scale with FEX 26
27 Evolving Data Centre Architecture FabricPath Scaling Out the Workload/Fabric Scaling the Fabric to a much larger geographic domain Extending the tightly coupled workload domain FabricPath Connect a group of switches using an arbitrary topology With a simple CLI, aggregate them into a Fabric: N7K(config)# interface ethernet 1/1 N7K(config-if)# switchport mode fabricpath An open protocol based on L3 technology provides Fabricwide intelligence and ties the elements together 27
28 Evolving Data Centre Architecture FabricPath The BUS for the Compute Pods FabricPath provides an extensible transport fabric that aids in decoupling the building blocks of the DC Provides a scalable communication BUS between design elements(layer 3 Routing, Policy Services, Compute Pod) FabricPath BUS blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 28
29 Evolving Data Centre Architecture Design Factor #2 to Re-Visit How is striping of workload across the physical Data Center accomplished (Rack, Grouping of Racks, Blade Chassis, )? How is the increase in percentage of devices attached to SAN/NAS impacting the aggregated I/O and cabling density per compute unit? Goal: Define the unit of Compute I/O and how it is managed (how does the cabling connect the compute to the network and fabric) blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 blade1 blade2 slot 1 blade3 slot 2 blade4 slot 3 blade5 slot 4 blade6 slot 5 blade7 slot 6 blade8 slot 7 slot 8 Rack Mount Blade Chassis Integrated - UCS 29
30 Nexus Virtualized Access Switch Rack Mount Rack Mount Scale Unit Rack Mount Servers are still predominantly 1Gbps (2 to 6 NIC s common) Migration to 2 x 10G NIC/CNA s is occurring (10G cable requirements) Server layout will primarily be driven by power density Look to replicate Units of workload [ Compute + I/O ] to aid in providing the flexibility in mapping the physical layout to the logical design 20 to 30 Servers per Rack 10 to 15 Servers per Rack 8 to 12 Servers per Rack 30
31 Evolving Data Centre Architecture FEX Scaling Up and Distributing the Workload Domain De-Coupling of the Layer 1 and Layer 2/3 Topologies If the workload is defined to be local to the switch can provide an alternative method to geographic distribution Provides a per rack based granularity view of the logical workload domain... Virtualized Switch 31
32 Fabric Extender Technology Simplifies Data Center Infrastructure Decouple Scale and Complexity Lower Costs Cross-Bar and Supervisor Nexus 5K and 7K UCS Fabric Interconnect Fabric Extenders (Remote Line Cards) Nexus 2K UCS I/O Module Distributed Modular System Fixed Backplane Distributed Data Center Fabric 10GbE (with 40GbE coming soon) Ethernet for the Backplane FABRIC EXTENDER TECHNOLOGY: Available in UCS and Nexus 32
33 Evolving Data Centre Architecture Starting Point Workload Virtualization Partitioning Physical devices partitioned into virtual devices Clustering Applications distributed across multiple servers App App App App App Virtual Machines OS OS OS OS OS OS OS Physical Servers 33
34 The Evolving Data Centre Architecture Starting Point The Compute Workload Domain Distribution of the Workload (Striping servers and VM s amongst the rack, along the row, between the rows, ) Scaling of the Workload Capabilities (Number of Servers and VM s) Architectural Goal is balanced between the need to scale workload and provide availability and manageability Flexibility in the architecture of the Data Center Fabric Where are the Tightly Coupled vs. Loosely Coupled Domains of Workload 34
35 Server Virtualization Issues 1. vmotion moves VMs across physical ports the network policy must follow 2. Impossible to view or apply network policy to locally switched traffic Port Group 3. Need shared nomenclature and collaboration for security policies between network and server admin vcenter Physical Switch Interface 35
36 Unified VM Awareness Nexus 1000V Software Hypervisor Switching Tagless (802.1Q) Feature set Flexibility Cisco VM-FEX External Hardware Switching Tag-based (Pre-standard 802.1BR) Performance Consolidation VM #1 VM #2 Server VM #3 VM #4 VM #1 VM #2 Server VM #3 VM #4 Nexus 1000V Hypervisor Hypervisor VIC NIC NIC Nexus 1000V LAN Nexus 5500 Policy-Based VM Connectivity Mobility of Network and Security Properties Non-Disruptive Operational Model 36
37 Data Centre Architecture Evolution Embedded 802.1Q Bridging Nexus 1000v Embedded Virtual Bridge - Nexus 1000V 802.1q standards based bridge Performs packet forwarding and applies advanced networking features Policy Based port profile applies port security, VLAN, and ACLs, policy maps for QoS treatment for all systems traffic including VM traffic, Console & Vmotion/Vmkernel Generic adapter on generic x86 server Standard 802.1q based upstream switch Leveraging standard switch to switch links (QoS, trunking, channeling,..) Policy on upstream switch looks like standard aggregation configuration VM VM VM VM Nexus 1000V VEM Hypervisor Generic Adapter 802.1Q Switch VNIC VETH 37
