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

What's inside

Learning objectives

Students will learn what is required to pass the ccnp route certification exam.
At the end of this course, students should be knowledgeable in topics of the ccnp route certification.

Students will be able to apply the topics in this course in real world scenarios.

Students will learn what is required to pass the ccnp route certification exam.
At the end of this course, students should be knowledgeable in topics of the ccnp route certification.
Students will be able to apply the topics in this course in real world scenarios.

Syllabus

Student will have a clear path of what this course will teach them and what they should know when they finish the course

In this lecture I will cover all material that will be covered in the course and express the importance of taking quizzes, practicing the labs and making sure that you understand the concepts in order to pass your CCNP Route portion of the exam. I will also be explaining how many test it takes to become a CCNP and the order in which you must take them.

This Lecture explains the topics covered in the section

In this lecture students will learn about the different types of roles the routing plays in an Enterprise Network and should be able to define each one.

In this lecture students will learn what routing protocol would be the best fit in their topology. You should be able to choose between and IGP or EGP routing protocol depending on the placement of the router.

In this lecture students will acquire a detailed understanding of both an IGP and EGP routing protocols.

In this lecture students will gain a more in depth understanding on the differences of Distance Vector and Link State routing protocols.

In this lecture we will review all that we have learned in Section 2 of the course

In this lecture you will get a more detailed explanation intor layer3 VPN's

In this lecture students will learn the difference between the Unicast, Multicast, Broadcast and Anycast types of Traffic.

This Lecture will show you the difference between Point-to-Point, Broadcast and NBMA Networks, to gain a better understanding of their logic.

In this lecture we will review all that we have learned in Section 3 of the course

In this lecture you will learn how to create a GRE Tunnel.

In this lecture I will be breaking down the IPv4 and IPv6 Packet Header Format, so you can get a better understanding of the topic.

In this lecture we will review the basics of how a packet gets form point A to point B. We will then discuss how Asymmetric Routing works and describe what MTU and ICMP roles play.

In this lecture you will learn what the characteristics of TCP are by describing the Three Way handshake, TCP Sliding Window and Out of Order Delivery.

In this lecture we will learn about the UDP protocols by describing its RTP layer 4 Protocol and its helper LLQ

This Lecture explains the topics we will cover in the section

In this lecture we will see how we would change from one routing protocol to another with very little down time.

In this lecture we will discuss how we can easily migrate to IPv6 without loosing connectivity or interoperability with our devices.

In this lecture we will discuss the different virtualization options such as VMware, Hyper-V, VRF"s, or Ciscos Easy Virtual Network

In this lecture we will review all that we learned within the section.

In this lecture we will review topics discussed

In this lecture you will learn the concepts of what MPLS Layer2 and Layer3 VPN are.

In this section I will discuss the topics learned in the section.

In this lesson you will learn fast convergence to FS, converging by going Active Stuck to Active

IN this lecture you will get a more detailed explanation into layer2 VPN's

In this lecture you are going to learn how to do a DMVPN.

In this lecture you will acquire an understanding of what a GRE is and its configurations

In this lecture you will acquire an insight in NHRP when using DMVPN's

In this lecture you will understand the different components the makes up IPsec, it's modes and example configuration.

In this lecture we will be review topics learned

In this section we will be reviewing topics learned

In this lecture we will be speaking on a brief history of IP Addresses.

In this lecture we will be discussing the basic Differences between IPv4 to IPv6.

In this lecture we will go over an IPv6 overview for the following:

Unicast, Unique Local Link Local, Multicast and other special IPv6 addresses, Layer 2 addressing and mapping, DAD and finally Inverse Neighbor Discovery.

In this video we will be configuring IPv6 addresses on Cisco router interfaces.

In this lecture you will be learning how to configure RIP for IPv6.

In this lecture we will be reviewing topics learned

This Lecture explains the topics that will be covered in this section.

In this lecture you will learn the Fundamentals of EIGRP.

In this lecture you will learn how to create neighbors using EIGRP.

In this lecture we will be looking at how we can create neighbor relationships over different types of WAN technologies.

In this lecture we will be reviewing the topics learned.

In this lecture we will learn about manual summarization of ABR's and ASBR's

In this lecture we will learn how to seed the EIGRP topology table, EIGRP UPdate message, update process, WAN issues for EIGRP topology exchange, S;lit Horizon on Frame relay Multipoint Sub interfaces and EIGRP Bandwidth Control.

Calculation the Metrics:

Feasible Distance and Reported Distance, EIGRP Metric Tuning, Unequal Metric route load sharing.

Domain Wide defaults using default-information originate command and Stubby Areas

In this section we will look at EIGRP for IPv6 and Named EIGRP.

In this lecture we will discuss the differences of EIGRP for IPv4 and EIGRP for IPv6.

