CCENT: Access Control Lists Part 1
CCENT: Access Control Lists Part 1
- describe the configuration and operation of Standard Access Control Lists
- apply standard ACLs to an interface and describe how extended ACLs can be created
Securing the network, especially at the perimeter, is a critical part of network administration. Discover how to use Access Control Lists to permit or deny access to network resources.
CCENT: Access Control Lists Part 2
CCENT: Access Control Lists Part 2
- describe additional ACLs that may need to be configured
- use and apply named access lists on a virtual interface
Securing the network, especially at the perimeter, is a critical part of network administration. Discover how to use Access Control Lists to permit or deny access to network resources.
CCENT: Device Hardening
CCENT: Device Hardening
- do the initial setup and basic configuration of a router
- apply device configuration, configure routing protocols, and configure remote access options
- perform image and password recovery as well as do file system management
From initial configuration to hardening, all devices require periodic maintenance, recovery, or security hardening. Explore the basics of hardening and maintaining a router.
CCENT: Device Management
CCENT: Device Management
- configure and use a syslog server to store router logs; and, configure a router to send messages to a syslog server
- backup a routers configuration using tftp
From initial configuration to hardening, all devices require periodic maintenance, recovery, or security hardening. Explore the basics of hardening and maintaining a router.
CCENT: DHCP Configuration
DHCP can be used to replace static client IP and network configuration on clients where a static IP is not required. Explore DHCP, how to configure a router to provide the service, and how to configure clients.
CCENT: Discovering Ethernet
Ethernet data packets rely on a payload called frames to define how bits are transmitted and received over a network. Explore the Ethernet frame header and the information it provides.
CCENT: Discovery Protocols
Managing network devices involves many protocols. Explore technologies used in the management and discovery of network devices.
CCENT: DNS Configuration
CCENT: DNS Configuration
- describe the DNS lookup process and how DNS can be configured on individual devices
- configure a router to provide DNS services and how to manage a hosts table
DNS is critical to the internet and required for finding websites or even individual devices or servers. Explore DNS, how it works, and how to configure both a server and client device.
CCENT: Functions of Routing
CCENT: Functions of Routing
- explain how a packet uses the Layer 2 and Layer 3 protocols in networking
- identify routing table components, routing protocol administrative distances, and describe the use of static versus dynamic routing
- discuss components of the routing table and configure dynamic routing
Routers allow network devices to communicate beyond their local area network (LAN), providing inter-network connectivity. Explore routing, including components, functionality, the routing table, routing protocols, and path selection.
CCENT: Initial Device Configuration
When installing new Cisco devices on a network, they need to be configured to work properly. Explore initial switch and router configuration.
CCENT: InterVLAN Routing
VLANs on a single switch cannot directly communicate without a router. Discover how to configure a Layer 3 device to allow traffic to traverse multiple VLANs.
CCENT: Interswitch Connectivity
A switch's port can either function as a regular access port or it can be used as a trunk port and used to connect to another switch. Discover how these port types and trunks are configured, and how VLAN traffic is impacted.
CCENT: IPv4 Addressing Part 1
Each device belonging to a network is assigned a unique IP address by which it can be identified. Explore IPv4 addressing, including its limitations.
CCENT: IPv4 Addressing Part 2
Each device belonging to a network is assigned a unique IP address by which it can be identified. Explore IPv4 addressing, including its limitations.
CCENT: IPv4 Configuration
Explore the different configuration options that are part of IPv4 addressing and explore some basic troubleshooting techniques.
CCENT: IPv6 Addressing
IPv6 overcomes the limitations of IPv4 by providing more than enough globally unique IP addresses to accommodate every device in the world. Explore IPv6 features, address types, and allocation.
CCENT: IPv6 Configuration
Explore IPv6 address configuration including enabling unicast routing, manually assigning IPv6 addresses, and ways to verify the interface.
CCENT: NAT Configuration
CCENT: NAT Configuration
- describe the different types of NAT and configure static NAT
- None
- configure and use PAT, or NAT overload, using an access-list
Network address translation is a process for allowing client systems to access the internet without their own dedicated routable IP. Discover how to configure and use NAT.
CCENT: Network Cabling
Explore the different networking cables, such as fiber and copper cables, technicians may encounter while working.