38 Cisco Nexus 1000V Components Cisco VSMs vcenter Server Virtual Ethernet Module (VEM) Replaces Vmware s virtual switch Data Plane for the N1KV Enables advanced switching capability on the hypervisor Provides each VM with dedicated switch ports Virtual Supervisor Module (VSM) CLI interface into the Nexus 1000V Control Plane for the N1KV Leverages NX-OS Controls multiple VEMs as a single network device Cisco VEM Cisco VEM Cisco VEM VM1 VM2 VM3 VM4 VM5 VM6 VM7 VM7 VM9 VM10 VM11 VM12 38
39 Evolving Data Centre Architecture Design Factor #4 to Re-Visit Where Is the Edge? Hypervisor based compute virtualization moves the edge of the Fabric PCI-E bus and storage and network connectivity resources are virtualized Eth 2/12 FC 3/11 vswitch VMFS (VMWare) pnic HBA NPV (provides FC SAN virtualization) With a shift in the edge of the fabric comes a change in the operational practices and fabric design requirements VETH VNIC VMFS SCSI PCI-E Bus Edge of the Fabric Hypervisor provides virtualization of PCI-E resources 39
40 Evolving Data Centre Architecture Design Factor #4 to Re-Visit - Where Is the Edge? Unification of LAN and Storage fabrics FCoE, NFS, iscsi, CIFS all provide the capability to share the fabric Eth 2/12 vfc 3 10G adapters provide rational to share IP storage and IP transactional Converged Network Adapters (CNAs) virtualize the PCI-E bus resources Two PCIe devices are seen by the OS/Hypervisor Ethernet NIC Fibre Channel HBA Still 2 PCI Addresses on the BUS VETH 10GbE Fibre Channel 10GbE Link Ethernet PCIe VMFS SCSI Converged Network Adapter provides virtualization of the physical Media PCI-E Bus Edge of the Fabric The edge of the SAN/Storage and LAN fabrics are merging VNIC Hypervisor provides virtualization of PCI-E resources 40
41 Evolving Data Centre Architecture Design Factor #4 to Re-Visit - Where Is the Edge? The introduction of SR-IOV, Cisco Adapter-FEX and developing IEEE standards further extend the virtualization of the adapter and the first physical device port A single component is seen as many PCIe addresses on the bus and thus the OS talks to multiple devices but there is only one physical NIC, one physical wire and physical switch Extending the virtual port down from the physical fabric directly to the VM s vnic Edge of the Fabric Hypervisor provides virtualization of PCI-E resources PCI-E Bus 41 VETH VNIC veth 1 Eth 1 vfc 2 vfc 4 10GE - VNTag FC 2 Pass Thru vfc 3 Eth 3 FC 4 VMFS SCSI vfc 126 Adapter-FEX provides multiple PCIe resources Eth 126
42 Adapter FEX and VM-FEX Expanding Cisco Fabric Extender Offerings VM FEX VM-FEX extends Adapter FEX technology to virtual machine Adapter FEX Adapter FEX splits a physical NIC into multiple logical NICs IEEE 802.1BR Benefits: Single point of management Increased 10 G bandwidth utilization less power, fewer adaptors and cables with Adapter FEX Dynamic network & security policy mobility during VM migration with VM-FEX 42
43 Scaling the Fabric: Physical to Virtual Single Point of Policy and Management at Scale Up to 1152 host ports Adapter FEX VM-FEX Up to 1024 logical instances Up to 4096 VMs VMs VMs Nexus 2248TP Logical NIC VMs VMs Cisco Nexus 5596UP Switch Nexus 2232PP Logical NIC VMs VMs Logical NIC Nexus 2232TM VMs VMs Logical NIC VMs VMs Logical NIC Fabric Extensibility with Simplified Management BRKSPM-2604_c Cisco and/or its affiliates. All rights reserved. Cisco Confidential 43
44 Evolving Data Centre Architecture Design Factor #5 to Re-Visit Where Are the Services? In the non-virtualized model services are inserted into the Data Path at choke points Client Logical Topology matches the Physical Virtualized workload may require a reevaluation of where the services are applied and how they are scaled Virtualized Services associated with the Virtual Machine (Nexus 1000v &vpath) 44 VM #2 VM #3 VM #4 Virtualized Services Nexus 1000v & vpath VSG, vwaas
45 What Is vpath? Services Interception in Nexus 1000v Intelligence build into Virtual Ethernet Module (VEM) of Cisco Nexus 1000V virtual switch (version 1.4 and above); vpath has the following main functions: VSN Server VM VPATH Interception 1. Intelligent Traffic interception for Virtual Service Nodes (VSN): vwaas& VSG; VEM In/Out 2. Offload the processing of Pass-through traffic (from vwaas, for instance); 3. ARP based health check; 4. Maintain Flow entry table. Upstream Switch vpath is Multitenant Aware Leveraging vpath can enhance the service performance by moving the processing to hypervisor; 45
46 Logical Nework Spanning Across Layer 3 VM VM VM VM VM VM VM Utilize All Links in Port Channel w/ UDP Add More Pods to Scale 46
47 L3 Connectivity Cisco Nexus 1000 Portfolio Virtual Appliance Nexus 1010 Virtual ASA vwaas VSG VSM VSM NAM Primary VSG Secondary VSM NAM VSG VSM: Virtual Supervisor Module VEM: Virtual Ethernet Module vpath: Virtual Service Data-path VXLAN: Scalable Segmentation VSG: Virtual Security Gateway vwaas: Virtual WAAS Virtual ASA: Tenant-edge security Virtual Blades Virtual Supervisor Module (VSM) Network Analysis Module (NAM) Virtual Security Gateway (VSG) Data Center Network Manager (DCNM)* vpath Service Binding (Traffic Steering) Fast-Path Offload VEM-1 vpath VXLAN VMware ESX VEM-2 vpath VXLAN MSFT Hyper-V** VXLAN 16M address space for LAN segments Network Virtualization (Mac-over-UDP) * Est: 4Q CY11 **With Microsoft Window 8 in
