Course Outline. Interconnecting Cisco Networking Devices Part 1 Lab.

Transcription

1 Course Outline Interconnecting Cisco Networking 22 Mar 2018

2 Contents 1. Course Objective 2. Expert Instructor-Led Training 3. ADA Compliant & JAWS Compatible Platform 4. State of the Art Educator Tools 5. Award Winning Learning Platform (LMS) 6. Performance Based Labs Lab Tasks Here's what you get 1. Course Objective Gain hands-on expertise in Interconnecting Cisco Networking Devices Part 1 (ICND1) exam (100105) with Interconnecting Cisco Networking Devices Part 1 performance-based labs. Performancebased labs are versatile - labs simulate real-world, hardware, software & command line interface environments and can be mapped to any text-book, course & training. Interconnecting Cisco Networking Devices Part 1 covers all the topics of the ICND1 exam which includes network fundamentals, LAN Switching fundamentals, routing fundamentals, infrastructure services, infrastructure maintenance. 2. Expert Instructor-Led Training ucertify uses the content from the finest publishers and only the IT industry s finest instructors. They have a minimum of 15 years real-world experience and are subject matter experts in their fields. Unlike a live class, you can study at your own pace. This creates a personal learning experience and gives you all the benefit of hands-on training with the flexibility of doing it around your schedule 24/7.

3 3. ADA Compliant & JAWS Compatible Platform ucertify course and labs are ADA (Americans with Disability Act) compliant. It is now more accessible to students with features such as: Change the font, size, and color of the content of the course Text-to-speech, reads the text into spoken words Interactive videos, how-tos videos come with transcripts and voice-over Interactive transcripts, each word is clickable. Students can clip a specific part of the video by clicking on a word or a portion of the text. JAWS (Job Access with Speech) is a computer screen reader program for Microsoft Windows that reads the screen either with a text-to-speech output or by a Refreshable Braille display. Student can easily navigate ucertify course using JAWS shortcut keys. 4. State of the Art Educator Tools ucertify knows the importance of instructors and provide tools to help them do their job effectively. Instructors are able to clone and customize course. Do ability grouping. Create sections. Design grade scale and grade formula. Create and schedule assignments. Educators can also move a student from self-paced to mentor-guided to instructor-led mode in three clicks. 5. Award Winning Learning Platform (LMS) ucertify has developed an award winning, highly interactive yet simple to use platform. The SIIA CODiE Awards is the only peer-reviewed program to showcase business and education technology s finest products and services. Since 1986, thousands of products, services and solutions have been recognized for achieving excellence. ucertify has won CODiE awards consecutively for last 4 years:

4 Best Postsecondary Learning Solution Best Education Solution 2. Best Virtual Learning Solution 3. Best Student Assessment Solution 4. Best Postsecondary Learning Solution 5. Best Career and Workforce Readiness Solution 6. Best Instructional Solution in Other Curriculum Areas 7. Best Corporate Learning/Workforce Development Solution Best Virtual Learning Solution 2. Best Education Cloud-based Solution 3. Best College and Career Readiness Solution 4. Best Corporate / Workforce Learning Solution 5. Best Postsecondary Learning Content Solution 6. Best Postsecondary LMS or Learning Platform 7. Best Learning Relationship Management Solution Best Overall Education Solution 2. Best Student Assessment Solution 3. Best Corporate/Workforce Learning Solution 4. Best Higher Education LMS or Learning Platform 6. Performance Based Labs ucertify s performance-based labs are simulators that provides virtual environment. Labs deliver

5 hands on experience with minimal risk and thus replace expensive physical labs. ucertify Labs are cloud-based, device-enabled and can be easily integrated with an LMS. Features of ucertify labs: Provide hands-on experience in a safe, online environment Labs simulate real world, hardware, software & CLI environment Flexible and inexpensive alternative to physical Labs Comes with well-organized component library for every task Highly interactive - learn by doing Explanations and remediation available Videos on how to perform Lab Tasks Moving between user exec mode and enable exec mode in a switch Configuring the switch name Checking and enabling an interface Disabling an interface Configuring description for an interface Configuring description and disabling an interface range Configuring the duplex setting Configuring port security Configuring port security with an incorrect MAC address and checking its effect Configuring port security with sticky learning Securing unused switch access ports Configuring and verifying Telnet Configuring default gateway Configuring PPP encapsulation Configuring telnet Configuring the enable secret password Pinging a device using hostname Setting a switch to negotiate speed and duplex

