CCNP ROUTE 300-101 Deep Dive:
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CCNP ROUTE 300-101 Deep Dive:

CCNP R&S ROUTE 300-101 Deep Dive: With Baldev
4.4 (34 ratings)
Instead of using a simple lifetime average, Udemy calculates a course's star rating by considering a number of different factors such as the number of ratings, the age of ratings, and the likelihood of fraudulent ratings.
254 students enrolled
Created by Baldev Singh
Last updated 3/2017
English
Curiosity Sale
Current price: $10 Original price: $100 Discount: 90% off
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Includes:
  • 48.5 hours on-demand video
  • 1 Article
  • Full lifetime access
  • Access on mobile and TV
  • Certificate of Completion
What Will I Learn?
  • At the end of this course, students will be able to describe/implement Cisco CCNP Routing and Switching ROUTE 300-101 technologies in a smooth way.
View Curriculum
Requirements
  • CCNA Routing and Switching Knowledge and Dedication is Required, Before Starting This Course.
Description

Implementing Cisco IP Routing (ROUTE 300-101) is a qualifying exam for the Cisco CCNP and CCDP certifications. The ROUTE 300-101 exam certifies the routing knowledge and skills of successful candidates. They are certified in using advanced IP addressing and routing like (RIP, Classic EIGRP, Named EIGRP, OSPF, BGP, IPv6, RIPng, Classic EIGRPv6, Named EIGRPv6, OSPFv3, MP-BGP, Tunneling, IPSec Cryptography, SLA, AAA)  in implementing scalable and highly secure Cisco routers and Cisco ASA Firewalls that are connected to LANs, WANs,and IPv6. The exam also covers the configuration of highly secure routing solutions to support branch offices and mobile workers.

CCNP Routing and Switching 300-101 (ROUTE) Module Contents in brief:

  • IP Addressing
  • Subnetting and VLSM
  • Summarization 
  • Fundamentals of Routing
  • Implementation of IPv4 Static and Default Routing
  • Fundamentals and Implementation  of RIP
  • Fundamentals and Implementation  of Classic EIGRP
  • Fundamentals and Implementation  of Named EIGRP
  • Fundamentals and Implementation  of OSPFv2
  • Fundamentals and Implementation  of BGP
  • Fundamentals and Implementation  of Policy Base Routing and SLA
  • Fundamentals of Virtual Private Network (VPN) Technologies
  • Fundamentals and Implementation of IPSec Site-Site VPN
  • Fundamentals and Implementation of IPSec Remote Access VPN
  • Fundamentals and Implementation of SSL VPN
  • Fundamentals and Implementation of DMVPN VPN
  • Fundamentals and Implementation of GET VPN
  • Fundamentals and Implementation of Flex VPN
  • Fundamentals and Implementation of WAN Technologies
  • Fundamentals and Implementation of IOS Access-List
  • Fundamentals and Implementation of IOS Network Address Translation
  • Fundamentals and Implementation of Network Infrastructure Services
  • Fundamentals of IPv6
  • Implementation of IPv6 Static and Default Routing
  • Implementation of RIPng
  • Implementation of Classic EIGRPv6
  • Implementation of Named EIGRPv6
  • Implementation of OSPFv3
  • Implementation of MP-BGP IPv6
  • Implementation of IPv6 Tunneling
  • Implementation of DHCP and DHCP Relay Agent and NTP
  • Managing Cisco Router With AAA
  • Implementation  of IPv4 Static and Default Routing on Cisco ASA
  • Implementation  of RIP on Cisco ASA
  • Implementation  of Classic EIGRP on Cisco ASA
  • Implementation  of OSPFv2 on Cisco ASA
  • Implementation  of IPv6 Static and Default Routing on Cisco ASA
  • Implementation  of SLA on Cisco ASA
  • Implementation  of Multicasting on Cisco ASA
Who is the target audience?
  • Anyone can join this course, who want to learn Cisco CCNP Routing and Switching ROUTE 300-101.
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Curriculum For This Course
494 Lectures
48:22:06
+
Course Introduction
1 Lecture 05:01
+
Fundamentals of Routing
69 Lectures 07:19:47

