Upon completion of this Cisco Design training course, students will have the knowledge to:

• Describe and apply advanced addressing and routing solutions
• Describe and apply advanced enterprise campus networks
• Describe and apply WAN
• Describe and apply security and network services
• Describe and apply Software-Defined Access

• Individuals seeking the CCNP Enterprise certification
• Network engineers, system administrators, network designers, and IT managers wanting greater skill in network design

There are no formal prerequisites for the CCNP Enterprise certification, but we highly recommend that students first take Cisco CCNA and Cisco CCNP Enterprise: ENCOR.

Routed Protocols – Addressing

• IPv4 addressing (create plan)
• IPv6 addressing (create plan)
• IPv6 migration methods (determine)

Routing Protocols – Secure and scale (create design)

• IS-IS
• EIGRP
• OSPF
• BGP – address families, attributes, filtering, RR’s, load sharing, balancing, symmetry

Enterprise Campus Networks (design)

• HA – GR, FHRP’s
• L2 – xSTP, loop prevention, convergence
• L3 – convergence, vrf, redistribution, filtering, summarization
• SD-Access architecture and design (describe) – underlay, overlay, control and data planes

WAN

• options (compare) – L2/3 VPN’s, metro ethernet, DWDM, SD-Wan ce
• site to site VPN (design) – L2/L3, GRE, DMVPN, GET VPN
• HA (design) – single, multi, backup, failover
• SD-WAN architecture and design (describe) – various planes, QoS, multicast

QoS

• QoS strategies – IntServ/Diffserv (design)
• End-to-End QoS – Classify, mark, shape, police, queue (design)
• Network management techniques, out-of-band, in-band (design)

Multicast

• Concepts – source/shared trees, RPF, RP (describe)
• Services – PIM bi-dir, SSM, MSDP (design)

Automation

• YANG data models (IETF, Openconfig, Cisco native) – recognize differences
• Netconf and Restconf – recognize differences
• Telemetry model-driven (periodic/on-change publication and dial-in/dial-out) – recognize differences and impact