48 Evolution of the Data Center Architecture Loosely Coupled Workload Burst and Disaster Recovery WAN DCI and Routing Asynchronous Storage Burst workload (adding temporary processing capacity) and Disaster Recovery leverage out of region facilities Loosely coupled workload domain has a different set of network, storage, virtualization and services requirements 48
49 Data Center Interconnect OTV Layer 2 Mobility Ethernet traffic between sites is encapsulated in IP: MAC in IP Dynamic encapsulation based on MAC routing table No Pseudo-Wire or Tunnel state maintained MAC MAC1 MAC2 MAC3 MAC1 MAC2 IP A IP B MAC1 MAC2 MAC1 MAC2 Encap Decap IF Eth1 IP B IP B OTV OTV IP A IP B Server 1 MAC 1 Communication between MAC1 (site 1) and MAC2 (site 2) Server 2 MAC 2 49
50 LISP Next Gen Routing Architecture Locator-ID Separation Protocol Decouples the Identity of a resource (IP address) from its Location Keeps ID-to-Location mapping in a Directory IP addresses are resolved to a location by consulting the directory Similar to DNS name-to-ip resolution, but this is IP-to-location resolution The directory is a distributed hierarchical database Identifiers can move in the Cloud Mobility for Virtual Machines Scalability IETF Draft Standard Please see BRKVIR-2931 End-to-End Data Center Virtualization for more information on DCI 50
51 Bringing It All together: NX-OS Any Application. Any Location. Any Scale. 1 Compute Fabric: Converged, Scalable and Stateless San Jose Workload Mobility 4 Policy Based Management 1 UCS, FabricPath, FCOE, Unified Ports 2 OTV, LISP 3 VM-FEX, VSG Service/Port/Security 4 Profiles and Open API s 2 Extensible Fabric 3 VM-Aware Fabric New York 2010 Cisco and/or its affiliates. All rights reserved. 51
52 SCALABILITY Raising The Bar With New Cisco Unified Fabric Innovations SAN LAN LAN/SAN New! New! New! New! Nexus 3000 Nexus 4000 Nexus 5000 Nexus 7000 MDS 9500 Nexus 2000 New! MDS 9200 Nexus 1010 MDS 9100 Nexus 1000V Cisco NX-OS: One OS from the Hypervisor to the Data Center Core CONVERGENCE VM-AWARE NETWORKING 10 GbE SWITCHING FABRIC EXTENSIBILITY CLOUD MOBILITY 52
53 Conclusion You should now have a thorough understanding of the Nexus Data Center features that enable a more flexible switching fabric supporting faster provisioning models, virtual machine mobility while maintaining the security isolation and availability you have to come to rely on in your current DC 2.0 designs Any questions? 53
54 Complete Your Session Evaluation Please give us your feedback!! Complete the evaluation form you were given when you entered the room This is session 3.1 (Data Center & Virtualization) Don t forget to complete the overall event evaluation form included in your registration kit YOUR FEEDBACK IS VERY IMPORTANT FOR US!!! THANKS 54
55 55
Evolution with End-to-End Data Center Virtualization
Evolution with End-to-End Data Center Virtualization Yves Louis DC Virtualisation Technical Solution Architect Agenda Data Center Virtualization Overview Front-End Data Center Virtualization Core Layer
More informationCisco Certdumps Questions & Answers - Testing Engine
Cisco Certdumps 642-996 Questions & Answers - Testing Engine Number: 642-996 Passing Score: 797 Time Limit: 120 min File Version: 16.8 http://www.gratisexam.com/ Sections 1. A 2. B 3. C 4. Exhibit Case
More informationCisco Exam Questions & Answers
Cisco 642-996 Exam Questions & Answers Number: 642-996 Passing Score: 800 Time Limit: 120 min File Version: 38.8 http://www.gratisexam.com/ Cisco 642-996 Exam Questions & Answers Exam Name: Designing Cisco
More informationService Oriented Virtual DC Design
Dubrovnik, Croatia, South East Europe 20-22 May, 2013 Service Oriented Virtual DC Design Višnja Milovanović Consulting Systems Engineer Data Center & Virtualization 2011 2012 Cisco and/or its affiliates.
More informationNext Generation Data Centers Networks Consolidation and Virtualization
Next Generation Data Centers Networks Consolidation and Virtualization Samuel TAYLOR Directeur Technique Channel - WCA samtaylo@cisco.com 1 70 % of CIOs would increase spending on virtualization even if
More informationVirtual Security Gateway Overview
This chapter contains the following sections: Information About the Cisco Virtual Security Gateway, page 1 Cisco Virtual Security Gateway Configuration for the Network, page 10 Feature History for Overview,
More informationCisco Nexus 4000 Series Switches for IBM BladeCenter
Cisco Nexus 4000 Series Switches for IBM BladeCenter What You Will Learn This document is targeted at server, storage, and network administrators planning to deploy IBM BladeCenter servers with the unified
More informationVendor: Cisco. Exam Code: Exam Name: DCID Designing Cisco Data Center Infrastructure. Version: Demo
Vendor: Cisco Exam Code: 300-160 Exam Name: DCID Designing Cisco Data Center Infrastructure Version: Demo Exam A QUESTION 1 Which three options are features of a Cisco Nexus 7700 Switch? (Choose three.)