ROUTE: IP Address Parts
07:48

ROUTE: IP Addresses Types
05:29

ROUTE: IP Addresses Styles
11:09

ROUTE: Subnetting Introduction
04:46

ROUTE: What Should We Have To Know Before Subnetting
10:04

ROUTE: Class C Subnetting at /25
11:07

ROUTE: Class C Subnetting at /26
08:31

ROUTE: Class C Subnetting at /27
11:43

ROUTE: Class C Subnetting at /28
10:37

ROUTE: Class C Subnetting at /29
08:48

ROUTE: Class C Subnetting at /30
09:46

ROUTE: Class B at /16
03:29

ROUTE: Class B Subnetting at /17
11:24

ROUTE: Class B Subnetting at /18
07:58

ROUTE: Class B Subnetting at /19
10:20

ROUTE: Class B Subnetting at /20
08:25

ROUTE: Class B Subnetting at /21
06:22

ROUTE: Class B Subnetting at /22
04:32

ROUTE: Class B Subnetting at /23
05:30

ROUTE: Class B Subnetting at /24
03:29

ROUTE: Class B Subnetting at /25
05:07

ROUTE: Class B Subnetting at /26
05:48

ROUTE: Class B Subnetting at /27
06:09

ROUTE: Class B Subnetting at /28
10:58

ROUTE: Class B Subnetting at /29
08:49

ROUTE: Class B Subnetting at /30
06:26

ROUTE: Class A at /8
03:15

ROUTE: Class A Subnetting at /9
04:23

ROUTE: Class A Subnetting at /10
05:16

ROUTE: Class A Subnetting at /11
04:55

ROUTE: Class A Subnetting at /12
04:46

ROUTE: Class A Subnetting at /13
04:29

ROUTE: Class A Subnetting at /14
05:38

ROUTE: Class A Subnetting at /15
04:55

ROUTE: Class A Subnetting at /16
05:42

ROUTE: Class A Subnetting at /17
06:07

ROUTE: Class A Subnetting at /18
07:21

ROUTE: Class A Subnetting at /19
08:44

ROUTE: Class A Subnetting at /20
05:17

ROUTE: Class A Subnetting at /21
06:49

ROUTE: Class A Subnetting at /22
06:44

ROUTE: Class A Subnetting at /23
07:11

ROUTE: Class A Subnetting at /24
05:27

ROUTE: Class A Subnetting at /25
05:44

ROUTE: Class A Subnetting at /26
07:08

ROUTE: Class A Subnetting at /27
04:55

ROUTE: Class A Subnetting at /28
04:49

ROUTE: Class A Subnetting at /29
04:47

ROUTE: Class A Subnetting at /30
04:36

ROUTE: VLSM Introduction and Lab
14:05

ROUTE: Summarization
04:04


ROUTE: First Rule of Routing Introduction
08:38

ROUTE: Second Rule of Routing Introduction
14:50

ROUTE: Static Routing Advantages and Disadvantages
08:58

ROUTE: Default Routing Introduction
07:08

ROUTE: Dynamic Routing Introduction
05:17

ROUTE: Routing Protocols and Types Introduction
02:26

ROUTE: IGP Introduction
02:39

ROUTE: Distance Vector Routing Protocols Introduction
03:50

ROUTE: Link State Routing Protocols Introduction
02:03

ROUTE: Enhance Distance Vector Routing Protocol Introduction
02:00

ROUTE: EGP Introduction and Types
04:32

ROUTE: Classful and Classless Addressing Introduction
02:58

ROUTE: Classful and Classless Routing Protocols Introduction
02:34

ROUTE: Metric Introduction
01:16

ROUTE: Administrative Distance Introduction
03:39

ROUTE: Convergence Time and Summarization Introduction
02:03
+
Implementation of Static and Default Routing
2 Lectures 22:27
ROUTE: Static Routing Lab
12:34

ROUTE: Default Routing Lab
09:53
+
Fundamentals of RIP
5 Lectures 31:47
ROUTE: RIP Introduction
10:42

ROUTE: RIP Route Poisoning
06:57

ROUTE: RIP Poison Reverse
05:38

ROUTE: RIP Split-Horizon
05:47

ROUTE: RIP Timers
02:43
+
Implementation of RIP
16 Lectures 01:10:01
ROUTE: RIP Lab Basics
15:45

ROUTE: RIP Lab Version 2
06:13

ROUTE: RIP Lab Passive-Interface
07:36

ROUTE: RIP Lab Authentication
04:11

ROUTE: RIP Lab Send and Receive Version
03:12

ROUTE: RIP Lab Timer Changing
03:29

ROUTE: RIP Lab Administrative Distance Changing
02:11

ROUTE: RIP Lab Default Route via Summarization
03:52

ROUTE: RIP Lab Default Route via IP Default-Network
04:16

ROUTE: RIP Lab Default Route via Default-Information-Originate
02:05

ROUTE: RIP Lab Default Route via Redistribution
02:49

ROUTE: RIP Lab Route Filtering via Offset-List
03:28

ROUTE: RIP Lab Route Filtering via Access-List
02:35

ROUTE: RIP Lab Route Filtering via Prefix-List
02:50

ROUTE: RIP Lab Route Filtering via Administrative Distance
02:55

ROUTE: RIP Version 2 Broadcast Update
02:34
+
Fundamentals of Classic EIGRP
18 Lectures 01:04:57
ROUTE: EIGRP Introduction
05:44

