If you’re studying for the CCIE Data center v.10 exam, it’ll be available until July 2016, after which time the recently announced CCIE DC v2.0 exam will take its place. CCIE DC v2.0 will no longer include. Data Center application high availability and load balancing: ACE and WAAS. Fiver Channel over IP The following topics have been added to the CCIE DC v2.0 exam:. Implement and Troubleshoot Data Center Automation. Implement and Troubleshoot Data Center Orchestration Tools. Integrate Cisco Cloud Offerings into existing Data Center Infrastructure New technologies now covered by the CCIE Data center exam include ACI, LISP, EVPN, and VxLAN.
Hardware also takes a more prominent role and includes: Cisco Nexus 9300, Nexus 5600, Nexus 2300 Fabric Extender, UCS 4300 M Series Servers and APIC Cluster.See the below table for comparison CCIE Data center v1.0 and CCIE Data center v2.0. Cisco CCDE in Istanbul, Australia,Dubai 2018 Service Provider/Telecom Design Course Best CCDE Practical/Lab Workbook! Recent Posts. Categories.
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Overall rating: 4.77 Instructor: 4.79 Materials: 4.83 VXLAN was the first MAC-over-IP overlay virtual networking technology that could be used to implement large-scale layer-2 multi-tenant virtual networking solutions within the VMware’s vSphere ecosystem. Since its introduction in 2011 various VXLAN implementations introduced scalable control plane, hardware gateways, and standardized scale-out architectures based on BGP MPLS Ethernet VPN (EVPN). Version 2.0 of VXLAN Technical Deep Dive webinar describes:. The basics of VXLAN technology;.
VXLAN integration with the layer-3 data center network core;. Benefits and drawbacks of VXLAN versus its competitors (NVGRE and STT);. VXLAN implementations in hypervisors switches;. Integration with vCloud Director;. Large-scale VXLAN solutions, including unicast mode VXLAN and EVPN-based scale-out architectures;. Hardware VXLAN gateways and VLAN-to-VXLAN integration options;.
Use of VXLAN in data center fabrics (Arista, Cisco ACI) and OpenStack Quantum. Availability This webinar is part of roadmap and accessible with standard subscription Contents The webinar covers the following topics:. The overview of VXLAN technology;. Multicast-based VXLAN and its hypervisor-based implementations;.
Asr-9010-dc-v2
Proprietary VXLAN control plane solutions;. Standard scale-out VXLAN-based architectures using OVSDB and EVPN;. VXLAN gateways and their integration with VXLAN controllers;. VXLAN as transport method in data center fabrics. VXLAN Technology Overview This section describes the VXLAN architectural model, packet formats and forwarding principles, including the use of IP multicast to emulate layer-2 flooding. The design guidelines presented in this section will help you integrate VXLAN-based virtual networking solutions with large-scale IP-based data center networks.
Multicast-Based VXLAN Initial VXLAN implementations used IP multicast to establish MAC-to-VTEP mappings in hypervisor virtual switches. This section describes the technical details of multicast-based VXLAN and two hypervisor-based implementations: Cisco’s Nexus 1000V and native vSphere 5.1 implementation included in vCloud Networking and Security (vCNS) group of products. Proprietary VXLAN Control PLanes Virtualization vendors quickly realized that they cannot sell a solution that depends so heavily on IP multicast, and started implementing proprietary control-plane solutions that replaced multicast-based flooding with hypervisor-based packet replication, and dynamic MAC learning with control-plane information gathering. This section describes three typical proprietary control-plane architectures: Cisco Nexus 1000V, VMware NSX for Multiple Hypervisors and VMware NSX for vSphere. Standardized Scale-Out VXLAN Solutions This section describes EVPN-based approaches that allow network designers to build scale-out VXLAN-based architectures.
The implementations mentioned in this section include Cisco Nexus 1000V, Nuage VSP and Juniper Contrail. VXLAN Gateways VXLAN segments are completely isolated from the rest of the network. You need gateway functionality if you want to link a VXLAN segment with a traditional VLAN or insert network services (routing, firewalling or load balancing) between a VXLAN segment and the rest of the network. This section lists most common gateway solutions, from VM-based products (example: vShield Edge or vASA) to hardware gateways (Arista 7150, Cisco Nexus 9300, Brocade VDX 6740), and describes various design scenarios that you can use to implement large-scale multi-tenant private- or public cloud solutions. VXLAN Use in Data Center Fabrics One could use Arista’s VXLAN implementation to build large-scale layer-2 data center fabrics.
VXLAN is also a fundamental building block of Cisco’s ACI architecture. This section will describe the approaches network hardware vendors use to build overlay data center fabrics with their hardware VXLAN gateways. Happy Campers.
Ivan Pepelnjak, CCIE#1354 Emeritus, is an independent network architect, book author, blogger and regular speaker at industry events like Interop, RIPE and regional NOG meetings. He has been designing and implementing large-scale service provider and enterprise networks since 1990, and is currently using his expertise to help multinational enterprises and large cloud- and service providers design next-generation data center and cloud infrastructure using Software-Defined Networking (SDN) and Network Function Virtualization (NFV) approaches and technologies. Ivan is the author of, highly praised, and dozens of and -related technical articles published on. Target Audience If part of your daily job includes VMware network connectivity, OpenStack or IaaS infrastructure, be it on the server or networking side, you simply have to attend this webinar, regardless of whether you’re a network architect, network designer, or an implementation guru. Prerequisite knowledge This webinar assumes familiarity with and, and basic understanding of IP routing and IP multicast.
Watching and before attending this webinar will also help you better understand the technical details.
Course Description INE is the recognized industry leader in training for Cisco's Data Center CCIE certification, and you have the chance to join us as we create the next generation of our training material. Pre-Order this series to receive access to view and participate live as each of the 17 modules are recorded, and be the first to download them as they're released. The completed series will cover all of the fundamental topics you'll need to know, as well as the technologies, hardware platforms, and software features that have been newly introduced in the v2 blueprint, including the new 60 minute Diagnostic module, which is used to assess skills needed to successfully diagnose network related problems.
This series will be taught by industry-renowned CCIE instructor, Brian McGahan, CCIEx4 #8593 (Routing & Switching, Data Center, Security, Service Provider), CCDE #2013::13 (Design). Each module will be approximately 8 hours long and run from 11 AM to 6 PM Eastern Standard Time on the dates listed in the course outline below.