Tubidy
    How much of your knowledge is LEGACY?

    How much of your knowledge is LEGACY?

    02:54 |
    Download MP3

    Related Videos

    Automation 1: LAB 1/3 EEM 15:52

    Automation 1: LAB 1/3 EEM

    WHY WHY WHY DO WE NEED SDWAN 14:35

    WHY WHY WHY DO WE NEED SDWAN

    Automation6 : LAB Complete Network Automation Using JSON, SCRIPT IN THE DESCRIPTION 5:31

    Automation6 : LAB Complete Network Automation Using JSON, SCRIPT IN THE DESCRIPTION

    Automation 1: LAB 2/3 EEM 8:03

    Automation 1: LAB 2/3 EEM

    MANAGEMENT PLANE 1.4.a SD-Access control and data planes elements 21:09

    MANAGEMENT PLANE 1.4.a SD-Access control and data planes elements

    CONTROL PLANE 1.4.a SD-Access control and data planes elements 21:15

    CONTROL PLANE 1.4.a SD-Access control and data planes elements

    Automation 1: LAB 3/3 EEM 13:56

    Automation 1: LAB 3/3 EEM

    MIGRATION STRATEGIES 1.4.b Traditional campus interoperating with SD-Access 4/5 8:55

    MIGRATION STRATEGIES 1.4.b Traditional campus interoperating with SD-Access 4/5

    Multicast: Multicast LAB 13:57

    Multicast: Multicast LAB

    POLICY PLANE 1.4.a SD-Access control and data planes elements 24:11

    POLICY PLANE 1.4.a SD-Access control and data planes elements

    Automation5 : FROM C++ TO PYTHON IN 15 MINUTES 14:32

    Automation5 : FROM C++ TO PYTHON IN 15 MINUTES

    Automation5 : LAB Pyhton RESTConf 14:45

    Automation5 : LAB Pyhton RESTConf

    1.3.a SD-WAN 1/5 INTRO 3:25

    1.3.a SD-WAN 1/5 INTRO

    DATA PLANE 1.4.a SD-Access control and data planes elements 19:04

    DATA PLANE 1.4.a SD-Access control and data planes elements

    SDACCESS CONNECTING FABRICS 19:25

    SDACCESS CONNECTING FABRICS

    LEFTOVER SDACCESS QUESTIONS! 15:07

    LEFTOVER SDACCESS QUESTIONS!

    Wireless 2: Theory 9:26

    Wireless 2: Theory

    WIRELESS DEPLOYMENTS 1.4.b Traditional campus interoperating with SD-Access 5/5 13:56

    WIRELESS DEPLOYMENTS 1.4.b Traditional campus interoperating with SD-Access 5/5

    SDACCESS TIDS AND BITS AS Q&A 27:06

    SDACCESS TIDS AND BITS AS Q&A

    Routing5: LAB ROUTE LEAK BETWEEN VRF AND GLOBAL 14:10

    Routing5: LAB ROUTE LEAK BETWEEN VRF AND GLOBAL

    Automation2 : Netconf and Restconf 7:47

    Automation2 : Netconf and Restconf

    VIRTUALIZATION 1: vMachines 3:56

    VIRTUALIZATION 1: vMachines

    1.2.a Wireless deployment Centralized vs Branches 3:57

    1.2.a Wireless deployment Centralized vs Branches

    Multicast3: Multicast terminology 3:16

    Multicast3: Multicast terminology

    1.2.c Client density DESIGN FOR MORE CHANNELS 5:08

    1.2.c Client density DESIGN FOR MORE CHANNELS

    1.2.a Wireless deployment models Controller vs Controller-less 3:44

    1.2.a Wireless deployment models Controller vs Controller-less

    1.3.a CLOUD ON RAMP FOR SaaS 3:59

    1.3.a CLOUD ON RAMP FOR SaaS

    1.1 HA using Catalyst 9000 series 6:12

    1.1 HA using Catalyst 9000 series

    SDACCESS in less than 4 minutes 3:30

    SDACCESS in less than 4 minutes

    Automation2 : RESTCONF Lab1 CSR1000 4:05

    Automation2 : RESTCONF Lab1 CSR1000

    Wireless1: Create your own Wireless Lab (less than 100 dlls) 5:18

    Wireless1: Create your own Wireless Lab (less than 100 dlls)

    Routing5: VRF 5:56

    Routing5: VRF

    Extended NODES 1.4 Explain the working principles of the Cisco SD-Access solution 5/10 9:03

    Extended NODES 1.4 Explain the working principles of the Cisco SD-Access solution 5/10