In this lecture you will learn about Named EIGRP Hierarchical Structures, Tradtional EIGRP and Named EIGRP configurations compared.

In this lecture we will learn how to configure OSPFv3, and compare the traditional OSPF to OSPFv3

OSPF Link State concepts, configuration review, Verification Review and summary of features

Enabling OSPF Neighbor Discovery on LANs, Settings that must match for OSPF to create Neighbors.

Understanding OSPF Virtual Link Concepts, configuring OSPF Virtual links and Verifying the OSPF virtual link

In this lecture will be discussing topics learned

In this lecture we will discuss topics learned

In this lecture we will learn to filter type 3 LSA, also filtering OSPF routes added to the routing table

In this lecture we will be discussing topics learned

In this lecture we will review topics discussed.

In this lecture we will gain a better understanding of the need for Route Redistribution, its concepts and Processes

Redistributing into OSPF as E1 Routes, A brief comparison of E1 and E2 routes and External Routes in NSSAs.

In this lecture you will learn an overview of using route maps with redistribution, Filtering redistributed routes with route maps, setting metrics when redistributing, setting external route type and redistribution filtering with the distribute-list command.

In this lecture you will learn how to match the packet and set the route PBR Configuration

In this lecture you will gain an understanding of IP SLA concepts, configuring and veriftying IP SLA and traking SLA Operation to influence routing

In this lecture you will gain an understanding of BGP basics, BGP ASNs and the AS_SEQ Path Attribute Internal and External BGP, Public and Private ASNs.

In this lecture we will learn about the BGP update messages, Examine the BGP table and view subsets of the BGP table

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Prepares learners to join the professional world of Cisco Systems, which is a leader in networking and cybersecurity solutions

Covers advanced topics needed for IP's, security configurations using Time Based Access-lists, and route filtering, which are essential for network management

Requires students to independently obtain Cisco proprietary software like Packet Tracer or VIRAL, which may pose a barrier to some learners

Provides knowledge required to pass the CCNP Route exam and guidance in real-world scenarios, which is valuable for career advancement

Explores topics such as migrating to IPv6 and virtual network options like VMware and Cisco's Easy Virtual Network, which are relevant for modern network infrastructures

Examines route redistribution, policy-based routing (PBR), and BGP, which are critical for advanced network configurations and enterprise environments

Reviews summary

Ccnp route 300-101 exam prep fundamentals

According to learners, this course offers a solid foundation in core CCNP Route 300-101 concepts, covering key topics like EIGRP, OSPF, BGP, Redistribution, and VPNs with clear explanations. Many past students found it helpful for exam preparation for the now-retired 300-101 test. However, it's important to note that this course is based on a retired exam (300-101, retired Feb 2020), meaning its direct relevance for current certification is limited. While still valued by some for reviewing fundamentals or real-world concepts, prospective students should be aware it does not align with current Cisco certification requirements.

Pacing and delivery style received mixed feedback.

"Some parts felt a bit slow-paced, while others moved quite quickly through complex configurations."

"The instructor's delivery can be a little monotonous at times, but the content is valuable."

"Found the pace appropriate for reviewing topics I already had some exposure to."

Needs external lab setup for hands-on practice.

"You absolutely need Packet Tracer or VIRL (or real gear) to follow along with the labs, which aren't always explicitly shown step-by-step."

"While the course explains theory, you must do extensive hands-on lab practice using separate tools."

"The course provides the knowledge, but practicing the commands is essential and requires your own lab environment setup."

Clear and detailed explanations of complex topics.

"The instructor explains complex concepts in a way that is easy to understand."

"Very clear explanations, especially on tricky subjects like Route Redistribution and IP SLA."

"I appreciated the detailed breakdown of packet headers and routing protocol messages."

Aligns well with topics from the 300-101 exam.

"The course structure follows the 300-101 blueprint closely, which was very helpful for my study plan."

"It covers all the necessary topics required to pass the CCNP Route 300-101 exam."

"Felt well-prepared for the exam questions after going through the lectures on BGP and VPNs."

Provides a strong base in core routing concepts.

"This course really helped solidify my understanding of complex routing protocols like OSPF and BGP."

"Gave me a great foundation for the 300-101 exam topics. Concepts were explained well."

"I feel like I have a much better grasp on route redistribution after taking this course."

Content is for the old 300-101 exam.

"Be aware this course covers the CCNP Route 300-101 exam which was retired. It's not for the current certification."

"While the information is good for fundamentals, it is outdated if you're studying for the current CCNP tests."

"Good material for understanding routing concepts, but don't expect it to fully prepare you for the modern CCNP exams."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Cisco CCNP Route (300-101): The Complete Course with these activities:

Review Basic Networking Concepts

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Solidify your understanding of fundamental networking concepts. This will provide a strong foundation for the advanced routing topics covered in the CCNP Route course.