More informationNetwork Services in Virtualized Data Center
Network Services in Virtualized Data Center Tomáš Michaeli Consulting Systems Engineer, DCV Central / Czech republic 21 Mar 2012 2011 Cisco and/or its affiliates. All rights reserved. Cisco Public 1 Almost
More informationData Center Virtualization Setting the Foundation. Ed Bugnion VP/CTO, Cisco Server, Access and Virtualization Technology Group
Data Center Virtualization Setting the Foundation Ed Bugnion VP/CTO, Cisco Server, Access and Virtualization Technology Group I Fought the Law, and the Law Won Sonny Curtis and the Crickets Moore s Law
More informationCCIE Data Center Written Exam ( ) version 1.0
CCIE Data Center Written Exam (350-080) version 1.0 Exam Description: The Cisco CCIE Data Center Written Exam (350-080) version 1.0 is a 2-hour test with 80 110 questions that will validate that a data
More informationVendor: Cisco. Exam Code: Exam Name: Designing Cisco Data Center Unified Fabric (DCUFD) Version: Demo
Vendor: Cisco Exam Code: 642-996 Exam Name: Designing Cisco Data Center Unified Fabric (DCUFD) Version: Demo DEMO QUESTION 1 Which three Cisco technologies or solutions are used during the virtualization
More informationQ&As DCID Designing Cisco Data Center Infrastructure
CertBus.com 300-160 Q&As DCID Designing Cisco Data Center Infrastructure Pass Cisco 300-160 Exam with 100% Guarantee Free Download Real Questions & Answers PDF and VCE file from: 100% Passing Guarantee
More informationUCS Networking 201 Deep Dive
UCS Networking 20 Deep Dive BRKCOM-2003 Brad Hedlund bhedlund@cisco.com Manish Tandon mtandon@cisco.com Agenda Overview / System Architecture Physical Architecture Logical Architecture Switching Modes
More informationPrepAwayExam. High-efficient Exam Materials are the best high pass-rate Exam Dumps
PrepAwayExam http://www.prepawayexam.com/ High-efficient Exam Materials are the best high pass-rate Exam Dumps Exam : 300-160 Title : Designing Cisco Data Center Unified Computing Vendor : Cisco Version
More informationCisco Designing Cisco Data Center Unified Fabric (DCUFD) v5.0. Download Full Version :
Cisco 642-996 Designing Cisco Data Center Unified Fabric (DCUFD) v5.0 Download Full Version : https://killexams.com/pass4sure/exam-detail/642-996 Answer: A QUESTION: 156 Which three functions are provided
More informationCisco Exam Questions & Answers
Cisco 642-996 Exam Questions & Answers Number: 642-996 Passing Score: 800 Time Limit: 120 min File Version: 38.8 http://www.gratisexam.com/ Cisco 642-996 Exam Questions & Answers Exam Name: Designing Cisco
More informationVblock Architecture. Andrew Smallridge DC Technology Solutions Architect
Vblock Architecture Andrew Smallridge DC Technology Solutions Architect asmallri@cisco.com Vblock Design Governance It s an architecture! Requirements: Pretested Fully Integrated Ready to Go Ready to Grow
More informationCisco UCS Virtual Interface Card 1225
Data Sheet Cisco UCS Virtual Interface Card 1225 Cisco Unified Computing System Overview The Cisco Unified Computing System (Cisco UCS ) is a next-generation data center platform that unites compute, networking,
More informationHW virtualizace a podpora hypervizorů různých výrobců
Cisco Expo 2012 HW virtualizace a podpora hypervizorů různých výrobců René Raeber Datacenter Architect IEEE 802.1DCB Architect Cisco Expo 2012 Cisco and/or its affiliates. All rights reserved. 1 Twitter
More informationNetwork Virtualization
Network Virtualization Petr Grygárek 1 Traditional Virtualization Techniques Network Virtualization Implementation of separate logical network environments (Virtual Networks, VNs) for multiple groups on
More informationData Center Interconnect Solution Overview
CHAPTER 2 The term DCI (Data Center Interconnect) is relevant in all scenarios where different levels of connectivity are required between two or more data center locations in order to provide flexibility
More informationCisco Cisco Data Center Associate Level Accelerated - v1.0 (DCAA)
Course Overview DCAA v1.0 is an extended hours bootcamp class designed to convey the knowledge necessary to understand and work with Cisco data center technologies. Covering the architecture, components
More informationAgenda Registration & Coffee
Agenda 09.15 Registration & Coffee 09:45 Welcome & Overview - Paul D'Cruz Data Centre Systems Engineering Manager 10:00 Unified Fabric - Virtualising the Network and Storage Domain - Gordon Hirst DC CSE
More informationCisco UCS Virtual Interface Card 1227
Data Sheet Cisco UCS Virtual Interface Card 1227 Cisco Unified Computing System Overview The Cisco Unified Computing System (Cisco UCS ) is a next-generation data center platform that unites computing,
More informationVIRTUALIZING SERVER CONNECTIVITY IN THE CLOUD
VIRTUALIZING SERVER CONNECTIVITY IN THE CLOUD Truls Myklebust Director, Product Management Brocade Communications 2011 Brocade Communciations - All Rights Reserved 13 October 2011 THE ENTERPRISE IS GOING
More informationCisco Virtual Networking Solution Nexus 1000v and Virtual Services. Abhishek Mande Engineer
Cisco Virtual Networking Solution Nexus 1000v and Virtual Services Abhishek Mande Engineer mailme@cisco.com Agenda Application requirements in virtualized DC The Anatomy of Nexus 1000V Virtual Services
More informationSelftestengine questions. Cisco Designing Cisco Data Center Unified Fabric
Selftestengine.642-996.58questions Number: 642-996 Passing Score: 800 Time Limit: 120 min File Version: 5.8 Cisco 642-996 Designing Cisco Data Center Unified Fabric 1. It put me out from my hurdles and
More informationExam Questions
Exam Questions 300-160 DCID Designing Cisco Data Center Infrastructure https://www.2passeasy.com/dumps/300-160/ 1. Which three components are needed to implement Cisco VM-FEX on the Cisco UCS platform?