6 Troubleshooting an interface enabling issue Troubleshooting an interface speed issue Viewing switch's forwarding table Forwarding traffic between switch interfaces Configuring multiple MAC addresses on a PC's port Configuring desirable mode Configuring trunking I Configuring trunking II Observing details of a switch's interface Preventing the negotiation of trunking on an interface Removing a VLAN from the allowed list on the trunk Configuring VLAN and verifying connectivity between devices I Configuring VLAN and verifying connectivity between devices II Creating and naming a VLAN Migrating VLAN Assigning different VLANs to switch interfaces Assigning a new voice VLAN Migrating to a new IP address Enabling trunking dynamically Enabling trunking statically Determining the IP addresses and VLANs Analyzing broadcast frame from a PC Configuring broadcast address and viewing its affect I Configuring broadcast address and viewing its affect II Configuring broadcast address and viewing its affect III Configuring broadcast address and viewing its affect IV Configuring broadcast address and viewing its affect V Configuring broadcast address and viewing its affect VI Configuring broadcast address and viewing its affect VII Configuring broadcast address and viewing its affect VIII Configuring broadcast address and viewing its affect IX Configuring broadcast address and viewing its affect X Configuring broadcast address and viewing its affect XI Calculating subnet ID I

7 Calculating subnet ID II Calculating subnet ID III Calculating subnet ID IV Calculating subnet ID V Calculating subnet ID VI Moving between user exec mode and enable exec mode in a router Observing the router's details Configuring the router's name Configuring and verifying SSH Configuring console password Configuring enable and enable secret password Pinging the devices Rebooting the router Configuring the additional parameters to support Telnet Erasing a configuration Configuring a secondary IP address Configuring IP address and checking route Configuring IP address on a router's interface Configuring IP address on a switch's VLAN interface Configuring zero subnet Pinging all devices from PC Displaying the connected routes Configuring a static route I Configuring a static route II Configuring a static route III Configuring a static route for next hop Configuring static routes and checking reachability Configuring static routes and tracing route Configuring a default route I Configuring a default route II Configuring a default route and verifying route Disabling IP subnet zero Verifying router configuration I Verifying router configuration II

8 Configuring a Router on a Stick (ROAS) using only subinterfaces Configuring a Router on a Stick (ROAS) Finding out MAC address of devices Creating a loopback interface and advertising this route into OSPF Configuring OSPF into multiple areas Configuring OSPF and checking routes Configuring OSPF and checking advertising routes Controlling a OSPF router ID via a loopback interface Configuring hello-interval Configuring OSPF with a different router ID Configuring interface IP address in an OSPF network Configuring OSPF with correct area ID Configuring OSPF in a single area Configuring OSPF on a router Examining the MAC address for a PC Listing the current ARP entries Suspending and resuming a telnet connection Tracing the route I Tracing the route II Configuring a basic DHCP server pool Configuring a default router address Configuring a lease time for server Configuring a DNS server and domain name prefix Configuring UDP broadcast forwarding Changing the format of IP routing table Displaying routing table for a specific route I Displaying routing table for a specific route II Displaying routing table for a specific route III Displaying routing table for a specific route IV Tracing route for a specific destination I Tracing route for a specific destination II Tracing route for a specific destination III Tracing route for a specific destination IV Discovering router's outgoing interfaces for its routes I

9 Discovering router's outgoing interfaces for its routes II Discovering router's outgoing interfaces for its routes III Configuring IP address of a specific subnet I Configuring IP address of a specific subnet II Configuring IP address on a switch interface Configure a DHCP server Configure a secondary address range in DHCP pool Investigating and correcting the naming issue of a device Investigating and correcting the IP addressing issue Investigating the ping issue Investigating the path from a router to a network Finding out switched path from a switch to PC I Finding out switched path from a switch to PC II Configuring IP address of a specific subnet I Configuring IP address of a specific subnet II Configuring IP address of a specific subnet III Displaying route summary I Displaying route summary II Displaying route summary III Displaying the EIGRP summary route I Displaying the EIGRP summary route II Displaying the EIGRP summary route III Displaying the EIGRP summary route IV Displaying the EIGRP summary route V Displaying the EIGRP summary route VI Checking VLSM overlapping I Checking VLSM overlapping II Checking VLSM overlapping III Checking VLSM overlapping IV Checking VLSM overlapping V Checking VLSM overlapping VI Checking VLSM overlapping VII Checking VLSM overlapping VIII Checking VLSM overlapping IX