CCENT: Network Components, Topologies, and Architecture
Discover the key network components that you'll find within a network, the common design strategies for topologies, and the key network architecture basics required to configure a functional Enterprise internetwork.
CCENT: NTP Configuration
Synchronizing time between systems is important for meeting many legal obligations. The Network Time Protocol was designed to do this. Discover how to configure an NTP server and configure clients to use the service.
CCENT: OSI Model
The Open System Interconnection (OSI) model divides network communication into seven layers. Explore the seven layers of the OSI model.
CCENT: Overview of Cisco Devices
Explore the physical components of Cisco devices - the internal integrated parts provided in some devices, versus the interchangeable options included for others, allowing the addition of further functionality.
CCENT: Overview of Networking
Networks are the basic interconnections for all computing devices. Explore network fundamentals.
CCENT: Port Security
CCENT: Port Security
- describe port-security violation modes and the need for configuring "switchport port-security"
- configure port security and demonstrate recovery from a violation
Explore port-security concepts, such as the different violation modes, the need for "switchport port-security", and how to configure a recovery from a violation.
CCENT: RIPv2 Configuration
CCENT: RIPv2 Configuration
- configure dynamic routing protocols using RIP v2 for IPv4 by building a routing table
- configure RIPv2 passive interfaces, loops, and changes to the network topography
- tuning RIPV2 timing parameters and options
Although static routing can work for a smaller network, ultimately, dynamic routing is the way to handle routing. Explore dynamic routing using the RIPv2 protocol over IPv4.
CCENT: Static Routing
Routing allows data to be transmitted across networks from source to destination. Optimal routes can be determined by using dynamic routing protocols or by static configuration. Explore the implementation of static routes.
CCENT: Subnetting Part 1
Subnetting has several benefits, including achieving more efficient use of address space, increasing security through segmentation, and decreasing the size of collision and broadcast domains. Explore how to easily subnet networks.
CCENT: Subnetting Part 2
Subnetting has several benefits, including achieving more efficient use of address space, increasing security through segmentation, and decreasing the size of collision and broadcast domains. Explore how to easily subnet networks.
CCENT: Subnetting Practice
CCENT: Subnetting Practice
- recognize and work with subnetting problems
- apply subnetting to example problems
CCENT: Switching Functions
Discover fundamental concepts like broadcast and collision domains, the difference between hubs and switches, and how MAC address tables are populated as data moves through the switch device.
CCENT: TCP/IP Model
Discover the TCP/IP networking model, which is used in the majority of LAN networks and on the Internet, and explore the two foundational transport layer protocols - TCP and UDP.
CCENT: Troubleshooting Interfaces and Cables
Cabling-related settings need to be configured properly in order to ensure device connectivity and interface stability. Explore the configuration and troubleshooting of speed, duplex, MDIX, and auto interface settings.
CCENT: Troubleshooting Methodologies
Troubleshooting methodologies provide a variety of approaches. Explore how to determine which techniques are best suited for your configuration scenario.
CCENT: VLAN Configuration
VLANs are logically separated broadcast domains created through switching technology that provide a means of creating network security zones. Explore network design and how VLANs are used to enhance network operations.
Mentoring 100-105 Interconnecting Cisco Networking Devices Part 1 (ICND1)
Mentoring 100-105 Interconnecting Cisco Networking Devices Part 1 (ICND1)
- Network Fundamentals
- LAN Switching Fundamentals
- Routing Fundamentals
- Infrastructure Services
- Infrastructure Maintenance
Skillsoft Mentors are available to help students with their studies for exam 100-105 Interconnecting Cisco Networking Devices Part 1 (ICND1). You can reach them by entering a Mentored Chat Room or by using the Email My Mentor service.
Individuals who are studying the associated Skillsoft content in preparation for, or to become familiar with, the skills and competencies being measured by the actual certification exam.
TestPrep 100-105 Interconnecting Cisco Networking Devices Part 1 (ICND1)
To test your knowledge on the skills and competencies being measured by the vendor certification exam. TestPrep can be taken in either Study or Certification mode. Study mode is designed to maximize learning by not only testing your knowledge of the material, but also by providing additional information on the topics presented. Certification mode is designed to test your knowledge of the material within a structured testing environment, providing valuable feedback at the end of the test.