More informationData Center Design IP Network Infrastructure
Important Updated content: The Cisco Virtualized Multi-tenant Data Center CVD (http://www.cisco.com/go/vmdc) provides updated design guidance including the Cisco Nexus Switch and Unified Computing System
More informationOverview. Cisco UCS Manager User Documentation
Cisco UCS Manager User Documentation, page 1 Infrastructure Management Guide, page 2 Cisco Unified Computing System, page 3 Cisco UCS Building Blocks and Connectivity, page 5 Cisco UCS Manager User Documentation
More informationMidmarket Data Center Architecture: Cisco Unified Computing System with the Cisco Nexus 1000V Switch
White Paper Midmarket Data Center Architecture: Cisco Unified Computing System with the Cisco Nexus 1000V Switch Abstract The Cisco midmarket architecture is designed to meet the needs of businesses with
More informationSegmentation. Threat Defense. Visibility
Segmentation Threat Defense Visibility Establish boundaries: network, compute, virtual Enforce policy by functions, devices, organizations, compliance Control and prevent unauthorized access to networks,
More informationUCS Networking Deep Dive. Neehal Dass - Customer Support Engineer
UCS Networking Deep Dive Neehal Dass - Customer Support Engineer Agenda Chassis Connectivity Server Connectivity Fabric Forwarding M-Series Q & A Cisco Unified Computing System (UCS) Single Point of Management
More informationArchitecting Scalable Clouds using VXLAN and Nexus 1000V
Architecting Scalable Clouds using VXLAN and Nexus 1000V Lawrence Kreeger Principal Engineer Agenda Session Is Broken Into 3 Main Parts Part 1: VXLAN Overview What is a VXLAN? Why VXLANs? What is VMware
More information"Charting the Course... Troubleshooting Cisco Data Center Infrastructure v6.0 (DCIT) Course Summary
Description Troubleshooting Cisco Data Center Infrastructure v6.0 (DCIT) Course Summary v6.0 is a five-day instructor-led course that is designed to help students prepare for the Cisco CCNP Data Center
More informationNexus 7000/5000/2000/1000v Deployment Case Studies
Nexus 7000/5000/2000/1000v Deployment Case Studies Session Goal Understand how to design a scalable data center based upon customer requirements How to choose different flavor of the designs using Nexus
More informationEnd To End Data Center Virtualization
Toronto, Canada May 30, 2013 End To End Data Center Virtualization Ronnie Scott DC Technology Solutions Architect ascott@cisco.com Follow us on Twitter at #CiscoConnect_TO 2011 2012 Cisco and/or its affiliates.
More informationDesigning Cisco Data Center Unified Computing
Designing Cisco Data Center Unified Computing Number: 642-998 Passing Score: 800 Time Limit: 120 min File Version: 1.1 http://www.gratisexam.com/ Sections 1. Drag and Drop 2. Questions 3. Hot Spot CISCO
More information"Charting the Course... Designing Cisco Data Center Infrastructure (DCID) Course Summary
Course Summary Description v6.0 is a five-day instructor-led course that focuses on data center design based on Cisco solutions. The course includes theoretical content, as well as design oriented case
More informationUCS Engineering Details for the SAN Administrator
UCS Engineering Details for the SAN Administrator Craig Ashapa 2 First things first: debunking a myth Today (June 2012 UCS 2.02m) there is no FCoE northbound of UCS unless you really really really want
More informationUCS - the computing vision that boosts your business
UCS - the computing vision that boosts your business Mihai Sandoiu, IT Security Consultant, CCNP, CCDA, CISM S&T Romania Cuprins Datacenter evolution Cisco Nexus 1000V DVS Unified I/O Vblock Cisco UCS
More informationUnify Virtual and Physical Networking with Cisco Virtual Interface Card
White Paper Unify Virtual and Physical Networking with Cisco Virtual Interface Card Simplicity of Cisco VM-FEX technology and Power of VMware VMDirectPath What You Will Learn Server virtualization has
More informationUCS Technical Deep Dive: Getting to the Heart of the Matter
UCS Technical Deep Dive: Getting to the Heart of the Matter Session ID Agenda Introductions UCS Architecture, Innovations, Topology Physical Building Blocks Logical Building Blocks Typical Use Cases (Live
More informationEnterprise. Nexus 1000V. L2/L3 Fabric WAN/PE. Customer VRF. MPLS Backbone. Service Provider Data Center-1 Customer VRF WAN/PE OTV OTV.