10 Checking VLSM overlapping X Checking VLSM overlapping XI Configuring a standard ACL Configuring a named ACL to block telnet Configuring a named ACL to deny UDP packets Configuring a named ACL to deny Web traffic Configuring an inbound ACL to block telnet Configuring an inbound ACL to deny UDP packets Configuring an inbound ACL to deny Web traffic Configuring an outbound ACL to block SMTP Configuring an outbound ACL to block Web traffic Configuring an outbound ACL to permit FTP Configuring an outbound named ACL to block SMTP Configuring an outbound named ACL to permit FTP Removing an ACL I Removing an ACL II Configuring a router to act as an NTP master time server Configuring an NTP peer Configuring the time zone Configuring the use of an NTP server Setting the time and date Analyzing configured ACLs Configuring an extended ACL I Configuring an extended ACL II Configuring dynamic NAT I Configuring dynamic NAT II Configuring Dynamic NAT III Configuring NAT overloading I Configuring NAT overloading II Configuring NAT overloading III Configuring static NAT I Configuring static NAT II Configuring PAT I Configuring PAT II

11 Investigating NAT translation Calculating IPv6 subnet ID I Calculating IPv6 subnet ID II Calculating IPv6 subnet ID III Calculating IPv6 subnet ID IV Calculating IPv6 subnet ID V Calculating IPv6 subnet ID VI Configuring IPv6 addresses on interfaces I Configuring IPv6 addresses on interfaces II Configuring IPv6 addresses on routers' Fa0/0 interface and verifying connectivity I Configuring IPv6 addresses on routers' Fa0/0 interface and verifying connectivity II Configuring IPv6 addresses on routers' serial interfaces and verifying connectivity Configuring the EUI-64-style IPv6 address I Configuring the EUI-64-style IPv6 address II Enabling OSPFv3 globally Enabling OSPFv3 on interfaces and testing connectivity Enabling OSPFv3 on interfaces and verifying routes Pinging the devices to check the connectivity Configuring IPv6 addresses I Configuring IPv6 addresses II Configuring a router with IPv6 address I Configuring a router with IPv6 address II Discovering router's outgoing interfaces for its IPv6 routes I Discovering router's outgoing interfaces for its IPv6 routes II Discovering router's outgoing interfaces for its IPv6 routes III Displaying IPv6 routing table for a specific route I Displaying IPv6 routing table for a specific route II Displaying IPv6 routing table for a specific route III Tracing IPv6 route for a specific destination I Tracing IPv6 route for a specific destination II Tracing IPv6 route for a specific destination III Tracing IPv6 route for a specific destination IV Checking the IPv6 address used by the PC I Checking the IPv6 address used by the PC II

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17 Checking the IPv6 address used by the PC III Checking the IPv6 address assigned to router interfaces I Checking the IPv6 address assigned to router interfaces II Checking the configured IPv6 address on the client supporting SLAAC I Checking the configured IPv6 address on the client supporting SLAAC II Checking the configured IPv6 address on the client supporting SLAAC III Checking the configured IPv6 address on the client supporting SLAAC IV Checking the configured IPv6 address on the client supporting SLAAC V Configuring OSPFv6 I Configuring OSPFv6 II Configuring OSPFv6 III Configuring hello-interval in IPv6 OSPF network Configuring OSPFv6 with a different process ID Configuring IP address in a OSPFv6 network Displaying interface IDs Displaying the contents of the OSPFv3 database tables Displaying Intra Area Prefix Link States entries Controlling a OSPFv3 router ID via a loopback interface Configuring the OSPFv3 interface cost Investigate the path of a IPv6 OSPF network Here's what you get 242 PERFORMANCE BASED LAB

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