Individuals seeking practice in a structured testing environment, covering the skills and competencies being measured by the vendor certification exam.
ICND2 3.0: Configuring ACLs
An access control list (ACL) is a programmed statement used to permit or deny network traffic based on specified criteria. Explore ACL types, how they operate, and their configuration.
ICND2 3.0: Configuring and Verifying EIGRP
ICND2 3.0: Configuring and Verifying EIGRP
- configure 3 routers to use EIGRP to adverstise routes
- identify the variance command, auto-summmary and manipulate the bandwidth on interfaces to change what gets into the routing table for EIGRP
- configure, verify, and troubleshoot EIGRP for IPv6
Building scalable routed networks requires dynamic routing protocols like EIGRP. Learn how to configure and modify EIGRP, as well as how to verify your configurations.
ICND2 3.0: Configuring and Verifying OSPFv3
OSPFv3 is a link-state routing protocol that expands on the functionality of OSPFv2, including support for IPv6. Explore the OSPFv3 routing protocol, including how to configure it and verify the configuration.
ICND2 3.0: Configuring EtherChannel
ICND2 3.0: Configuring Multiarea OSPFv2
Discover how to configure multiarea OSPFv2 and explore the differences between single-area and multiarea OSPFv2.
ICND2 3.0: Configuring OSPFv2
OSPF is a highly flexible and versatile routing protocol. Examine the configuration and verification of an OSPFv2 deployment.
ICND2 3.0: Configuring Trunking
Explore the concept of trunking and the tasks required to configure and verify them.
ICND2 3.0: Device Monitoring, Management, and Programmability
ICND2 3.0: Device Monitoring, Management, and Programmability
- describe the use of AAA for device management and the differences between TACACS+ and RADIUS
- describe how networking devices function with the control and data planes
Networks are continually evolving, which is something that you need to embrace. This will help you implement the most secure, scalable, highly-available, and cost efficient networks. Explore device management tools.
ICND2 3.0: Implementing EIGRP
Enhanced Interior Gateway Routing Protocol (EIGRP) is an advanced distance-vector routing protocol developed by Cisco. Learn about its features, feasible and reported distances, and how it calculates metrics.
ICND2 3.0: Implementing VLANs
VLANs provide several benefits, including providing flexible design that's not defined by physical location and the ability to segment broadcast domains to reduce overhead and increase security. Examine how to configure VLANs.
ICND2 3.0: Infrastructure Services
ICND2 3.0: Infrastructure Services
- describe HSRP and why it is used
- describe how to access cloud resources and the different types of virtual services available
ICND2 3.0: InterVLAN Routing
Discover the need for InterVLAN routing in modern day network deployments and explore the concepts and configuration of InterVLAN routing.
ICND2 3.0: OSPFv2 Operations
Explore the characteristics and behaviors of OSPFv2 and how it can be used to build large scale routing domains.
ICND2 3.0: PortFast and BPDU guard
PortFast and Bridge Protocol Data Unit (BPDU) guard are Spanning Tree Protocol (STP) enhancements that improves network reliability, manageability, and security. Discover how to configure PortFast and BPDU guard.
ICND2 3.0: QoS Overview
Explore the need for QoS, and the various features, tools, and mechanisms that it offers.
ICND2 3.0: Routing Protocols
Explore the characteristics and behaviors of different interior gateway protocols so you will be able to identify which one aligns best to your needs.
ICND2 3.0: SNMP Monitoring
ICND2 3.0: Spanning Tree Configuration and Verification
Spanning Tree Protocol (STP) identifies and terminates redundant links to provide a loop-free network. Examine STP configuration.
ICND2 3.0: Spanning Tree Overview
Spanning Tree Protocol (STP) identifies and terminates redundant links to provide a loop-free network. Explore STP operations.
ICND2 3.0: Troubleshooting Connectivity
ICND2 3.0: Troubleshooting Connectivity
- describe Echo-based IP SLAs and why they are used
- describe the simple configuration of local SPAN
- describe the basic tools used to troubleshoot end-to-end connectivity
As a network administrator, it's vital to be able to troubleshoot network connectivity issues. Learn how to troubleshoot with SPAN, IP SLA, and other tools.
