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350-501 Service Provider Core Resources
A.I. generated network diagrams
[QoL] Uploading files to Cisco TAC via CXD
LAB IX – RIPv2 -> OSPF Case Study
[DC] Cloud Computing
[DC] ACI and APIC
[DC] Datacenter Interconnects (DCI, OTV)
[DC] Nexus features config / commands
[DC] Unified Computing Systems ( UCS )
[DC] FC / FCoE
[DC] Unified Fabric and FCoE
LAB VIII: MPLS (MP-BGP – EoMPLS)
[DC] NX-OS – Overlay Transport Virtualization
[DC] Storage Networking & FibreChannel
[DC] NX-OS – Fabricpath
[DC] NX-OS
[DC] Nexus Models
LAB VII: BGP communities
Starting CCNA: Datacenter
LAB VI: Multicast PIM Sparse mode
300-320 ARCH resource list
Lab V ( Nexus7k, Overlay Transport Virtualization )
LAB IV ( vPC – virtual Port-channels )
LAB III ( DMVPN, MGRE, NHRP, EIGRP)
LAB II ( Dual-Homed BGP, HSRP, Linkstate tracking )
Quality of Service II ( Deployment, Design )
Quality of Service I ( QoS, Models, Methods )
Datacenter Design VII ( Datacenter Interconnects )
Datacenter Design VI ( SDN )
Datacenter Design V ( TRILL, Fabric Path )
Datacenter Design IV ( VPC , MEC, Fabric Extenders )
IS-IS Design Principles
Network Management (Tools, Netflow, NBAR, IP SLA)
Wireless Design Principles
Multicast and Multicast Routing
VPN Design
E-Commerce Implementation
E-Commerce
SAN (Technologies, Protocols, Design)
IPv6 Review
Datacenter Design III (STP, High availability, Failover timers)
Datacenter Design II (Blades, Scaling, Bandwidth)
Datacenter Design I (Core, Aggregation, Access Designs)
Wan Services (Sonet, Metro, VPLS, MPLS)
IP Subnetting Template
Hierarchical Design – (Campus Core , Distribution, Access)
Routing Design Principles (EIGRP, OSPF, BGP)
PPDIOO
LAB I ( OSPF over GRE with and without IPsec )
Advanced STP Features
TSHOOT switch
TSHOOT Topologies
SNMP & NTP
DMVPN
VPN
NAT64
IPv6 Tunnels
IPv6 iGP redistribution
IPv6 RIPng EIGRP OSPFv3
BGP Path Attributes
BGP Filtering
BGP Next-hop & iBGP switching
BGP Routing
BGP AS Path
BGP Message types
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eBGP Update-source & multihop
iBGP – eBGP
BGP
Policy Based Routing
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Route Redistribution and Loops
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