2 CHAPTER Cisco's Disaster Recovery as a Service (DRaaS) architecture supports virtual data centers that consist of a collection of geographically-dispersed data center locations. Since data centers are
More informationConfiguring Cisco Nexus 7000 Series Switches
Configuring Cisco Nexus 7000 Series Switches DCNX7K v3.1; 5 Days, Instructor-led Course Description The Configuring Cisco Nexus 7000 Switches (DCNX7K) v3.0 course is a 5-day ILT training program that is
More informationModule 5: Cisco Nexus 7000 Series Switch Administration, Management and Troubleshooting
The Detailed course Modules for (DCNX7K) Configuring Cisco Nexus 7000 Switches Training Online: Module 1: Cisco Nexus 7000 Series Switches Cisco unified fabric trends Nexus 7000 series switch Deployment
More informationCisco Configuring Cisco Nexus 7000 Switches v3.1 (DCNX7K)
Course Overview View Course Dates & Register Today This course is designed for systems and field engineers who configure the Cisco Nexus 7000 Switch. This course covers the key components and procedures
More informationCisco Virtual Networking Solution for OpenStack
Data Sheet Cisco Virtual Networking Solution for OpenStack Product Overview Extend enterprise-class networking features to OpenStack cloud environments. A reliable virtual network infrastructure that provides
More informationCisco Exam Questions & Answers
Cisco 642-997 Exam Questions & Answers Number: 642-997 Passing Score: 900 Time Limit: 120 min File Version: 36.4 http://www.gratisexam.com/ Cisco 642-997 Exam Questions & Answers Exam Name: Implementing
More informationUCS Networking Deep Dive
UCS Networking Deep Dive BRKCOM-2003 www.ciscolivevirtual.com Agenda Overview / System Architecture Physical Architecture Logical Architecture Switching Modes of the Fabric Interconnect Fabric Failover
More informationAll Roads Lead to Convergence
All Roads Lead to Convergence Greg Scherer VP, Server and Storage Strategy gscherer@broadcom.com Broadcom Corporation 2 Agenda The Trend Toward Convergence over Ethernet Reasons for Storage and Networking
More informationMaailman paras palvelinjärjestelmä. Tommi Salli Distinguished Engineer
Maailman paras palvelinjärjestelmä Tommi Salli Distinguished Engineer Cisco UCS Momentum $1.1B Annualized Run Rate 7,400 UCS Customers; 2,620 repeat customers with average 3.4 repeat buys 350 ATP Channel
More informationCisco Nexus 1000V Switch for Microsoft Hyper-V
Q&A Cisco Nexus 1000V Switch for Microsoft Hyper-V Overview Q. What are Cisco Nexus 1000V Switches? A. Cisco Nexus 1000V Switches provide a comprehensive and extensible architectural platform for virtual
More informationCisco.Actualtests v by.Dragan.81q
Cisco.Actualtests.640-916.v2013-10-26.by.Dragan.81q Number: 640-916 Passing Score: 825 Time Limit: 120 min File Version: 12.5 http://www.gratisexam.com/ Exam Code: 640-916 Exam Name: Introducing Cisco
More informationCisco Virtual Security Gateway (VSG) Mohammad Salaheldin
Cisco Virtual Security Gateway (VSG) Mohammad Salaheldin Virtual Security Gateway (VSG) Overview VSG Packet Flow VSG Policy Model Use Case Example ASA on 1000V Summary 2011 Cisco and/or its affiliates.
More informationCisco Nexus 1100 Series Virtual Services Appliances
Deployment Guide Cisco Nexus 1100 Series Virtual Services Appliances Deployment Guide Version 1.0 June 2013 2013 Cisco and/or its affiliates. All rights reserved. This document is Cisco Public Information.
More informationCisco Virtualized Workload Mobility Introduction
CHAPTER 1 The ability to move workloads between physical locations within the virtualized Data Center (one or more physical Data Centers used to share IT assets and resources) has been a goal of progressive
More informationAvailability for the Modern Data Center on FlexPod Introduction NetApp, Inc. All rights reserved. NetApp Proprietary Limited Use Only
Availability for the Modern Data Center on FlexPod Introduction 2014 NetApp, Inc. All rights reserved. NetApp Proprietary Limited Use Only Abstract Veeam Availability Suite v8 leverages NetApp storage
More informationVirtuální firewall v ukázkách a příkladech
Praha, hotel Clarion 10. 11. dubna 2013 Virtuální firewall v ukázkách a příkladech T-SEC3 / L2 Tomáš Michaeli Cisco 2013 2011 Cisco and/or its affiliates. All rights reserved. Cisco Connect 1 Agenda VXLAN
More informationImplementing Cisco Data Center Infrastructure v6.0 (DCII)
Implementing Cisco Data Center Infrastructure v6.0 (DCII) COURSE OVERVIEW: Implementing Cisco Data Center Infrastructure (DCII) v6.0 is a five-day instructor-led course that is designed to help students
More informationNávrh serverových farem
Návrh serverových farem DCTECH4 Martin Diviš Consulting Systems Engineer mdivis@cisco.com Sponsor Sponsor Sponsor Sponsor Logo Logo Logo Logo CIscoEXPO 1 Agenda Introduction 5k/2k update Basic Concepts
More informationLayer 2 Implementation
CHAPTER 3 In the Virtualized Multiservice Data Center (VMDC) 2.3 solution, the goal is to minimize the use of Spanning Tree Protocol (STP) convergence and loop detection by the use of Virtual Port Channel
More informationCisco Unified Computing System Delivering on Cisco's Unified Computing Vision
Cisco Unified Computing System Delivering on Cisco's Unified Computing Vision At-A-Glance Unified Computing Realized Today, IT organizations assemble their data center environments from individual components.