Browse courses on OSI Model

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Review the OSI and TCP/IP models.
Practice subnetting exercises.
Study common routing protocols.

Read 'CCNP Routing and Switching ROUTE 300-101 Official Cert Guide'

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Prepare for the CCNP Route exam with the official certification guide. This book covers all the exam topics in detail.

View CCNP Routing and Switching ROUTE 300-101... on Amazon

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Read each chapter carefully.
Complete the practice questions at the end of each chapter.
Review the exam objectives and ensure you understand each one.

Read 'Routing TCP/IP, Volume 1 (CCIE Professional Development)'

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Deepen your understanding of routing protocols with a comprehensive guide. This book is a great reference for the CCNP Route exam.

View Routing TCP/IP, Volume 1 (2nd Edition) on Amazon

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Read the chapters on OSPF and EIGRP.
Take notes on key concepts and configurations.
Review the case studies and examples.

Four other activities

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Configure Routing Protocols in Packet Tracer

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Reinforce your understanding of routing protocols through hands-on practice. This will help you apply the concepts learned in the course.

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Set up a network topology in Packet Tracer.
Configure OSPF on the routers.
Configure EIGRP on the routers.
Verify connectivity and routing tables.

Create a Presentation on Route Filtering Techniques

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Solidify your understanding of route filtering by creating a presentation. This will require you to research and synthesize information on different filtering techniques.

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Research different route filtering techniques.
Create slides explaining each technique.
Include examples of how to configure each technique.
Practice presenting the material.

Design and Implement a Redundant Network

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Apply your knowledge to design and implement a resilient network. This project will test your understanding of routing protocols, redundancy, and network design principles.

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Design a network topology with redundant links.
Choose appropriate routing protocols for redundancy.
Configure the routers and switches.
Test failover scenarios and verify redundancy.

Follow Advanced Configuration Tutorials

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Refine your configuration skills by following advanced tutorials. This will expose you to real-world scenarios and best practices.

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Find tutorials on advanced routing topics.
Follow the tutorials step-by-step.
Adapt the configurations to your own network scenarios.

Career center

Learners who complete Cisco CCNP Route (300-101): The Complete Course will develop knowledge and skills that may be useful to these careers:

Network Engineer

A Network Engineer designs, implements, and manages computer networks. This course on Cisco CCNP Route directly aligns with the responsibilities of this role. Network engineers need a strong understanding of routing protocols, IP addressing, and network security, all of which are covered in the course's syllabus. The course provides the knowledge to delve into advanced topics such as route filtering and VPN configurations, which directly translates into real-world skills for a Network Engineer.

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Network Administrator

A Network Administrator maintains computer networks and ensures they operate efficiently. This course provides in-depth training on IP routing, network protocols, and security configurations, all of which are needed to succeed in this role. This course helps build practical skills in configuring routers and switches and understand routing protocols such as EIGRP and OSPF, enabling them to better manage and troubleshoot network issues that a Network Administrator might encounter on a daily basis. The course also explores advanced topics such as IPv6 and VPNs, which are increasingly important in modern networks.

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Network Architect

A Network Architect designs and plans network infrastructures for organizations. The CCNP Route course helps a Network Architect gain in-depth knowledge of routing protocols, network design, and security configurations. Network Architects benefit from this course's detailed exploration of various routing protocols like OSPF and EIGRP, as well as advanced topics like VPNs and IPv6. The course’s coverage of real-world scenarios and network design best practices will help them create robust and scalable network solutions.

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Cybersecurity Engineer

A Cybersecurity Engineer designs, implements, and manages security systems to protect an organization's network and data from cyber threats. This course is helpful by providing a deep understanding of network protocols, IP addressing, and network security fundamentals. The CCNP Route course explores core concepts like access control lists and IPsec, which are essential tools. Cybersecurity Engineers will find practical knowledge of network configurations useful in building robust defense systems.

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Systems Engineer

A Systems Engineer is involved in the design, implementation, and maintenance of IT systems. This role requires a strong grasp of networking concepts and protocols taught in the CCNP Route course. The course delves into IP addressing, routing protocols, and security measures, which are essential for Systems Engineers working with complex network infrastructures. This course may help a Systems Engineer better understand and optimize network performance, and provide the knowledge needed to ensure network security.

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Cloud Network Engineer

A Cloud Network Engineer specializes in designing and implementing network solutions within cloud environments. The CCNP Route course helps lay the foundation for understanding network protocols, IP addressing, and security, which are essential in cloud networking. The cloud network engineer may find it useful that this course delves into advanced topics like VPNs and route filtering, which are commonly used in cloud network designs. The knowledge gained from the course helps them in deploying and managing cloud network infrastructures.

