The CCNP Candidate's Guide to
EIGRP (973.9 MB)
In this tour de force on Cisco’s Enhanced Interior Gateway Routing Protocol (EIGRP) for the Cisco Certified Networking Professional (CCNP) candidate we will cover the basics of EIGRP configuration and adjacencies, message types, timers and timer manipulation, distance vector traits and characteristics, EIGRP in an MPLS L3 VPN as the Provider Edge (PE)-to-Customer Edge(CE) protocol, the EIGRP topology and neighbor tables, different EIGRP packet types, composite metric calculation, L3 traffic engineering with EIGRP, the EIGRP stub feature, leak maps, summarization, EIGRP wide metrics, Feasibility Condition (FC), queries, Stuck in Active (SIA), Feasible Successor (FS), Feasible Distance (FD), Computed Distance (CD), Reported Distance (RD), Equal and Unequal Cost Load Balancing, EIGRPv6, EIGRP Named Mode, redistribution semantics, native and dotted-decimal route tagging, extensive use of Wireshark for packet capture and analysis, EIGRP neighbor authentication methods, unicast neighbor adjacencies, common troubleshooting scenarios, and a detailed look at the EIGRP RFC 7868.
COURSE DURATION 10h 56m
INSTRUCTOR
Travis Bonfigli
https://dropgalaxy.in/xio2nzhxvzwi
EIGRP (973.9 MB)
In this tour de force on Cisco’s Enhanced Interior Gateway Routing Protocol (EIGRP) for the Cisco Certified Networking Professional (CCNP) candidate we will cover the basics of EIGRP configuration and adjacencies, message types, timers and timer manipulation, distance vector traits and characteristics, EIGRP in an MPLS L3 VPN as the Provider Edge (PE)-to-Customer Edge(CE) protocol, the EIGRP topology and neighbor tables, different EIGRP packet types, composite metric calculation, L3 traffic engineering with EIGRP, the EIGRP stub feature, leak maps, summarization, EIGRP wide metrics, Feasibility Condition (FC), queries, Stuck in Active (SIA), Feasible Successor (FS), Feasible Distance (FD), Computed Distance (CD), Reported Distance (RD), Equal and Unequal Cost Load Balancing, EIGRPv6, EIGRP Named Mode, redistribution semantics, native and dotted-decimal route tagging, extensive use of Wireshark for packet capture and analysis, EIGRP neighbor authentication methods, unicast neighbor adjacencies, common troubleshooting scenarios, and a detailed look at the EIGRP RFC 7868.
COURSE DURATION 10h 56m
INSTRUCTOR
Travis Bonfigli
https://dropgalaxy.in/xio2nzhxvzwi
The CCNP Candidate's Guide to OSPF (1.3 GB)
In this tour de force on the Open Shortest Path First (OSPF) dynamic routing protocol for the Cisco Certified Networking Professional (CCNP) candidate we will cover the basics of OSPF configuration and adjacencies, message types, Designated Router (DR)/Backup Designated Router (BDR) behavior, Maximum Transmission Unit (MTU) semantics, timers, the different OSPF network types such as point-to-point, point-to-multipoint, broadcast, non-broadcast, and point-to-multipoint non-broadcast, OSPF in an L3 VPN environment as the Provider Edge (PE)-to-Customer Edge (CE) protocol, neighbor states, an exhaustive examination of the Link State Database (LSDB), LSA types, traffic engineering with OSPF, summarization on Area Border Routers (ABRs) and Autonomous System Border/Boundary Routers (ASBRs), virtual links, the Stub, Totally Stub, Not-so-Stubby, Totally Not-so-Stubby area types, OSPFv3, OSPFv3 with Address Families (AF), extensive use of Wireshark for packet capture and analysis, OSPF authentication, Incremental Shortest Path First (ISPF), OSPF and MPLS in an MPLS BGP-free core, and a detailed look at OSPF RFCs 2328, 5340, and 5838
COURSE DURATION 15h 20m
INSTRUCTOR
Travis Bonfigli
https://dropgalaxy.in/r0otxxt1hkcc
In this tour de force on the Open Shortest Path First (OSPF) dynamic routing protocol for the Cisco Certified Networking Professional (CCNP) candidate we will cover the basics of OSPF configuration and adjacencies, message types, Designated Router (DR)/Backup Designated Router (BDR) behavior, Maximum Transmission Unit (MTU) semantics, timers, the different OSPF network types such as point-to-point, point-to-multipoint, broadcast, non-broadcast, and point-to-multipoint non-broadcast, OSPF in an L3 VPN environment as the Provider Edge (PE)-to-Customer Edge (CE) protocol, neighbor states, an exhaustive examination of the Link State Database (LSDB), LSA types, traffic engineering with OSPF, summarization on Area Border Routers (ABRs) and Autonomous System Border/Boundary Routers (ASBRs), virtual links, the Stub, Totally Stub, Not-so-Stubby, Totally Not-so-Stubby area types, OSPFv3, OSPFv3 with Address Families (AF), extensive use of Wireshark for packet capture and analysis, OSPF authentication, Incremental Shortest Path First (ISPF), OSPF and MPLS in an MPLS BGP-free core, and a detailed look at OSPF RFCs 2328, 5340, and 5838
COURSE DURATION 15h 20m
INSTRUCTOR
Travis Bonfigli
https://dropgalaxy.in/r0otxxt1hkcc
The CCNP Candidate's Guide to BGP (1.4 GB)
This course will prepare CCNP candidate/learner to master the topic of the Border Gateway Protocol (BGP). The course will start with coverage of the basics of the Border Gateway Protocol (BGP) to include the topics of iBGP vs. eBGP, characteristics of Path Vector routing protocols, the BGP tables, BGP message types, the implementation of eBGP and iBGP, the BGP Best Path Selection Algorithm, transit and non-transit Autonomous Systems (ASes), iBGP route reflection, Multiprotocol BGP (MP-BGP), IPv6 over an IPv4 transport, BGP configuration validation, securing BGP neighbor relationships, BGP neighbor states and troubleshooting peering issues, eBGP multihop, BGP attributes, BGP communities, BGP route filtering, BGP peer groups, and BGP for IPv6.