ICND2 3.0: Trunking Overview
Trunk links provide VLAN identification for frames traveling between switches. Explore the concept of trunking.
ICND2 3.0: WAN Topologies and Connectivity
Today's networks span across the globe. To connect different geographical locations, you need to implement a wide area network. Build your foundational knowledge of WANs by learning about topologies, connectivity options, VPNs, and devices.
ICND2 3.0: Wide Area Networks Using GRE and eBGP
ICND2 3.0: Wide Area Networks Using GRE and eBGP
- configure the GRE tunnel and verify that it works
- describe the basics of IGP vs EGP for configuring single-homed eBGP
A WAN is a network that spans large geographical areas and interconnects smaller networks, such as LANs. Increase your knowledge of connecting global networks by learning about GRE tunnels, inter-domain routing, and eBGP.
ICND2 3.0: Wide Area Networks Using PPP
ICND2 3.0: Wide Area Networks Using PPP
- describe the use of PPP over serial links
- configure load balancing by using multilink PPP configuration
- describe the basic concept of using PPPoE and demonstrate both the server-side and client-side configurations
WANs connect global networks and choosing the correct type depends on your needs. Learn about PPP, MLP, and PPPoE so you have the knowledge you need to research, deploy, manage, and maintain WANs.
ICND2 3.0: Switch Aggregation and Threat Mitigation
Being able to meet your network's demands is essential in managing secure and highly available networks. Explore switch aggregation and threat mitigation.
Mentoring 200-105 Interconnecting Cisco Networking Devices Part 2 (ICND2)
Mentoring 200-105 Interconnecting Cisco Networking Devices Part 2 (ICND2)
- LAN Switching Technologies
- Routing Technologies
- WAN Technologies
- Infrastructure Services
- Infrastructure Maintenance
Skillsoft Mentors are available to help students with their studies for exam 200-105 Interconnecting Cisco Networking Devices Part 2 (ICND2). You can reach them by entering a Mentored Chat Room or by using the Email My Mentor service.
Individuals who are studying the associated Skillsoft content in preparation for, or to become familiar with, the skills and competencies being measured by the actual certification exam.
TestPrep 200-105 Interconnecting Cisco Networking Devices Part 2 (ICND2)
To test your knowledge on the skills and competencies being measured by the vendor certification exam. TestPrep can be taken in either Study or Certification mode. Study mode is designed to maximize learning by not only testing your knowledge of the material, but also by providing additional information on the topics presented. Certification mode is designed to test your knowledge of the material within a structured testing environment, providing valuable feedback at the end of the test.
Individuals seeking practice in a structured testing environment, covering the skills and competencies being measured by the vendor certification exam.
CCENT: Access Control Lists Part 1
CCENT: Access Control Lists Part 1
- describe the configuration and operation of Standard Access Control Lists
- apply standard ACLs to an interface and describe how extended ACLs can be created
Securing the network, especially at the perimeter, is a critical part of network administration. Discover how to use Access Control Lists to permit or deny access to network resources.
CCENT: Access Control Lists Part 2
CCENT: Access Control Lists Part 2
- describe additional ACLs that may need to be configured
- use and apply named access lists on a virtual interface
Securing the network, especially at the perimeter, is a critical part of network administration. Discover how to use Access Control Lists to permit or deny access to network resources.
CCENT: Device Hardening
CCENT: Device Hardening
- do the initial setup and basic configuration of a router
- apply device configuration, configure routing protocols, and configure remote access options
- perform image and password recovery as well as do file system management
From initial configuration to hardening, all devices require periodic maintenance, recovery, or security hardening. Explore the basics of hardening and maintaining a router.
CCENT: Device Management
CCENT: Device Management
- configure and use a syslog server to store router logs; and, configure a router to send messages to a syslog server
- backup a routers configuration using tftp
From initial configuration to hardening, all devices require periodic maintenance, recovery, or security hardening. Explore the basics of hardening and maintaining a router.
CCENT: DHCP Configuration
DHCP can be used to replace static client IP and network configuration on clients where a static IP is not required. Explore DHCP, how to configure a router to provide the service, and how to configure clients.
