CCNP All-in-1 Video Boot Camp With Chris Bryant

BY
Udemy

Attain the CCNP certification by enrolling in the online CCNP All-in-1 Video Boot Camp With Chris Bryant course by Udemy.

Mode

Online

Fees

₹ 3099

Quick Facts

particular details
Medium of instructions English
Mode of learning Self study
Mode of Delivery Video and Text Based

Course overview

By enrolling in the CCNP All-in-1 Video Boot Camp With Chris Bryant Course, the students can prepare for the Cisco Certified Network Professional (CCNP) by gaining the required knowledge and skills. The curriculum developed by Chris Bryant will shed light on all the gamut of relevant topics such as VLAN Fundamentals, Troubleshooting, basics of  DTP, and many more. The online programme will also help the learners to explore the realm of networking and clear the SWITCH 300-115 exam, the ROUTE 300-101 exam, and the TSHOOT 300-125 exam. 

Offered by Udemy, CCNP All-in-1 Video Boot Camp With Chris Bryant Online Course will facilitate the candidates to have a clear understanding of STP features, Etherchannels, Network Monitoring, Firewalls, and a lot more. The CCNP aspirants can join the CCNP All-in-1 Video Boot Camp With Chris Bryant Certification by making the payment of a fee. 

The highlights

  • Online course
  • Downloadable resources
  • Full lifetime access
  • Access on mobile and TV
  • Certificate of completion
  • English videos with multiple subtitles
  • 30-Day Money-Back Guarantee

Program offerings

  • 62 hours on-demand video
  • Full lifetime access
  • Access on mobile and tv
  • Certificate of completion
  • English videos
  • High-quality
  • Professional video lectures

Course and certificate fees

Fees information
₹ 3,099
certificate availability

Yes

certificate providing authority

Udemy

Who it is for

What you will learn

Networking

After the completion of CCNP All-in-1 Video Boot Camp With Chris Bryant Online Certification, a detailed understanding of networking and related concepts including  VLAN Creation, VLAN Trunking Protocol, MST,  HSRP Fundamentals, and the like. 

The syllabus

CCNP All-In-1 Video Boot Camp Preview: Let's Go!

  • CCNP All-In-1 Video Boot Camp Preview
  • Watching Your Free CCNA Security 210-260 Course
  • CCNP Hard Copy Study Guide News!

CCNP SWITCH 300-115: Fundamentals Review

  • Fund 1: The Dawn Of Man (And Switching)
  • Fund 2: Building The MAC Address Table
  • Fund 3: MAC Address Table Aging
  • Fund 3A: Dynamically Learned MAC Addresses And VLANs
  • Fund 4: SDM Templates
  • Fund 5: Autonegotiation, Speed, And Top Rope Duplexes
  • Fund 6: Introduction To Power Over Ethernet
  • Fund 7: More Power Over Ethernet

CCNP SWITCH 300-115 Exam: VLAN Fundamentals, Configuration, and Troubleshooting

  • VLAN Section Network Topology and Addressing
  • VLAN 1: The Fundamentals Of Success On Exams And VLANs
  • VLAN 2: VLAN Creation And Administration Lab
  • VLAN 3: Dynamic VLAN Fundamentals And Real-World VLAN Tip
  • VLAN 4: Troubleshooting Lab, Part 1
  • VLAN 5: VLAN Troubleshooting Lab, Part 2
  • VLAN 6: Trunking Fundamentals
  • VLAN 7: The Case Of ISL v. Dot1Q
  • VLAN 8: Changing The Native VLAN -- Why And How
  • VLAN 9: Fundamentals Of DTP
  • VLAN 10: DTP Lab, Part 1 (Switch 1)
  • VLAN 11: DTP Lab Concludes On SW2
  • VLAN 12: Allowing And Disallowing VLANs On A Trunk (Lab 1)
  • VLAN 13: Disallowing And Allowing VLANs, Lab 2
  • VLAN 14: Voice VLANs

CCNP SWITCH 300-115: VTP: The VLAN Trunking Protocol

  • VTP 1: Why And How We VTP
  • VTP 2: Modes, Subset Ads, And The Config Revision Number
  • VTP 3: Config Revision Number Lab And Advertisement Discussion
  • VTP 4: Versions, Passwords, and "Security"
  • VTP 5: More Version Info And VTP Pruning

