Cisco CCNP Route (300-101): The Complete Course – Lazaro (Laz) Diaz

Salepage link: At HERE. Archive: http://archive.is/wip/myzg8

Cisco CCNP Route (300-101): The Complete Course

The CCNP Route course will give you all the tools needed to prepare and pass 1 of the 3 CCNP certification exams.

The CCNP Route 300-101 certification is your next step in your professional Cisco Career. When you complete this course you should be well prepared to take your certification exam and begin to join the professional world of Cisco.

DISCLAIMER: Please note that the simulators/emulators used in this course are not part of the course. It is the students responsibility to have these to practice with. The Cisco Packet Tracer and/or VIRAL (Virtual Internet Routing Lab) are Cisco proprietary software and can only be obtained through Cisco. It is up to each student to obtain the simulator/emulator of their choice to study along with this course.

This certification not only is a mile stone in your IT career but it is also very sought after by companies around the world that require a higher level of routing.

The CCNP Route is just one of three exams needed to acquire the CCNP R/S.

This course will teach you the advance topics needed for Cisco’s CCNP Route exam.

You will learn TCP/IP, Routing Protocols like IGP and EGP (among many others). How to configure Security using Time Based Access-list, Infrastructure Access-lists and IPsec.

You will learn how to filter routes, create prefix lists and so much more.

This course will give the knowledge required, no only to pass the CCNP exam, but it will help you in real world scenarios as well.

The “CCNP Route (300-101): The Complete Course” will be the only course you will need to prepare and pass your CCNP Route certification exam.

Course Curriculum

CCNP Route 300-101 Course

• Introduction to the CCNP Route 300-101 Course (7:22)

Routing Protocol Fundamentals

• S2L2 Intro to Section 2 (1:08)
• S2L3 Role of Routing (5:22)
• S2L4 which Routing Protocol should I use? (6:09)
• S2L5 Int. and Ext. Routing Protocols (2:58)
• S2L6 Diff categories of routing protocols (5:05)
• S2L7 Summary of Section 2 (2:36)

Fundamentals of Networking Technology

• S3L8 Intro to Section 3 (3:10)
• S3L9 Network Traffic Types (9:46)
• S3L10 Network Architecture Types (5:47)
• S3L11 Summary of Section 3 (1:50)

TCP/IP Fundamentals

• S4L12 Intro to Section 4 (1:28)
• S4L13 Characteristics of an IP (9:26)
• S4L14 A Review on Routing (5:31)
• S4L15 Characteristics of TCP (6:40)
• S4L16 Characteristics of UDP (3:47)
• S4L17 Summary of Setion 4 (1:44)

Strategies on how to migrate a network

• S5L18 Intro to Section 5 (1:03)
• S5L19 Routing Protocol Changes (4:43)w
• S5L20 Migrating to IPv6 (10:09)
• S5L21 STP Migration (10:21)
• S5L22 Migrating to Virtual Networking (7:37)
• S5L23 Summary of Section 5 (1:36)

Remote Connectivity

• S6L24 Intro to Section 6 (1:57)
• S6L25 MPLS Based VPN (6:35)
• S6L26 Summary of Section 6 (2:02)

MPLS VPN Breakdown

• S7L27 Intro to Section 7 (2:36)
• S7L28 Layer 2 MPLS VPN Lab (24:06)
• S7L29 Layer 3 MPLS VPN Lab (24:21)
• S7L30 GRE Tunnel Labs (6:35)
• S7L31 Summary of Section 7 (4:04)

GRE DMVPN NHRP and IPSec

• S8L32 Intro to Section 8 (1:25)t
• S8L33 DMVPN (11:11)
• S8L34 MultiPoint GRE (6:33)
• S8L35 NHRP (4:39)t
• S8L36 Security using IPSec (15:05)
• S8L37 Summary of Section (6:05)

IPv6 Review and RIPng

• S9L38 Intro to Section 9 (1:26)
• S9L39 the beginning of IP addresses (7:39)
• S9L40 IPv4 to IPv6 (5:42)
• S9L41 Types of IPv6 Addresses (10:52)
• S9L42 Configuring an IPv6 Address (18:28)
• S9L43 Using the RIPng Lab (12:08)
• S9L44 Summary of Section 9 (3:27)

EIGRP on Cisco Routers

• S10L45 Intro to Section 10 (1:05)
• S10L46 The basics of EIGRP (6:22)
• S10L47 Creating Neigbors using EIGRP (11:46)
• S10L48 Neighborships over WAN (14:45)
• S10L49 Summary of Section (2:59)

Advanced EIGRP Concepts

• S11L50 intro to Section 11 (2:52)
• S11L51 Building the EIGRP topology table (12:37)
• S11L52 Building the IP Routing Table (9:56)
• S11L53 Optimizing EIGRP Convergence (14:19)
• S11L54 Route Filtering (19:33)
• S11L55 Summary of Section 11 (2:34)

Named EIGRP

• S12L56 Intro to Section 12 (1:00)
• S12L57 EIGRP for IPv6 (10:25)
• S12L58 Named EIGRP (13:19)
• S12L59 Summary of Section 12 (0:51)

Fundamentals OSPF Concepts

• S13L60 Intro to Section 13 (1:19)
• S13L61 OSPF Review (16:49)
• S13L62 OSPF Neighbors and adjacencies on LAN’s (3:43)
• S13L63 Virtual Links Lab (16:27)
• S13L64 Summary of Section 13 (1:34)

Advanced OSPF Concepts

• S14L65 Intro to Section 14 (1:25)
• S14L66 Route Filtering Lab (12:21)
• S14L67 OSPF Route Summarization (10:24)
• S14L68 Default route and stub areas (14:34)
• S14L69 OSPFv3 (18:46)
• S14L70 Summary of Section 14 (2:30)

Route Redistribution

• S15L71 Intro to Section 15 (1:34)
• S15L72 Route Redistribution Basics (6:24)
• S15L73 Redistribution Between EIGRP and OSPF (14:37)
• S15L74 Redistribution route maps with DL’s (20:45)
• S15L75 Summary of Section 15 (2:20)

Route Selection

• S16L76 Intro to Section 16 (1:06)
• S16L77 Policy Base Routing (13:09)
• S16L78 IP Service Level Agreement (15:35)
• S16L79 Summary of Section 16 (0:55)

Fundamentals of BGP Concepts

• S17L80 Intro to Section 17 (1:53)
• S17L81 Intro to BGP (14:12)
• S17L82 External and Internal BGP (25:42)
• S17L83 Verifying the BGP Table (2:31)
• S17L84 Summary of Section 17 (4:42)

Route Protocol Authentication

• S18L85 Intro to Section 18 (1:00)
• S18L86 Authentication Methods (6:28)
• S18L87 EIGRP Authentication (12:00)
• S18L88 OSPF Authentication (9:41)
• S18L89 BGP Authentication (6:55)
• S18L90 Summary of Section 18 (1:30)

Course Summary

• S19L91 Summary of Course (4:04)