CCENT: Discovering Ethernet
Ethernet data packets rely on a payload called frames to define how bits are transmitted and received over a network. Explore the Ethernet frame header and the information it provides.
CCENT: Discovery Protocols
Managing network devices involves many protocols. Explore technologies used in the management and discovery of network devices.
CCENT: DNS Configuration
CCENT: DNS Configuration
- describe the DNS lookup process and how DNS can be configured on individual devices
- configure a router to provide DNS services and how to manage a hosts table
DNS is critical to the internet and required for finding websites or even individual devices or servers. Explore DNS, how it works, and how to configure both a server and client device.
CCENT: Functions of Routing
CCENT: Functions of Routing
- explain how a packet uses the Layer 2 and Layer 3 protocols in networking
- identify routing table components, routing protocol administrative distances, and describe the use of static versus dynamic routing
- discuss components of the routing table and configure dynamic routing
Routers allow network devices to communicate beyond their local area network (LAN), providing inter-network connectivity. Explore routing, including components, functionality, the routing table, routing protocols, and path selection.
CCENT: Initial Device Configuration
When installing new Cisco devices on a network, they need to be configured to work properly. Explore initial switch and router configuration.
CCENT: InterVLAN Routing
VLANs on a single switch cannot directly communicate without a router. Discover how to configure a Layer 3 device to allow traffic to traverse multiple VLANs.
CCENT: Interswitch Connectivity
A switch's port can either function as a regular access port or it can be used as a trunk port and used to connect to another switch. Discover how these port types and trunks are configured, and how VLAN traffic is impacted.
CCENT: IPv4 Addressing Part 1
Each device belonging to a network is assigned a unique IP address by which it can be identified. Explore IPv4 addressing, including its limitations.
CCENT: IPv4 Addressing Part 2
Each device belonging to a network is assigned a unique IP address by which it can be identified. Explore IPv4 addressing, including its limitations.
CCENT: IPv4 Configuration
Explore the different configuration options that are part of IPv4 addressing and explore some basic troubleshooting techniques.
CCENT: IPv6 Addressing
IPv6 overcomes the limitations of IPv4 by providing more than enough globally unique IP addresses to accommodate every device in the world. Explore IPv6 features, address types, and allocation.
CCENT: IPv6 Configuration
Explore IPv6 address configuration including enabling unicast routing, manually assigning IPv6 addresses, and ways to verify the interface.
CCENT: NAT Configuration
CCENT: NAT Configuration
- describe the different types of NAT and configure static NAT
- None
- configure and use PAT, or NAT overload, using an access-list
Network address translation is a process for allowing client systems to access the internet without their own dedicated routable IP. Discover how to configure and use NAT.
CCENT: Network Cabling
Explore the different networking cables, such as fiber and copper cables, technicians may encounter while working.
CCENT: Network Components, Topologies, and Architecture
Discover the key network components that you'll find within a network, the common design strategies for topologies, and the key network architecture basics required to configure a functional Enterprise internetwork.
CCENT: NTP Configuration
Synchronizing time between systems is important for meeting many legal obligations. The Network Time Protocol was designed to do this. Discover how to configure an NTP server and configure clients to use the service.
CCENT: OSI Model
The Open System Interconnection (OSI) model divides network communication into seven layers. Explore the seven layers of the OSI model.
CCENT: Overview of Cisco Devices
Explore the physical components of Cisco devices - the internal integrated parts provided in some devices, versus the interchangeable options included for others, allowing the addition of further functionality.
CCENT: Overview of Networking
Networks are the basic interconnections for all computing devices. Explore network fundamentals.
CCENT: Port Security
CCENT: Port Security
- describe port-security violation modes and the need for configuring "switchport port-security"
- configure port security and demonstrate recovery from a violation
Explore port-security concepts, such as the different violation modes, the need for "switchport port-security", and how to configure a recovery from a violation.
CCENT: RIPv2 Configuration
CCENT: RIPv2 Configuration
- configure dynamic routing protocols using RIP v2 for IPv4 by building a routing table
- configure RIPv2 passive interfaces, loops, and changes to the network topography
- tuning RIPV2 timing parameters and options
Although static routing can work for a smaller network, ultimately, dynamic routing is the way to handle routing. Explore dynamic routing using the RIPv2 protocol over IPv4.