CCNP SWITCH 300-115: Spanning Tree Protocol Fundamentals

  • STP 1: It Begins!
  • STP 2: Config BPDUs And Root Bridge Election Walkthrough
  • STP 3: Identifying Root And Non-Root Bridges
  • STP 4: Root Path And Root Path Costs
  • STP 5: Watch Your Speeds, Plus Changing Path Cost Lab
  • STP 6: Per-VLAN Load Balancing With The Path Cost Option
  • STP 7: Per-VLAN Load Balancing With Port Priority, Plus STP Port State Review
  • STP 8: The STP Timers
  • STP 9: Configuring Primary And Secondary Root Bridges
  • STP 10: Using The Priority Command (And Limits Of The Root Primary Command)

CCNP SWITCH 300-115: Advanced STP Features

  • Adv. STP 1: PortFast
  • Adv STP 2: Uplinkfast
  • Adv STP 3: Backbonefast
  • Adv 4: Root Guard
  • Adv 5: BPDU Guard
  • Adv 6: BPDU Filter And Loop Guard
  • Adv. 7: UDLD

CCNP SWITCH 300-115: RSTP & MST

  • RSTP 1: As Opposed To Slow STP?
  • RSTP 2: Synching And Compatibility
  • RSTP 3: CST, MST, And PVST Types

CCNP SWITCH 300-115: Etherchannels

  • ETH 1: Why And How We Etherchannel
  • ETH 2: Negotiating An Etherchannel
  • ETH 3: Load Distribution Over An Etherchannel

CCNP SWITCH 300-115: Multilayer Switching And Redundancy Protocols

  • MLS 1: The Nuts And Bolts Of Multilayer Switching
  • MLS 2: SVI Lab
  • MLS 3: Routed Ports Lab
  • MLS 4: VSS
  • MLS 5: Stackwise
  • MLS 6: HSRP Fundamentals
  • MLS 7: HSRP Active Router Elections
  • MLS 8: HSRP Load Balancing
  • MLS 9: HSRP Interface Tracking, Lab 1
  • MLS 10: HSRP Interface Tracking, Lab 2
  • MLS 11: HSRP Timers And Authentication
  • MLS 12: VRRP Fundamentals And Object Tracking
  • MLS 13: VRRP Load Balancing
  • MLS 14: GLBP Fundamentals
  • MLS 15: GLBP Show Commands And The AVG
  • MLS 16: GLBP, The AVG, And Priorities
  • MLS 17: GLBP AVF Cutover Lab
  • MLS 18: GLBP Timers
  • MLS 19: GLBP AVG Selection Plus Weighting / Tracking Lab

CCNP SWITCH 300-115: Switch Security

  • Security 1: Port Security Fundamentals
  • Security 2: Port Security Static And Dynamic Address Lab
  • Security 3: Port Security Max Addresses Lab
  • Security 4: Port Security Aging Time Lab
  • Security 5: Port Security Sticky Addressing Lab
  • Security 6: Errdisable Recovery Mode Lab
  • Security 7: Dot1x Port-Based Authentication
  • Security 7A: SPAN, The Local Version
  • Security 7B: SPAN, The Remote Kind, Plus Config Tips
  • Security 7C: Storm Control
  • Security 7D: VLAN ACLs
  • Security 7E: Private VLAN Terminology
  • Security 7F: Private VLAN Lab
  • Security 7G: Private VLAN Verification
  • Security 8: DHCP Fundamentals
  • Security 9: DHCP Assignment Lab And IP Helper-Address Command
  • Security 10: DHCP Manual Address Binding Lab
  • Security 11: A Taste Of DHCP V6
  • Security 12: DHCP Snooping
  • Security 13: Dynamic ARP Inspection
  • Security 14: IP Source Guard Discussion And Lab Start
  • Security 15: IP Source Guard Concludes, VLAN Hopping Prevention Tips
  • Security 16: Cisco Discovery Protocol
  • Security 17: The Case Of Telnet v. SSH

CCNP SWITCH 300-115 Exam: Design THIS! (One-Video Section)

  • Design 1 And Only

CCNP SWITCH 300-115 Videos: Network Monitoring

  • Monitor 1: Syslog
  • Monitor 2: Manually Setting The Clock And NTP Discussion
  • Monitor 3: NTP Server - Client Config Lab
  • Monitor 4: NTP Server - Client Lab Continues
  • Monitor 5: NTP Authentication Labs Conclude
  • Monitor 6: SNMP
  • Monitor 7: SLA
  • Monitor 8: AAA Authentication Discussion
  • Monitor 9: AAA Authentication Continues
  • Monitoring 10: AAA Authentication Lab
  • Monitoring 11: AAA Authorization And Accounting

