Ccie Lab Workbook PdfFree Movie downloads, Games HOME CIT 1 Internetwork Expert CCIE Security Class on. URL to INE CCNP Workbook. CCIE Count 1 CCIE DC. INE CCIE. Results of ine ccie sp workbook mediafire Free download software, Free Video dowloads, Free Music downloads, Free Movie downloads, Games. Offer ine data center complete series ccie dc shares. Ccie r s lab workbook download ine ccie workbook free. Networks baseline cisco engineers live cisco books. CCIE DC v. 1 Full Scale Lab 1 Tasks. Introduction. 1. Data Center Infrastructure. Data Center Storage Networking. Unified Computing. Data Center Virtualization. All devices used in this scenario, with the exception of the UCS and Nexus 7. K, will be pre configured for you with a basic initial configuration before starting. Do not modify or remove this initial configuration, such as pre configured MGMT0 IP addresses, pre configured VRFs, pre configured routing, etc. These initial configs are required to successfully complete this scenario. NX OS device logins are admin with the password Cciedc. The UCS Management VMs login is Administrator with the password cisco. Do not modify the admin role on any platform, change the console speed, configure AAA, or make any other configuration changes that would potentially lock you out of the CLI interface. Rack rental tokens will not be refunded in cases where configuration errors on your part cause you or the automation system to be locked out of the devices. Pre configured MGMT0 addresses for this scenario are as follows. N5. K1 1. 92. 1. N5. K2 1. 92. 1. MDS1 1. MDS2 1. 92. 1. 68. N7. K1 1. 92. 1. Any references to Y in this scenario refer to the last octet of the MGMT0 interface. UCS Initialization. Connect to UCS Fabric Interconnect As CLI and use the following options for the initial configuration dialog. Enforce strong passwords yes. Admin password Cciedc. Cluster yes. Switch fabric ASystem name UCS FIMGMT0 IP address 1. Netmask 2. 55. 2. Default gateway 1. Cluster IP address 1. Configure UCS FI B to join the cluster and use the IP address 1. Enable both Telnet and SSH access to the Fabric Interconnects. Score 3 Points. 1. Nexus 7. K VDC Initialization. Create three VDCs on N7. K1 as follows. VDC 2 named N7. K2. VDC 3 named N7. K3. VDC 4 named N7. K4. Do not inherit the VDC hostname from the default VDCs hostname. Allocate the interfaces to these VDCs according to the diagram. Any unneeded interfaces should be assigned to VDC 0. Connect to these VDCs from the console and configure the admin user with the password Cciedc. Configure the MGMT0 IP addresses of the VDCs as follows. VDC 2 1. 92. 1. 68. VDC 3 1. 92. 1. 68. VDC 4 1. 92. 1. 68. Enable both telnet and SSH access to all VDCs. Score 5 Points. 1. Initial IP Addressing. Configure the higher numbered M1 port in the diagram between N7. K1 and N7. K3 as a native layer 3 routed interface using the addresses 1. Y2. 4. Configure the M1 ports between N7. K2 and N7. K4 as layer 3 Port Channel. Use LACP for the Port Channel, and the addresses 1. Y2. 4. Configure N7. K3 and N7. K4s links to the Data Center Interconnect as layer 2 access edge ports in VLANs 1. Configure interfaces VLAN 1. N7. K3 and N7. K4, respectively, with addresses 1. Score 3 Points. 1. Layer 3 Routing. Configure N7. K1 and N7. K2 to default to N7. K3 and N7. K4, respectively. Configure N7. K3 and N7. K4 to peer BGP with the DCI provider. The provider uses BGP AS 1. N7. K3 and N7. K4 have been allocated BGP ASes 6. The DCI provider also requires MD5 authentication using the password DCIPROVIDER. Do not modify any DCI related configuration on N5. K1 or 3. 75. 0G. When complete, N7. K1 and N7. K2 should have IP reachability to each other over the DCI. Score 5 Points. 1. Fabric. Path. N5. K1 and N7. K4 should form Port Channel. LACP on the links connecting them according to the diagram. Configure Fabric. Path on the port channel as well as the link connecting N7. K4 and N5. K2 according to the diagram. Create VLANs 2. 002. Fabric. Path VLANs on these switches. Authenticate all Fabric. Path IS IS adjacencies using an MD5 hash of the password FPAUTH. Score 6 Points. 1. PCConfigure UCS FI A to form Port Channel. N5. K1 and N5. K2 using the links in the diagram. Configure UCS FI B to form Port Channel. N5. K1 and N5. K2 using the links in the diagram. From N5. K1 and N5. K2s perspective, these links should be v. PC 2. 01 and 2. 02. PC 2. 01 and 2. 