NT2640 Final Review 1. Cut-through frame processing by a switch allows the switch to discard frames that fail the FCS check. FALSE 2. When a switch receives an Ethernet frame to a destination MAC address which is not in the devices MAC address table the switch applies the following logic: ____________________. Floods the Ethernet frame out all interfaces except the received interface 3. Describe collision domain design trade-offs. Single Collision domain requires all devices on a segment to share
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Graded Assignments The following sections contain student copies of the assignments. These must be distributed to students prior to the due dates for the assignments. Online students will have access to these documents in PDF format‚ which will be available for downloading at any time during the course. Course Revision Table Change Date Updated Section Change Description Change Rationale Implementation Quarter 11/04/2011 All New Curriculum December 2011
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CCNA4 Exploration: Accessing the WAN Guided Case Study Student: Date: Marks: Overview and Objectives This final case study allows students to build and configure a complex network using skills gained throughout the course. This case study is not a trivial task. To complete it as outlined with all required documentation will be a significant accomplishment. The case study scenario describes
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Final Review NT2640 1. Cut-through frame processing by a switch allows the switch to discard frames that fail the FCS check? 2. When a switch receives an Ethernet frame to a destination MAC address which is not in the devices MAC address table the switch applies the following logic: ____________________? 3. Which of the following correctly describes the collision domain design trade-offs? 4. When setting a local Cisco switchport to initiate the negotiation of a trunk link with the remote switch
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/ memory and cheaper to run / maintain. Unequal cost load-balancing EIGRP allows unequal cost load balancing‚ which means you can use 2 different cost links to load balance traffic‚ no other protocol can do this. VLSM friendly unlike other distance vector protocols‚ EIGRP supports VLSM and discontinuous networks; it supports class less routing and its 100 % loop free protocol. (CISCO‚ 2005) One of the most
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operation and necessity of using private and public IP addresses for IPv4 addressing • Identify the appropriate IPv6 addressing scheme to satisfy addressing requirements in a LAN/WAN environment. • Identify the appropriate IPv4 addressing scheme using VLSM and summarization to satisfy addressing requirements in a LAN/WAN environment. • Describe the technological requirements for running IPv6 in conjunction with IPv4 such as dual stack • Describe IPv6 addresses o Global unicast o Multicast o Link local
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CHAPTER ONE 1.0 INTRODUCTION 1.1 Student industrial working experience scheme (SIWES) Students Industrial Work Experience Scheme (SIWES) is one of the industrial training fund(ITF) programmes. It was designed to give Nigerian students studying occupationally-related courses in higher institutions the experience that would supplement their theoretical learning. This paper attempts to examine the role of the university in the implementation of SIWES programme in Nigerian Universities. The
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default route that summarises all routes outside an area of AS. As a result‚ OSPF is much scalable to very large internetworks. RIP cannot handle Variable Length Subnet Masks (VLSM) and CIDR compared to OSPF. This is considered one of the major flaws in implementing RIP given the shortage of IP addresses and the flexibility VLSM gives in the efficient assignment of IP addresses. In contrast to OSPF‚ RIP is less secure and it has poor robustness as RIP only stores one path to a destination. Furthermore
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created after all tasks have been completed. This case study requires that you accomplish the following: 1. • Use the resources provided‚ diagram and narrative‚ to set up the physical network 2. • Set up an IP subnetting scheme using VLSM 3. • Configure the routers as required 4. • Set up and configure the switches and VLANs as required 5. • Verify and troubleshoot all connections 6. • Provide detailed documentation in the appropriate format 7. • Provide
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Answers and Explanations Data related Questions. 1. Sub netting / VLSM Subnetting allows you to create multiple logical networks that exist within a single Class A‚ B‚ or C network. If you do not subnet‚ you are only able to use one network from your Class A‚ B‚ or C network‚ which is unrealistic. VLSM (Variable Length Subnet Mask) When we perform Subnetting most of the time each subnet has the same number of available host addresses. You can need this in some cases‚ but‚ in most cases
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