    FUSION ROUTERS 1.4.b Traditional campus interoperating with SD-Access 2/5 17:00

    FUSION ROUTERS 1.4.b Traditional campus interoperating with SD-Access 2/5

    1.3.a DIA AND CLOUD ON RAMP FOR COLOCATION 3:06

    1.3.a DIA AND CLOUD ON RAMP FOR COLOCATION

    1.1 Q&A Excercise Design and HA 3:52

    1.1 Q&A Excercise Design and HA

    1.1.b High availability techniques such as redundancy (first part) 2:53

    1.1.b High availability techniques such as redundancy (first part)

    1.2.c Client density DESIGN FOR MORE CELLS 5:26

    1.2.c Client density DESIGN FOR MORE CELLS

    INTRO 1.4 Explain the working principles of the Cisco SD-Access solution 1/10 7:13

    INTRO 1.4 Explain the working principles of the Cisco SD-Access solution 1/10

    Intermediate Nodes 1.4 Explain the working principles of the Cisco SD-Access solution 8/10 3:56

    Intermediate Nodes 1.4 Explain the working principles of the Cisco SD-Access solution 8/10

    1.2.c Client density DISABLE LOW SPEED DATA RATES 2:36

    1.2.c Client density DISABLE LOW SPEED DATA RATES

    1.2.c Client density OPTIMIZE CHANNEL UTILIZATION 2:40

    1.2.c Client density OPTIMIZE CHANNEL UTILIZATION

    VIRTUALIZATION 6: VXLAN IN 4 MINUTES 4:02

    VIRTUALIZATION 6: VXLAN IN 4 MINUTES

    Automation2 : Netconf Lab1 CSR1000 5:35

    Automation2 : Netconf Lab1 CSR1000

    Fabric Mode AP 1.4 Explain the working principles of the Cisco SD-Access solution 10/10 5:25

    Fabric Mode AP 1.4 Explain the working principles of the Cisco SD-Access solution 10/10

    1.2.c Client density REDUCE THE NUMBER OF SSIDs 1:38

    1.2.c Client density REDUCE THE NUMBER OF SSIDs

    Automation5 : Interpret Pyhton NETCONF scripts 11:05

    Automation5 : Interpret Pyhton NETCONF scripts

    Multicast6: PIM Forwarder 2:13

    Multicast6: PIM Forwarder

    LETS START OVER, 3 WEEKS TO GET THE ENCORE 4:15

    LETS START OVER, 3 WEEKS TO GET THE ENCORE

    1.3.a SDWAN final tids and bits 7:52

    1.3.a SDWAN final tids and bits

    Border NODES 1.4 Explain the working principles of the Cisco SD-Access solution 7/10 13:38

    Border NODES 1.4 Explain the working principles of the Cisco SD-Access solution 7/10

    1.3.a SD-WAN 2/5 ORCHESTRATION PLANE: VALIDATOR (vBOND) 4:20

    1.3.a SD-WAN 2/5 ORCHESTRATION PLANE: VALIDATOR (vBOND)

    EDGE NODES 1.4 Explain the working principles of the Cisco SD-Access solution 4/10 11:42

    EDGE NODES 1.4 Explain the working principles of the Cisco SD-Access solution 4/10

    ENCORE VERSIONUPDATE Wireless groups profiles and tags 4:55

    ENCORE VERSIONUPDATE Wireless groups profiles and tags

    Control NODES 1.4 Explain the working principles of the Cisco SD-Access solution 6/10 14:09

    Control NODES 1.4 Explain the working principles of the Cisco SD-Access solution 6/10