More informationModule Title : Course DCUFD : Designing Cisco Data Center Unified Fabric v3.0 Duration : 5 days
Module Title : Course DCUFD : Designing Cisco Data Center Unified Fabric v3.0 Duration : 5 days Course Description The Designing Cisco Unified Fabric (DCUFD v3.0) course is replacing the DCNID v2.0 with
More informationFrequently Asked Questions for HP EVI and MDC
Frequently Asked Questions for HP EVI and MDC Q. What are we announcing at VMworld? A. HP will be expanding Virtual Application Networks with new FlexFabric innovations that simplify the interconnection
More informationNexus 1000V in Context of SDN. Martin Divis, CSE,
Nexus 1000V in Context of SDN Martin Divis, CSE, mdivis@cisco.com Why Cisco Nexus 1000V Losing the Edge Server Admin Host Host Host Host Server Admin manages virtual switching! vswitch vswitch vswitch
More informationCisco Nexus 7000 Series Connectivity Solutions for the Cisco Unified Computing System
Cisco Nexus 7000 Series Connectivity Solutions for the Cisco Unified Computing System About the Cisco Nexus 7000 Series Switches The Cisco Nexus 7000 Series Switches combine the highest level of scalability
More informationTHE EXPONENTIAL DATA CENTER
THE EXPONENTIAL DATA CENTER THE TYRANNY OF TREES Typical tree configuration Location matters in a tree architecture Bubbles Optimal performance VM One Hop 2 Copyright 2010 Juniper Networks, Inc. www.juniper.net
More informationDeploying Cloud Network Services Prime Network Services Controller (formerly VNMC)
Deploying Cloud Network Services Prime Network Services Controller (formerly VNMC) Dedi Shindler - Sr. Manager Product Management Cloud System Management Technology Group Cisco Agenda Trends Influencing
More informationDCNX5K: Configuring Cisco Nexus 5000 Switches
Course Outline Module 1: Cisco Nexus 5000 Series Switch Product Overview Lesson 1: Introducing the Cisco Nexus 5000 Series Switches Topic 1: Cisco Nexus 5000 Series Switch Product Overview Topic 2: Cisco
More informationStorage Protocol Offload for Virtualized Environments Session 301-F
Storage Protocol Offload for Virtualized Environments Session 301-F Dennis Martin, President August 2016 1 Agenda About Demartek Offloads I/O Virtualization Concepts RDMA Concepts Overlay Networks and
More informationAdministration and monitoring of the Cisco Data Center with Cisco DCNM
Administration and monitoring of the Cisco Data Center with Cisco DCNM Paul Dunon Consulting SE Network Management Emeric Calabrese Consulting SE Data Center Agenda DCNM Solution overview Best Practices
More informationCisco Prime Data Center Network Manager 6.2
Product Bulletin Cisco Prime Data Center Network Manager 6.2 PB639739 Product Overview Modern data centers are becoming increasingly massive and complex. Proliferation of new technologies such as virtualization
More informationVXLAN Overview: Cisco Nexus 9000 Series Switches
White Paper VXLAN Overview: Cisco Nexus 9000 Series Switches What You Will Learn Traditional network segmentation has been provided by VLANs that are standardized under the IEEE 802.1Q group. VLANs provide
More informationVIRTUAL CLUSTER SWITCHING SWITCHES AS A CLOUD FOR THE VIRTUAL DATA CENTER. Emil Kacperek Systems Engineer Brocade Communication Systems.
VIRTUAL CLUSTER SWITCHING SWITCHES AS A CLOUD FOR THE VIRTUAL DATA CENTER Emil Kacperek Systems Engineer Brocade Communication Systems Mar, 2011 2010 Brocade Communications Systems, Inc. Company Proprietary
More informationDesigning and Deploying a Cisco Unified Computing System SAN Using Cisco MDS 9000 Family Switches
Designing and Deploying a Cisco Unified Computing System SAN Using Cisco MDS 9000 Family Switches What You Will Learn The Cisco Unified Computing System helps address today s business challenges by streamlining
More informationConfiguring VM-FEX. Information About VM-FEX. VM-FEX Overview. VM-FEX Components. This chapter contains the following sections:
This chapter contains the following sections: Information About VM-FEX, page 1 Licensing Requirements for VM-FEX, page 3 Default Settings for VM-FEX, page 3, page 4 Verifying the VM-FEX Configuration,
More informationDesign and Implementations of FCoE for the DataCenter. Mike Frase, Cisco Systems
Design and Implementations of FCoE for the DataCenter Mike Frase, Cisco Systems SNIA Legal Notice The material contained in this tutorial is copyrighted by the SNIA unless otherwise noted. Member companies
More informationActual4Test. Actual4test - actual test exam dumps-pass for IT exams
Actual4Test http://www.actual4test.com Actual4test - actual test exam dumps-pass for IT exams Exam : 300-165 Title : Implementing Cisco Data Center Infrastructure Vendor : Cisco Version : DEMO Get Latest
More informationSAN Virtuosity Fibre Channel over Ethernet
SAN VIRTUOSITY Series WHITE PAPER SAN Virtuosity Fibre Channel over Ethernet Subscribe to the SAN Virtuosity Series at www.sanvirtuosity.com Table of Contents Introduction...1 VMware and the Next Generation
More informationVirtualized Access Layer. Petr Grygárek
Virtualized Access Layer Petr Grygárek Goals Integrate physical network with virtualized access layer switches Hypervisor vswitch Handle logical network connection of multiple (migrating) OS images hosted
More informationCloud Networking (VITMMA02) Server Virtualization Data Center Gear
Cloud Networking (VITMMA02) Server Virtualization Data Center Gear Markosz Maliosz PhD Department of Telecommunications and Media Informatics Faculty of Electrical Engineering and Informatics Budapest
More informationCisco Nexus 7000 F3-Series 6-Port 100 Gigabit Ethernet Module
Data Sheet Cisco Nexus 7000 F3-Series 6-Port 100 Gigabit Ethernet Module Product Overview The Cisco Nexus 7000 F3-Series 6-Port 100 Gigabit Ethernet Module (referred to as the Cisco Nexus 7000 F3-Series
More informationBest Practices come from YOU Cisco and/or its affiliates. All rights reserved.