CCENT: Static Routing
Routing allows data to be transmitted across networks from source to destination. Optimal routes can be determined by using dynamic routing protocols or by static configuration. Explore the implementation of static routes.
CCENT: Subnetting Part 1
Subnetting has several benefits, including achieving more efficient use of address space, increasing security through segmentation, and decreasing the size of collision and broadcast domains. Explore how to easily subnet networks.
CCENT: Subnetting Part 2
Subnetting has several benefits, including achieving more efficient use of address space, increasing security through segmentation, and decreasing the size of collision and broadcast domains. Explore how to easily subnet networks.
CCENT: Subnetting Practice
CCENT: Subnetting Practice
- recognize and work with subnetting problems
- apply subnetting to example problems
CCENT: Switching Functions
Discover fundamental concepts like broadcast and collision domains, the difference between hubs and switches, and how MAC address tables are populated as data moves through the switch device.
CCENT: TCP/IP Model
Discover the TCP/IP networking model, which is used in the majority of LAN networks and on the Internet, and explore the two foundational transport layer protocols - TCP and UDP.
CCENT: Troubleshooting Interfaces and Cables
Cabling-related settings need to be configured properly in order to ensure device connectivity and interface stability. Explore the configuration and troubleshooting of speed, duplex, MDIX, and auto interface settings.
CCENT: Troubleshooting Methodologies
Troubleshooting methodologies provide a variety of approaches. Explore how to determine which techniques are best suited for your configuration scenario.
CCENT: VLAN Configuration
VLANs are logically separated broadcast domains created through switching technology that provide a means of creating network security zones. Explore network design and how VLANs are used to enhance network operations.
ICND2 3.0: Configuring ACLs
An access control list (ACL) is a programmed statement used to permit or deny network traffic based on specified criteria. Explore ACL types, how they operate, and their configuration.
ICND2 3.0: Configuring and Verifying EIGRP
ICND2 3.0: Configuring and Verifying EIGRP
- configure 3 routers to use EIGRP to adverstise routes
- identify the variance command, auto-summmary and manipulate the bandwidth on interfaces to change what gets into the routing table for EIGRP
- configure, verify, and troubleshoot EIGRP for IPv6
Building scalable routed networks requires dynamic routing protocols like EIGRP. Learn how to configure and modify EIGRP, as well as how to verify your configurations.
ICND2 3.0: Configuring and Verifying OSPFv3
OSPFv3 is a link-state routing protocol that expands on the functionality of OSPFv2, including support for IPv6. Explore the OSPFv3 routing protocol, including how to configure it and verify the configuration.
ICND2 3.0: Configuring EtherChannel
ICND2 3.0: Configuring Multiarea OSPFv2
Discover how to configure multiarea OSPFv2 and explore the differences between single-area and multiarea OSPFv2.
ICND2 3.0: Configuring OSPFv2
OSPF is a highly flexible and versatile routing protocol. Examine the configuration and verification of an OSPFv2 deployment.
ICND2 3.0: Configuring Trunking
Explore the concept of trunking and the tasks required to configure and verify them.
ICND2 3.0: Device Monitoring, Management, and Programmability
ICND2 3.0: Device Monitoring, Management, and Programmability
- describe the use of AAA for device management and the differences between TACACS+ and RADIUS
- describe how networking devices function with the control and data planes
Networks are continually evolving, which is something that you need to embrace. This will help you implement the most secure, scalable, highly-available, and cost efficient networks. Explore device management tools.
ICND2 3.0: Implementing EIGRP
Enhanced Interior Gateway Routing Protocol (EIGRP) is an advanced distance-vector routing protocol developed by Cisco. Learn about its features, feasible and reported distances, and how it calculates metrics.
ICND2 3.0: Implementing VLANs
VLANs provide several benefits, including providing flexible design that's not defined by physical location and the ability to segment broadcast domains to reduce overhead and increase security. Examine how to configure VLANs.
ICND2 3.0: Infrastructure Services
ICND2 3.0: Infrastructure Services
- describe HSRP and why it is used
- describe how to access cloud resources and the different types of virtual services available
ICND2 3.0: InterVLAN Routing
Discover the need for InterVLAN routing in modern day network deployments and explore the concepts and configuration of InterVLAN routing.