ROUTE: EIGRP Component PDM
03:44

ROUTE: EIGRP Component RTP
02:31

ROUTE: EIGRP Component NDR
03:42

ROUTE: EIGRP Component DUAL
02:37

ROUTE: EIGRP Successor Introduction
04:23

ROUTE: EIGRP Feasible Distance Introduction
02:06

ROUTE: EIGRP Feasible Successor, Requirements and AD/RD Introduction
05:38

ROUTE: EIGRP Input Event Introduction
01:34

ROUTE: EIGRP Local Computation Introduction
08:43

ROUTE: EIGRP Going Active Introduction
03:35

ROUTE: EIGRP Additional Features Introduction
05:14

ROUTE: EIGRP Tables Introduction
01:18

ROUTE: EIGRP Neighborship Requirements Introduction
03:26

ROUTE: EIGRP Modes Introduction
00:51

ROUTE: EIGRP Metric and Formula Introduction
02:11

ROUTE: EIGRP Stub Router Introduction
05:58

ROUTE: EIGRP Final
01:42
+
Implementation of Classic EIGRP
32 Lectures 02:00:03
ROUTE: Classic EIGRP Lab Initial Config
09:12

ROUTE: Classic EIGRP Lab Basic
06:52

ROUTE: Classic EIGRP Lab Passive-Interface
04:08

ROUTE: Classic EIGRP Lab Authentication
02:44

ROUTE: Classic EIGRP Lab Hello Timer Changing
01:37

ROUTE: Classic EIGRP Lab Hold Timer Changing
01:34

ROUTE: Classic EIGRP Lab Neighbor Table Verification
02:09

ROUTE: Classic EIGRP Lab Topology Table Verification
02:46

ROUTE: Classic EIGRP Lab Routing Table Verification
03:10

ROUTE: Classic EIGRP Lab Static-Neighborship
02:54

ROUTE: Classic EIGRP Lab Equal-Cost Load Balancing
02:22

ROUTE: Classic EIGRP Lab Un-Equal Cost Load Balancing
06:40

ROUTE: Classic EIGRP Lab Offset-List
03:51

ROUTE: Classic EIGRP Lab Metric Tuneing
03:17

ROUTE: Classic EIGRP Lab Max-Path
02:25

ROUTE: Classic EIGRP Lab Max-Hop
01:49

ROUTE: Classic EIGRP Lab Over Frame-Relay
14:04

ROUTE: Classic EIGRP Lab Split-Horizon
02:14

ROUTE: Classic EIGRP Lab Default Route via Redistribution via Actual Gateway
04:37

ROUTE: Classic EIGRP Lab Default Route via Redistribution via Null 0
02:45

ROUTE: Classic EIGRP Lab Default Route via Summarization
01:37

ROUTE: Classic EIGRP Lab Default Route via IP Default-Network
02:44

ROUTE: Classic EIGRP Lab Default Route via Wild Card Command
07:11

ROUTE: Classic EIGRP Lab Route Filtering via ACL
02:26

ROUTE: Classic EIGRP Lab Route Filtering via Route-Map
02:06

ROUTE: Classic EIGRP Lab Route Filtering via Prefix-List
02:00

ROUTE: Classic EIGRP Lab Route Filtering via Administrative Distance
05:50

ROUTE: Classic EIGRP Lab IP Bandwidth Percentage EIGRP
01:12

ROUTE: Classic EIGRP Lab Active Timer Disable
02:01

ROUTE: Classic EIGRP Lab Stub Router
02:32

ROUTE: Classic EIGRP Lab Route Summarization
02:06

ROUTE: Classic EIGRP Route Summarization With Leak-Map
07:08
+
Fundamentals of Named EIGRP
1 Lecture 03:05
ROUTE: Named EIGRP Introduction
03:05
+
Implementation of Named EIGRP
31 Lectures 02:12:27
ROUTE: Named EIGRP Initial Config
05:18