    Multicast8: Source Registration and PIM DR 2:38

    Multicast8: Source Registration and PIM DR

    1.3.a CISCO CATALYST SDWAN CONFIGURATION TERMINOLOGY 6:15

    1.3.a CISCO CATALYST SDWAN CONFIGURATION TERMINOLOGY

    1.2.c Client density FRA TPC DCA 5:13

    1.2.c Client density FRA TPC DCA

    VIRTUALIZATION 4: ovsDPDK vs PCI Passthrough vs SR-IOv 3:20

    VIRTUALIZATION 4: ovsDPDK vs PCI Passthrough vs SR-IOv

    Threat Defense End Point Security and NGFW 4:09

    Threat Defense End Point Security and NGFW

    Wireless 2: LAB Issuing commands inside the Access Point 5:10

    Wireless 2: LAB Issuing commands inside the Access Point

    Multicast5: PIM DENSE MODE AND RPF LAW 3:02

    Multicast5: PIM DENSE MODE AND RPF LAW

    MLS10: LAB VRRP v3 IPV6 9:34

    MLS10: LAB VRRP v3 IPV6

    MLS7: LAB RSPAN 9:56

    MLS7: LAB RSPAN

    VIRTUALIZATION 2: Containers 4:33

    VIRTUALIZATION 2: Containers

    1.2.a Wireless deployment Centralized HA options SSO vs N+1 2:40

    1.2.a Wireless deployment Centralized HA options SSO vs N+1

    MLS3: TROUBLESHOOT STATIC AND DYNAMIC TRUNKING PROTOCOLS 7:46

    MLS3: TROUBLESHOOT STATIC AND DYNAMIC TRUNKING PROTOCOLS

    QOS1: DiffServ, Classification and Marking 9:04

    QOS1: DiffServ, Classification and Marking

    Automation4 : LAB INSTALL OPENCONFIG YANG 3:30

    Automation4 : LAB INSTALL OPENCONFIG YANG

    QOS3: Congestion 6:55

    QOS3: Congestion

    VIRTUALIZATION 5: 1/5 LISP1 INTRO 2:50

    VIRTUALIZATION 5: 1/5 LISP1 INTRO

    MLS9: MACL PACL VACL 4:28

    MLS9: MACL PACL VACL

    VIRTUALIZATION 5: 2/5 LISP SITES 4:35

    VIRTUALIZATION 5: 2/5 LISP SITES

    Multicast9: Selection of RP 3:20

    Multicast9: Selection of RP

    MLS1: Design Principles Tier2 Tier 3 Spine and Leaf 6:20

    MLS1: Design Principles Tier2 Tier 3 Spine and Leaf

    ENCORE VERSIONUPDATE Wireless Density 5:36

    ENCORE VERSIONUPDATE Wireless Density

    WHy do we need SDACCESS reason number 2: Wireless traffic patterns 4:53

    WHy do we need SDACCESS reason number 2: Wireless traffic patterns

    MLS7: LAB ERSPAN 6:05

    MLS7: LAB ERSPAN

    OVERLAY 1.4 Explain the working principles of the Cisco SD-Access solution 3/10 11:29

    OVERLAY 1.4 Explain the working principles of the Cisco SD-Access solution 3/10

    Routing8: LAB OSPFv3 9:34

    Routing8: LAB OSPFv3

    Automation4 : YANG LAB! 10:16

    Automation4 : YANG LAB!

    MLS5: LAB TROUBLESHOOT STATIC ETHERCHANNELS 16:41

    MLS5: LAB TROUBLESHOOT STATIC ETHERCHANNELS

    MLS5: LAB STP, RSTP and MST 17:28

    MLS5: LAB STP, RSTP and MST

    Multicast2: IGMP 3:45

    Multicast2: IGMP

    Routing3: OSPF 11:54

    Routing3: OSPF

    Routing10: IPSLA, NTP, NETFLOW, COPP, LINES, AAA, SYSLOG, SNMP, TROUBLESHOOT TOOLS 19:45

    Routing10: IPSLA, NTP, NETFLOW, COPP, LINES, AAA, SYSLOG, SNMP, TROUBLESHOOT TOOLS

    MLS3: LAB TROUBLESHOOT STATIC AND DYNAMIC TRUNKING PROTOCOLS 19:58

    MLS3: LAB TROUBLESHOOT STATIC AND DYNAMIC TRUNKING PROTOCOLS

    Multicast7: PIM Sparse mode and RPF law 2:29

    Multicast7: PIM Sparse mode and RPF law

    MLS6: Troubleshoot Static and Dynamic Etherchannels 8:38

    MLS6: Troubleshoot Static and Dynamic Etherchannels

    Routing2: LAB1/2 EIGRP WIDE METRICS: Wide Metric and, RIB SCALE 13:57

    Routing2: LAB1/2 EIGRP WIDE METRICS: Wide Metric and, RIB SCALE

    WHy do we need SDACCESS reason number 1: Security Policies 5:18

    WHy do we need SDACCESS reason number 1: Security Policies

    MLS4: Mac Address Table and TCAM 6:30

    MLS4: Mac Address Table and TCAM

    Automation7 : APIs for VMANAGE and CISCO DNA CENTER 6:03

    Automation7 : APIs for VMANAGE and CISCO DNA CENTER

    Automation6 : JSON 6:57

    Automation6 : JSON

    Automation 1: EEM2: LEARNING EEM AS IF IT WAS A LANGUAGE 6:07

    Automation 1: EEM2: LEARNING EEM AS IF IT WAS A LANGUAGE

    MLS2: Explain Design principles: HA Redundancy FHRP SSO 5:16

    MLS2: Explain Design principles: HA Redundancy FHRP SSO

    Multicast1: Addressing And Protocols 2:11

    Multicast1: Addressing And Protocols

    Routing7: LAB GRE and IPSEC 23:06

    Routing7: LAB GRE and IPSEC

    1.3.a SD-WAN 5/5 DATA PLANE: WAN EDGE, TRANSPORT AND TUNNELS 4:39

    1.3.a SD-WAN 5/5 DATA PLANE: WAN EDGE, TRANSPORT AND TUNNELS

    MLS7: SPAN RSPAN ERSPAN 11:25

    MLS7: SPAN RSPAN ERSPAN