CCNP ROUTE 300-101: A Brief And Necessary Review

  • The Case Of TCP v UDP, Part The First
  • The Case Of TCP v. UDP, Part The Second
  • PPP: Over Ethernet And Otherwise!
  • Real Rapid Routing Review

CCNP ROUTE 300-101: EIGRP Fundamentals

  • EIGRP Fund 1: Adjacencies And Successors
  • EIGRP Fund 2: NBMA Network Lab
  • EIGRP Fund 3: Baby, Baby, Where Did Our Subnets Go?
  • EIGRP Fund 4: Successors, Feasible Successors, And The Topology Table
  • EIGRP Fund 5: Promoting A Feasible Successor
  • EIGRP Fund 6: The Variance Command
  • EIGRP Fund 7: DUAL, Passive, and Active Routes

CCNP ROUTE 300-101: Advanced EIGRP

  • Adv EIGRP 1: Packet Types And Timers
  • Adv EIGRP 2: Hello Timers Lab
  • EIGRP Adv 3: "show ip eigrp neighbor" And Some Distances..
  • EIGRP Adv 4: Feasible, Reported, And Advertised Distances
  • EIGRP Adv 5: FD, AD, And Variance
  • EIGRP Adv 6: Default And Non-Default Admin Distances
  • EIGRP Adv 7: Autosummarization
  • EIGRP Adv 8: Manual Route Summarization
  • EIGRP Adv 9: The AD 5 And Stub Routing Theory
  • EIGRP Adv 10: Passive Interfaces
  • EIGRP Adv 11: The Metric Weights
  • EIGRP Adv 12: Know Thy Interface Types (And BW Calculations)
  • EIGRP Adv 13: Propagating Static Default Routes
  • EIGRP Adv 14: Using "IP Default-Network"
  • EIGRP Adv 15: Adjacency Authentication

CCNP ROUTE 300-101: The Fundamentals Of OSPF Success

  • OSPF Fund 1: Link State Protocol Operation
  • OSPF Fund 2: The DR And BDR
  • OSPF Fund 3: DR For Life -- Or Not?
  • OSPF Fund 4: The Buildout Begins! (Broadcast Segment)
  • OSPF Fund 5: Building An NBMA Network
  • OSPF Fund 6: Building A Point-To-Point Network
  • OSPF Fund 7: Missing Subnets And Virtual Links
  • OSPF Fund 8: Why Not One Big Area Zero?
  • OSPF Fund 9: Interface Costs And Reference Bandwidths
  • OSPF Fund 10: The Bandwidth Command And Interface Costs
  • OSPF Fund 11: Audible! Lab Confirm And Changing The RID
  • OSPF Fund 12: Four Routers On Broadcast Segment

CCNP ROUTE 300-101: Advanced OSPF Skills

  • OSPF Adv A1: Router Type And LSA Type Review
  • OSPF Adv 1: Intro To OSPF Route Redistribution and Stub Areas
  • OSPF Adv 2: Configuring Stub and Total Stub Areas
  • OSPF Adv 3: Configuring NSSAs
  • OSPF Adv 4: E1, E2, N1, And N2 Routes
  • OSPF Adv 5: More Route Redistribution!
  • OSPF Adv 6: Simple Authentication
  • OSPF Adv 7: MD5 Authentication

CCNP ROUTE 300-101: Route Redistribution

  • RouteRedis 1: The Fundamentals Of Success
  • RouteRedis2: OSPF-To-RIP Redistribution
  • RouteRedis3: Ping Both Ways After Redistribution
  • RouteRedis 4: Beware The Routing Suboptimal
  • RouteRedis 5: Changing The AD For An Entire Protocol
  • Route Redis 6: Changing The AD For Some (Or One) Route
  • RouteRedis 7: Changing The AD Based On OSPF Route Type
  • RouteRedis 8: Redistributing EIGRP (And Tweaking The AD)
  • RouteRedis 9: Using Distribute Lists With OSPF
  • RouteRedis 10: Filtering EIGRP Routes With Distribute Lists
  • RouteRedis 11: Distribute-Lists And EIGRP Redistribution
  • RouteRedis 12: Can Multiple Distribute Lists Co-Exist?
  • RouteRedis 13: Writing And Verifying A Route Map
  • RouteRedis 14: Applying A Route Map To Route Redistribution
  • Route Redis 15: Route Maps And Two-Way Route Redistribution
  • Route Redis 16: More Route Maps And Two-Way Route Redistribution
  • Route Redis 17: Policy Routing Theory And Application
  • Route Redis 18: More Policy Routing Lab Work!
  • Route Redis 19: Local Policy Routing Theory And Application

