30 Январь 2026
Очно- Расписание
- Будет объявлено
- Формат
- Очно
- Длительность
- 20 недели · 80 часов
- Язык
- Уточните у консультанта
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This advanced CCNP ENCOR training program is designed for network engineers who want to deepen their expertise in enterprise-level routing,switching, wireless, automation, and network security. The course covers modern enterprise network architecture, advanced Layer 2 & Layer 3 technologies, STP enhancements, dynamic routing protocols (EIGRP, OSPF, BGP), VPN solutions, MPLS, QoS, wireless operations, network design, automation (API, NETCONF/RESTCONF), and large-scale troubleshooting techniques — fully aligned with Cisco’s ENCOR blueprint.
Модули свёрнуты для быстрого просмотра. Откройте любой модуль, чтобы увидеть его темы.
STP fundamentals
STP algorithm explanation
STP topology convergence
RSTP port states, roles and types
STP topology tuning (bridge and port priority)
Protection of STP protocol (Root guard, BPDU guard, Loop guard, BPDU Filter)
STP PortFast feature
Multiple Spanning Tree Protocol instances
MST configuration and verification
MST protocol tuning
VTP – VLAN Trunking Protocol overview
Explanation of DTP – Dynamic Trunk Protocol
Dynamic link aggregation protocols (PAgP, LACP)
Etherchannel configuration
Packet forwarding architectures
Data structures and routing table
IP routing overview (static and dynamic)
Best path selection (prefix length, AD, metric)
IPv4 and IPv6 addressing review
DHCP operations
Stateful and Stateless DHCPv6
Static route types (default, floating)
IPv6 static routing
Troubleshooting IPv4 and IPv6 static routing
Metric calculation and wide metrics
EIGRP configuration modes (classic and named)
Router-ID and passive interface
Authentication configuration for EIGRP neighborship
Details of EIGRP neighbor topology (successor, feasible successor)
EIGRP convergence
Route summarization
EIGRP stub router
Route filtering configuration
Split-horizon rule in EIGRP implementation
EIGRPv6 fundamentals
EIGRPv6 configuration modes (classic and named)
EIGRPv6 configuration and verification
Troubleshooting EIGRPv6 neighborship and routes
Verifying EIGRP neighborship
Troubleshooting EIGRP neighbor adjacencies
Troubleshooting EIGRP routes
Discontiguous networks in EIGRP protocol
OSPF neighborship
OSPF configuration and verification
Default route advertisement in OSPF
OSPF network types (point-to-point, point-to-multipoint, broadcast)
OSPF neighbor authentication
OSPF LSA types
OSPF path selection algorithm (Djikstra algorithm)
OSPF area types (stub and NSSA)
Route summarization and filtering
Troubleshooting OSPF Neighbor adjacencies
Troubleshooting OSPF routes
Discontiguous ares in OSPF protocol
Fundamentals of OSPFv3 protocol
OSPFv3 LSA flooding
OSPFv3 configuration and verification
Troubleshooting OSPFv3 for IPv6
Troubleshooting OSPFv3 address families
BGP neighbor states
Basic BGP configuration
BGP session types (iBGP, eBGP)
Multiprotocol BGP for IPv6
BGP route summarization and filtering
BGP communities
Conditional route matching with ACL and prefix-lists
Complex route matching with Route Maps
Understanding BGP Patch Selection
BGP Best Path attributes
Troubleshooting BGP Path Selection
Troubleshooting BGP neighborship
Troubleshooting BGP routes
Troubleshooting BGP best path selection
Conditional matching with ACLs and Prefix-lists
Conditional matching with Route-Maps
Policy based routing (PBR)
IPv4 ACL fundamentals
IPv4 ACL for route filtering
IPv6 ACL fundamentals
IPv6 ACL for route filtering
Fundamentals of route redistribution
Protocol specific route redistribution (EIGRP, OSPF, BGP)
Advanced route redistribution issues
Troubleshooting IPv4 and IPv6 route redistribution
Advanced redistribution issues
Suboptimal routing and routing loops during redistribution
Troubleshooting IPv4 and IPv6 route redistribution
Multicast addressing
IGMP protocol explanation
Rendezvous points
PIM multicast routing protocol
Bandwidth, delay, jitter, latency
QoS Models
Classification and Marking
Policing and shaping with QoS
FHRP protocols (HSRP, VRRP, GLBP)
HSRP protocol configuration
Legacy and hierarchical VRRP configuration
Network Address Translation
NAT Types (static, dynamic and PAT)
Understanding wireless technology
Frequency and wavelength
Wireless LAN topologies
WLC configuration
Roaming in wireless LAN
Roaming between WLCs (layer2 and layer3)
Wireless LAN authentication
Authentication with WebAuth
Troubleshooting wireless connectivity
LAN network design model
Enterprise network architecture
SDN design
Network diagnostic tools (ping, traceroute)
Using debug commands for troubleshooting
SPAN, RSPAN and ERSPAN technologies
Gathering network statistics with NetFlow
Fundamentals of overlay tunnels
GRE tunnel configuration and explanation
IPSec fundamentals
LISP protocol explanation
VXLAN data plane encapsulation
Generic routing encapsulation (GRE) tunnels
NHRP protocol explanation
Dynamic Multipoint VPN phases
DMVPN configuration and verification
IPSec fundamentals
Authentication header and Encapsulating Security Payload
DMVPN tunnel and transport modes
DMVPN protection with IPSec
VRF-Lite explanation
VRF configuration and verification
Introduction to MPLS
MPLS Layer 3 VPNs
Authentication, Authorization, Accounting (AAA)
Zone Based Firewall (ZBFW)
Unicast Reverse Path Forwarding (uRPF)
Control Plane Policing (CoPP) configuration
Securing console and vty lines access
Privilege levels and role based access control (RBAC)
Password encryption levels
Management tools (syslog, SNMP, IP SLA)
Application Programming Interface (REST API)
Data models (YANG, Netconf, Restconf)
EEM – Embedded Event Manager
Agent based and agentless automation tools
Показаны только текущие открытые группы.
Обучение поддерживают практики в области инженерии, архитектуры и production backend-разработки.
“Программа помогла мне связать отдельные навыки с тем, как реальные команды проектируют, создают и поставляют ПО.”
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