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Technical Support Engineer

A Technical Support Engineer provides technical assistance to clients or internal users, often focusing on network-related problems. This course helps by providing a deep understanding of Cisco routing technologies and protocols, which is directly relevant to troubleshooting network issues. The CCNP Route course addresses IP addressing and routing protocols, which are the foundation of understanding network operations, and may help a Technical Support Engineer provide effective support. Additionally, the course explores advanced networking concepts that they may find useful when troubleshooting complex network problems.

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Network Analyst

A Network Analyst monitors and analyzes network performance to identify issues and improve efficiency. This course may be useful for a Network Analyst, as it provides a deep understanding of routing protocols, network design, and security configurations. The CCNP Route course helps in gaining insights into advanced networking topics like VPNs, route filtering, and IPv6. The course’s emphasis on practical configurations and understanding of network protocols helps a Network Analyst to better diagnose network problems and optimize network performance.

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Unified Communications Engineer

A Unified Communications Engineer focuses on integrating communication technologies like voice, video, and data into a single system. This course provides a solid understanding of networking protocols, routing, and IP addressing, which are essential components of unified communications. The CCNP Route course may be useful by exploring topics such as IP addressing, routing, and VPNs, which may be helpful in configuring and troubleshooting complex communication networks. Unified Communications Engineers benefit from a strong foundation in network infrastructure, which this course provides.

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IT Consultant

An IT Consultant provides expert advice to organizations on how to use technology to meet their business goals. A strong understanding of networking, as covered in the CCNP Route course, may be useful to an IT Consultant. This course explores advanced topics like VPNs, route filtering, and network design, which can help an IT Consultant provide informed advice on network infrastructure and improvements. The knowledge of routing protocols like OSPF and EIGRP may help an IT Consultant to better assess network needs and recommend appropriate solutions.

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Information Technology Manager

An Information Technology Manager oversees the IT department and ensures that the technological infrastructure is aligned with business objectives. While this role is more management focused, understanding networking concepts from the CCNP Route course may be beneficial. This course covers advanced topics, including IP addressing, routing protocols, and network security, which can help an Information Technology Manager in making informed decisions about network upgrades and troubleshooting. This course helps provide a technical foundation, which may help them oversee technical projects and staff.

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Security Analyst

A Security Analyst works to protect an organization’s computer systems and networks from security threats. The CCNP Route course helps provide a foundation in network security concepts, including access control lists and IPsec. A Security Analyst may find it helpful to learn about the configuration of security protocols and how to implement them within the network infrastructure. The detailed study of routing and IP addressing can help the analyst better understand network vulnerabilities and how to address them.

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Telecommunications Specialist

A Telecommunications Specialist installs, maintains, and troubleshoots telecommunications systems, including network infrastructure. The CCNP Route course may be helpful to a Telecommunications Specialist by providing an in-depth understanding of routing protocols, IP addressing, and network security. The course offers practical knowledge of configuring routers and switches, which may be valuable in working with voice and data networks. The coverage of topics like IPv6 and VPNs may also be useful for managing modern telecommunications networks.

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Data Center Technician

A Data Center Technician maintains the hardware and infrastructure within data centers, which includes networking equipment. This course provides a strong foundation in IP routing, network protocols, and security, which may be useful to a Data Center Technician. The detailed study of topics like routing protocols and IP addressing may help them better understand how a data center network functions. Additionally, the course's focus on practical configurations and real-world scenarios may improve their troubleshooting skills.

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IT Project Manager

An IT Project Manager is responsible for planning, executing, and finalizing IT projects. While this role involves management, a strong understanding of networking may be beneficial, and this course helps an IT Project Manager better communicate with technical teams. The CCNP Route course delivers comprehensive knowledge of IP addressing, routing protocols, and network security, which may help them to understand technical project requirements. This course may help them to oversee network-related projects and ensure they're completed successfully.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Cisco CCNP Route (300-101): The Complete Course.

CCNP Routing and Switching ROUTE 300-101 Official...

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This is the official certification guide for the CCNP Route exam. It covers all the topics in the exam syllabus in detail. It must-read for anyone preparing for the exam. provides a comprehensive overview of the exam objectives and includes practice questions and scenarios.

CCNP Routing and Switching ROUTE 300-101 Official...

Paperback

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CCNP Routing and Switching ROUTE 300-101 Official...

Kindle Edition

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Routing Tcp/Ip, Volume 1, 2/E

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Provides an in-depth look at routing protocols and concepts. It valuable resource for understanding the underlying principles of routing. It is commonly used by professionals preparing for the CCIE certification. This book adds depth to the course material and serves as an excellent reference.

Routing TCP/IP, Volume 1 (2nd Edition)

Paperback

$$$$

Cisco CCNP Route (300-101)

The Complete Course

What's inside

Learning objectives

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Ccnp route 300-101 exam prep fundamentals

Activities

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