02 should be 8. Q trunk links, STP edge ports, and only allow VLANs 2. Use the v. PC Domain ID 5. Fabric. Path Switch ID 5. Score 6 Points. 1. Fabric. Path Traffic Engineering. Ensure that N7. K4 can use both N5. K1 and N5. K2 to reach their southbound Classical Ethernet peers in VLANs 2. Score 5 Points. 1. Spanning Tree Protocol Optimization. Modify N5. K1 and N5. K2s Classical Ethernet configuration so that they run the minimum number of spanning tree instances necessary to deliver traffic from the northbound Fabric. Path domain into the southbound UCS domain. Any new switches that are attached to the Classical Ethernet domain of N5. K1 or N5. K2 that have a non zero STP priority should not be able to be elected the STP root bridge. Score 6 Points. 1. Fabric Extenders. N7. K3 has two links to each N2. K1 and N2. K2, which are then used to dual home to the UCS C2. Configure N7. K3 to pair with N2. K1 and N2. K2 as FEX 1. Use Port Channel 1. Score 5 Points. 1. OTVConfigure OTV on N7. K1 and N7. K2 to bridge VLANs 2. Data Center Interconnect. N7. K1 should use the Site VLAN and Identifier 3. N7. K2 should use the Site VLAN and Identifier 3. Trunk the minimum number of necessary VLANs between N7. K1 and N7. K3, and N7. K2 and N7. K4. N7. K3 and N7. K4 should use PIM Sparse Mode for multicast routing with the DCI, and use the RP address 1. Multicast Control Plane traffic for the OTV should be tunneled over the DCI using the group 2. Multicast Data Plane traffic originating from N7. K1 should use the group range 2. Multicast Data Plane traffic originating from N7. K2 should use the group range 2. Authenticate the IS IS adjacency between N7. K1 and N7. K2 using an MD5 hash of the password OTVAUTH. Create Interface VLAN 2. N7. K3 and N7. K4 with the IP addresses 1. Y2. 4. When complete, N7. K3 and N7. K4 should be able to ping each other over the DCI through the OTV tunnel, as well as the VMKernel interfaces of the ESXi instances on UCS Blades 1 and 2, and the C2. The ESXi addresses are 1. Score 7 Points. 2. Fibre Channel Initialization. Configure N5. K1, N5. K2, UCS FI A, and UCS FI Bs Unified Ports in Fibre Channel mode as shown in the diagram. N5. K1s links to MDS1 and N5. K2s links to MDS2 should be configured as Port Channel. The port channels should use dynamic negotiation and be configured as Trunking Expansion ports. N5. K1s links to UCS FI A and N5. K2s links to UCS FI B should be configured as Port Channel 1. The port channels should use dynamic negotiation and be configured as non trunking Fabric ports on the N5. K1 and N5. K2 sides. Score 5 Points. 2. VSANs and Trunking. The SAN A side of the UCS blade servers will use VSAN 1. SAN B side will use VSAN 1. Internal to UCS, these should map to VLANs 1. UCS FI As Port Channel. N5. K1 and UCS FI Bs Port Channe. N5. K2 should be non trunking NP ports in VSANs 1. N5. K1s Port Channel. MDS1 and N5. K2s Port Channel. MDS2 should be TE ports that only forward VSANs 1. MDS1 and MDS2s link to the SAN should be F ports in VSANs 1. Score 6 Points. 2. Fibre Channel Zoning. Configure Enhanced Zoning and Enhanced Device Aliases on both the SAN A and SAN B sides of the UCS blade server. Device Aliases in SAN A should be configured as follows. Alias FC SAN A p. WWN 2. 1 0. 0 0. Alias BLADE1 SAN A p. WWN 2. 0 0. 0 0. Alias BLADE2 SAN A p. WWN 2. 0 0. 0 0. Device Aliases in SAN B should be configured as follows. Alias FC SAN B p. WWN 2. 1 0. 1 0. Alias BLADE1 SAN B p. WWN 2. 0 0. 0 0. Alias BLADE2 SAN B p. Alpha Tiger Beneath The Surface Rar. WWN 2. 0 0. 0 0. Download ine ccie sp workbook mediafire Free download of SOFTWARE, GAMES, VIDEO, MUSICCCIE Routing Switching Self Paced Bootcamps. English WMV 7. WMV3 3. Kbps WMA2 2. Kbps 7. GBGenre Training INEs CCIE Routing Switching Advanced Technologies Bootcamp is the first step in understanding CCIE level technologies and is a companion to the Advanced Technologies Lab Workbook. Each technology you need to know for the CCIE Routing Switching lab will be described in detail using an instructor led hands on demonstration. The class consists of nearly 8. At your convenience, join our highly certified team of CCIE instructors for a comprehensive look at lab exam blueprint topics. The CCIE Routing Switching Advanced Technologies Bootcamp is presented on screen using a sequence of slides, lectures, explanations, diagrams, and live command line viewing. This 8. 0 hour class is presented in an easy to follow format and allows you to choose from a variety of convenient study methods.