CCNP ROUTE 300-101: VPNs And IPSec

  • VPN 1: The Dreaded Yet Necessary Theory
  • VPN 2: IKE Phase 1 In Action
  • VPN 3: IPSec SA Configuration
  • VPN 4: Building, Verifying, And Debugging Your VPN Build!
  • VPN 5: A Dash Of DMVPN, NHRP, And mGRE
  • VPN 6: VRF Lab Part 1
  • VPN 7: VRF Lab Part 2
  • VPN 8: VRF Lab Part 3
  • VRF Lab Part 4 -- Pinging!

CCNP ROUTE 300-101: IP Version 6 Success

  • IPv6 1: Fundamentals And Zero Compression Techniques
  • IPv6 2: EUI64 Interface Identifiers (And More!)
  • IPv6 3: Stateless And Stateful Autoconfiguration
  • IPV6 4: Building An OSPFv3 Broadcast Segment
  • IPV6 5: Adding Loopbacks To Our OSPF Network
  • IPV6 6: Configuring An OSPFv3 Point-To-Point Network
  • IPv6 7: Configuring An OSPF NBMA Network
  • IPv6 8: Route Redistribution And Stub Routing With OSPFv3
  • IPv6 9: Configuring EIGRP On IPv6
  • IPv6 10: Configuring RIPng
  • IPv6 11: T-Shooting OSPF V3
  • IPv6 12: Migration Strategies

CCNP ROUTE 300-101: Router And Network Security

  • Security 1: Standard And Extended ACLs
  • Security 2: Host, Any, and Seeing Dollar Signs
  • Security 3: Extended ACL Lab
  • Security 4: Named ACL Lab
  • Security 5: Time-Based ACL Lab
  • Security 6: Password Review And Telnet Lab
  • Security 7: Username / Password Database And Telnet Lab
  • Security 8: Secure Shell And SNMP
  • Security 9: The Network Time Protocol
  • Security 10: NTP Authentication And Access Control Lab
  • Security 10A: NTP Broadcast Mode Lab
  • Security 11: Unicast RPF
  • Security 12: The IP Helper Address
  • Security 13: Using And Filtering "Debug IP Packet"
  • Security 14: Spotting Potential Memory Issues
  • Security 15: Core Dump

CCNP ROUTE 300-101: BGP

  • BGP 1: Intro Remarks
  • BGP 2: External BGP Peering
  • BGP 3: iBGP Peering And Loopback Interface Discussion
  • BGP 4: eBGP Peering With Loopback Interfaces
  • BGP 5: Advertising Routes With The "Network" Command
  • BGP 6: The Origin And Next-Hop Attributes, Plus The Best-Path Selection Process
  • BGP 7: Examining The Selection Of One BGP Path Over Another
  • BGP 8: The Mystery Of Next-Hop Addresses
  • BGP 9: Mystery Solved!
  • BGP 10: The MED
  • BGP 11: Local Preference -- All Or Nothing At All
  • BGP 12: Local Preference -- Changing One But Not All
  • BGP 13: The Weight Attribute
  • BGP 14: More Weight Work!
  • BGP 15: Route Summarization And Advertisements
  • BGP 16: Synch Rules And The Full Mesh
  • BGP 17: Route Reflectors -- Why And How
  • BGP 18: Prefix Lists Begin
  • BGP 19: Prefix Lists Continue
  • BGP 20: A Few Final Tips

CCNP ROUTE 300-101: A Breather From BGP!

  • Breather 1: Cisco Express Forwarding
  • Breather 2: Service Level Agreement Lab
  • Breather 3: SLA Lab Continues
  • Breather 4: SLA Tracking Lab

CCNP ROUTE 300-101: NAT And PAT

  • NAT 1: Address Types and Static NAT
  • NAT 2: Dynamic NAT
  • NAT 3: Port Address Translation

Instructors

Mr Chris Bryant

Mr Chris Bryant
Instructor
Udemy

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