COURSE DURATION 16h 6m
INSTRUCTOR
Travis Bonfigli
https://dropgalaxy.in/bcwqq40hb7kx
This course will prepare CCNP candidate/learner to master the topic of the Border Gateway Protocol (BGP). The course will start with coverage of the basics of the Border Gateway Protocol (BGP) to include the topics of iBGP vs. eBGP, characteristics of Path Vector routing protocols, the BGP tables, BGP message types, the implementation of eBGP and iBGP, the BGP Best Path Selection Algorithm, transit and non-transit Autonomous Systems (ASes), iBGP route reflection, Multiprotocol BGP (MP-BGP), IPv6 over an IPv4 transport, BGP configuration validation, securing BGP neighbor relationships, BGP neighbor states and troubleshooting peering issues, eBGP multihop, BGP attributes, BGP communities, BGP route filtering, BGP peer groups, and BGP for IPv6.
COURSE DURATION 16h 6m
INSTRUCTOR
Travis Bonfigli
https://dropgalaxy.in/bcwqq40hb7kx
For discussion go to chat 👇 https://t.me/joinchat/G34Z0lQFXWXfcoYbMqNo8g
The Network Engineer's Guide to MPLS (1000.8 MB)
The Network Engineer's Guide to MPLS will be a tour de force into the world of Multiprotocol Label Switching (MPLS) to include coverage of segment routing. This path will provide learners with all the tools to successfully build, maintain, and troubleshoot both simple and complex MPLS VPN networks. This will include in-depth coverage of history and background of MPLS, the definition of MPLS key terms and concepts, MPLS labels and the MPLS label stack, Forwarding Equivalence Classes (FECs), the Label Distribution Protocol (LDP), TTL propagation, LIB/LFIB, CEF, Layer 2 and Layer 3 MPLS VPNs, Any Transport over MPLS (ATOM), MPLS Traffic Engineering (MPLS TE), Virtual Private LAN Service (VPLS), MPLS Quality of Service (QoS), MPLS Operations and Maintenance (OAM), 6VPE, 6PE, and segment routing concepts, configuration, and troubleshooting. This path will use a blend of physical Cisco ISRG1/G2 routers running IOS 15.x code and Cisco's Virtual Internet Routing Lab (VIRL) for all configuration and packet capture activities and configurations for all activities will be provided.
COURSE DURATION 35h 19m
INSTRUCTOR
Travis Bonfigli
TOTAL 9 MODULES
1-3 MODULES
https://dropgalaxy.in/qj7tp5opu5cd
The Network Engineer's Guide to MPLS will be a tour de force into the world of Multiprotocol Label Switching (MPLS) to include coverage of segment routing. This path will provide learners with all the tools to successfully build, maintain, and troubleshoot both simple and complex MPLS VPN networks. This will include in-depth coverage of history and background of MPLS, the definition of MPLS key terms and concepts, MPLS labels and the MPLS label stack, Forwarding Equivalence Classes (FECs), the Label Distribution Protocol (LDP), TTL propagation, LIB/LFIB, CEF, Layer 2 and Layer 3 MPLS VPNs, Any Transport over MPLS (ATOM), MPLS Traffic Engineering (MPLS TE), Virtual Private LAN Service (VPLS), MPLS Quality of Service (QoS), MPLS Operations and Maintenance (OAM), 6VPE, 6PE, and segment routing concepts, configuration, and troubleshooting. This path will use a blend of physical Cisco ISRG1/G2 routers running IOS 15.x code and Cisco's Virtual Internet Routing Lab (VIRL) for all configuration and packet capture activities and configurations for all activities will be provided.
COURSE DURATION 35h 19m
INSTRUCTOR
Travis Bonfigli
TOTAL 9 MODULES
1-3 MODULES
https://dropgalaxy.in/qj7tp5opu5cd
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Hi guys, tomorrow I will add module 4-6(MPLS topic) and two courses on the topic Palo Alto
I will be grateful if you distribute the link to this channel to your acquaintances and friends who are interested in network technologies