Best Practices come from YOU 2 Apple iphone4 launched in June 2010 3 Antennagate 4 IPHONE4 Best Practices from CUSTOMERS 5 vpc Best Practices and Design on NXOS Nazim Khan, CCIE#39502 (DC/SP) Technical
More informationVirtual Networks: For Storage and Data
Virtual Networks: For Storage and Data or Untangling the Virtual Server Spaghetti Pile Howard Marks Chief Scientist hmarks@deepstorage.net Our Agenda Today s Virtual Server I/O problem Why Bandwidth alone
More informationPass-Through Technology
CHAPTER 3 This chapter provides best design practices for deploying blade servers using pass-through technology within the Cisco Data Center Networking Architecture, describes blade server architecture,
More information"Charting the Course... Implementing Cisco Data Center Infrastructure (DCII) Course Summary
Description Course Summary v6.0 is a five-day instructor-led course that is designed to help students prepare for the Cisco CCNP Data Center certification and for professional-level data center roles.
More informationNext Generation Computing Architectures for Cloud Scale Applications
Next Generation Computing Architectures for Cloud Scale Applications Steve McQuerry, CCIE #6108, Manager Technical Marketing #clmel Agenda Introduction Cloud Scale Architectures System Link Technology
More informationJake Howering. Director, Product Management
Jake Howering Director, Product Management Solution and Technical Leadership Keys The Market, Position and Message Extreme Integration and Technology 2 Market Opportunity for Converged Infrastructure The
More informationUsing Advanced Features on Cisco UCS Dan Hanson, Technical Marketing Manager, Data Center Group
Using Advanced Features on Cisco UCS Dan Hanson, Technical Marketing Manager, Data Center Group 2 UCS Bundled Upgrades Useful for Staging, Labs, and Non Productions This does a very quick fast upgrade
More informationCISCO EXAM QUESTIONS & ANSWERS
CISCO 642-999 EXAM QUESTIONS & ANSWERS Number: 642-999 Passing Score: 800 Time Limit: 90 min File Version: 32.5 http://www.gratisexam.com/ Sections 1. Questions 2. Drag & Drop 3. Hot Spot CISCO 642-999
More informationexamcollection.premium.exam.186q
640-916.examcollection.premium.exam.186q Number: 640-916 Passing Score: 800 Time Limit: 120 min File Version: 9.0 640-916 Introducing Cisco Data Center Technologies Version 9.0 Экзамен A QUESTION 1 Which
More informationQuestions & Answers
642-999 Questions & Answers Number: 642-999 Passing Score: 800 Time Limit: 90 min File Version: 36.6 http://www.gratisexam.com/ 642-999 Questions & Answers Exam Name: Implementing Cisco Data Center Unified
More informationDesign Considerations
CHAPTER 3 In the Cisco VMDC solution, service tiers are the basis of the end-to-end design of the cloud data center. When deploying such a data center, the following design requirements must be considered:
More informationMigrate from Cisco Catalyst 6500 Series Switches to Cisco Nexus 9000 Series Switches
Migration Guide Migrate from Cisco Catalyst 6500 Series Switches to Cisco Nexus 9000 Series Switches Migration Guide November 2013 2013 Cisco and/or its affiliates. All rights reserved. This document is
More informationCisco HyperFlex Systems
White Paper Cisco HyperFlex Systems Install and Manage Cisco HyperFlex Systems in a Cisco ACI Environment Original Update: January 2017 Updated: March 2018 Note: This document contains material and data
More informationEvolution of the Data Centre Access Architecture
Evolution of the Data Centre Access Architecture BRKDCT-2023 www.ciscolivevirtual.com Session Goals This session will provide a design level discussion on the best practices and use of the Cisco Nexus
More informationCisco UCS: Choosing the Best Architecture for Your Citrix XenDesktop and XenApp Implementations
With Intel Xeon Cisco UCS: Choosing the Best Architecture for Your Citrix XenDesktop and XenApp Implementations Mark Balch May 22, 2013 Desktop and Application Virtualization: Business Drivers Co-sponsored
More informationNETWORK ARCHITECTURES AND CONVERGED CLOUD COMPUTING. Wim van Laarhoven September 2010
NETWORK ARCHITECTURES AND CONVERGED NETWORKS FABRICS FOR CLOUD COMPUTING Wim van Laarhoven Wim.vanlaarhoven@brocade.com +31653794500 16 September 2010 Legal Disclaimer All or some of the products detailed
More information