ICND2 3.0: OSPFv2 Operations
Explore the characteristics and behaviors of OSPFv2 and how it can be used to build large scale routing domains.
ICND2 3.0: PortFast and BPDU guard
PortFast and Bridge Protocol Data Unit (BPDU) guard are Spanning Tree Protocol (STP) enhancements that improves network reliability, manageability, and security. Discover how to configure PortFast and BPDU guard.
ICND2 3.0: QoS Overview
Explore the need for QoS, and the various features, tools, and mechanisms that it offers.
ICND2 3.0: Routing Protocols
Explore the characteristics and behaviors of different interior gateway protocols so you will be able to identify which one aligns best to your needs.
ICND2 3.0: SNMP Monitoring
ICND2 3.0: Spanning Tree Configuration and Verification
Spanning Tree Protocol (STP) identifies and terminates redundant links to provide a loop-free network. Examine STP configuration.
ICND2 3.0: Spanning Tree Overview
Spanning Tree Protocol (STP) identifies and terminates redundant links to provide a loop-free network. Explore STP operations.
ICND2 3.0: Troubleshooting Connectivity
ICND2 3.0: Troubleshooting Connectivity
- describe Echo-based IP SLAs and why they are used
- describe the simple configuration of local SPAN
- describe the basic tools used to troubleshoot end-to-end connectivity
As a network administrator, it's vital to be able to troubleshoot network connectivity issues. Learn how to troubleshoot with SPAN, IP SLA, and other tools.
ICND2 3.0: Trunking Overview
Trunk links provide VLAN identification for frames traveling between switches. Explore the concept of trunking.
ICND2 3.0: WAN Topologies and Connectivity
Today's networks span across the globe. To connect different geographical locations, you need to implement a wide area network. Build your foundational knowledge of WANs by learning about topologies, connectivity options, VPNs, and devices.
ICND2 3.0: Wide Area Networks Using GRE and eBGP
ICND2 3.0: Wide Area Networks Using GRE and eBGP
- configure the GRE tunnel and verify that it works
- describe the basics of IGP vs EGP for configuring single-homed eBGP
A WAN is a network that spans large geographical areas and interconnects smaller networks, such as LANs. Increase your knowledge of connecting global networks by learning about GRE tunnels, inter-domain routing, and eBGP.
ICND2 3.0: Wide Area Networks Using PPP
ICND2 3.0: Wide Area Networks Using PPP
- describe the use of PPP over serial links
- configure load balancing by using multilink PPP configuration
- describe the basic concept of using PPPoE and demonstrate both the server-side and client-side configurations
WANs connect global networks and choosing the correct type depends on your needs. Learn about PPP, MLP, and PPPoE so you have the knowledge you need to research, deploy, manage, and maintain WANs.
ICND2 3.0: Switch Aggregation and Threat Mitigation
Being able to meet your network's demands is essential in managing secure and highly available networks. Explore switch aggregation and threat mitigation.
Mentoring 200-125 Interconnecting Cisco Networking Devices (CCNA)
Mentoring 200-125 Interconnecting Cisco Networking Devices (CCNA)
- Network Fundamentals
- LAN Switching Technologies
- Routing Technologies
- WAN Technologies
- Infrastructure Services
- Infrastructure Security
- Infrastructure Management
Skillsoft Mentors are available to help students with their studies for exam 200-125 Interconnecting Cisco Networking Devices (CCNA). You can reach them by entering a Mentored Chat Room or by using the Email My Mentor service.
Individuals who are studying the associated Skillsoft content in preparation for, or to become familiar with, the skills and competencies being measured by the actual certification exam.
TestPrep 200-125 CCNA Routing and Switching
To test your knowledge on the skills and competencies being measured by the vendor certification exam. TestPrep can be taken in either Study or Certification mode. Study mode is designed to maximize learning by not only testing your knowledge of the material, but also by providing additional information on the topics presented. Certification mode is designed to test your knowledge of the material within a structured testing environment, providing valuable feedback at the end of the test.
Individuals seeking practice in a structured testing environment, covering the skills and competencies being measured by the vendor certification exam.