ROUTE: Named EIGRP Basic
06:06

ROUTE: Named EIGRP Passive-Interface
06:59

ROUTE: Named EIGRP Authentication
05:06

ROUTE: Named EIGRP Hello Timer Changing
03:03

ROUTE: Named EIGRP Hold Timer Changing
01:31

ROUTE: Named EIGRP Neighbour Table Verification
01:59

ROUTE: Named EIGRP Topology Table Verification
02:56

ROUTE: Named EIGRP Routing Table Verification
03:03

ROUTE: Named EIGRP Equal-Cost Load balancing
02:24

ROUTE: Named EIGRP Static Neighbour Ship
02:58

ROUTE: Named EIGRP Un-Equal-Cost Load balancing
07:07

ROUTE: Named EIGRP Offset-list
06:24

ROUTE: Named EIGRP Metrics Tuning
02:20

ROUTE: Named EIGRP Max-Path
01:29

ROUTE: Named EIGRP Max-Hop
02:54

ROUTE: Named EIGRP Over Frame-Relay
10:07

ROUTE: Named EIGRP Split-Horizon
03:02

ROUTE: Named EIGRP Default Route via Redistribution
15:01

ROUTE: Named EIGRP Default Route via Summarization
05:24

ROUTE: Named EIGRP Default Route via IP default-Network
03:36

ROUTE: Named EIGRP Default Route via Wild card Command
06:35

ROUTE: Named EIGRP Route Filtering via ACL
04:00

ROUTE: Named EIGRP Route Filtering via Route-Map
03:02

ROUTE: Named EIGRP Route Filtering via Prefix-list
03:11

ROUTE: Named EIGRP Route Filtering via AD
03:19

ROUTE: Named EIGRP IP Bandwidth Percentage EIGRP
01:19

ROUTE: Named EIGRP Active Timer Disable
01:15

ROUTE: Named EIGRP Stub Routers
01:33

ROUTE: Named EIGRP Route Summarization
02:42

ROUTE: Named EIGRP Route Summarization With Leak-Map
06:44
+
Fundamentals of OSPFv2
19 Lectures 01:26:24
ROUTE: OSPF Introduction
03:58

ROUTE: Difference Between Distance Vector and Link State Protocols
05:26

ROUTE: OSPF Tables and Messages and Messages's Contents Introduction
08:44

ROUTE: OSPF States Introduction
10:31

ROUTE: OSPF Area and Structure Introduction
04:13

ROUTE: OSPF Priority Introduction
01:51

ROUTE: What are DR and BDR and Why
06:09

ROUTE: OSPF DR and BDR Requirements
02:03

ROUTE: OSPF Metric Introduction
01:17

ROUTE: OSPF Network Types Introduction
03:17

ROUTE: OSPF Hello Interval and Dead Interval in Diffrent Networks
03:57

ROUTE: OSPF Router Types Introduction
04:01

ROUTE: OSPF LSA Types Introduction
13:50

ROUTE: OSPF Area Types Introduction
09:01

ROUTE: OSPF Virtual-Link Introduction
02:19

ROUTE: OSPF Authentication and Summarization Types Introduction
01:24

ROUTE: OSPF Route Types Introduction
01:56

ROUTE: OSPF Seed Metric Introduction
01:35

ROUTE: OSPF Neighbourship Requirements Introduction
00:52
28 More Sections
Frequently Bought Together
About the Instructor
Baldev Singh
4.1 Average rating
953 Reviews
11,338 Students
15 Courses
Trainer

Baldev Singh , a CCIE (Security# 37094), is a highly experienced Senior Technical instructor and Corporate Trainer working with I-Medita Learning Solutions. He has more than 7 years, experience in Corporate training & in teaching on a wide range of IT Certification of Cisco & Microsoft, including Routing and Switching, and Security (CCNA R&S, CCNP R&S, CCNA Security, CCNP Security, CCIE Security) & MCP, MCSA, MCTS.

He also has a Bachelor Degree in Computer Application.

As well as he also has Microsoft Certifications including MCP, MCSA, MCTS. In addition, recently he has written two books one on Cisco ASA and second on      Cisco IOS VPN.

Cisco ASA Book name is "Secure Your Network With Cisco ASA Second Generation's OS 9.x" with 846 pages.

These books are available on Google, anyone can download it "without any penny".

Procedure is simple paste "Cisco ASA Second Generation's OS 9.x" keyword on Google and download it from public servers.

Cisco IOS VPN Book name is "Secure Your Network With Cisco IOS VPN AIO Self-Study Guide" with 1478 pages.

Procedure is simple paste "cisco ios vpn aio self-study guide" keyword on Google and download it from public servers.

In the 7+ years of experience in IT Training he has gain the

Routing technologies like:-

RIP, EIGRP, OSPF, IS-IS, BGP, RIPng, EIGRPv6, OSPFv3, IS-ISv6.

Switching technologies like:-

VLAN, VTP, STP, RSTP, MST, Ether-Channel, HSRP, VRRP, GLBP & Layer 2 Security.

IOS VPN technologies like:-

Site-Site, Remote Access, DMVPN, SSL VPN, GETVPN, Flex VPN.

Firewall technologies like:-

NAT, CTP, SLA, ASA VPNs (Site-Site, Remote Access, SSL VPN), VPN Load Balancing Transparent Firewall, Security Context, Failover, Clustering, MPF and much more.....

IT Certifications

MCP Microsoft Certified Professional (2009)

MCTS Microsoft Certified Technology Specialist (2009)

MCSA Microsoft Certified Systems Administrator (2009)

CCIE Security Cisco Certified Internetwork Expert (2012)