OSI Network Layers

Training Provided by Teach Me IT The OSI Network Layers WBT is the second course of the Network+ curriculum, which prepares students for the Comptia's Network+ Certification exam. This course is meant for system administrators and network professionals who want to understand the OSI layers, such as the physical, data link, network, and transport layers in detail. The course describes the problems that can occur in the physical and data link layers, and the basic troubleshooting and diagnosing in these layers. This course also describes the features of different types of networks, and provides an overview of various routing and packet switched mechanisms. After completing this course, the student will be able to: Describe the types of resource conflicts Diagnose malfunctioning network interface cards Troubleshoot Ethernet hub-to-NIC problems Describe the network attachment devices for token-ring networks Describe the network attachment devices for FDDI, ATM, serial link, ISDN, and wireless networks Describe the MAC sublayer Describe the Link Layer Control Describe a wide area data link layer Describe bridging Describe the packet-switched data transport mechanism Describe the different routing concepts Describe the two ways of building router tables with routing protocols Describe the two types of routing protocols Describe the types of data transport concepts Describe name resolution

OSI Network Layers

Other Courses in the Curriculum  Fundamentals of Networking  TCP/IP Protocol  Accessing Remote Networks  Implementing Networks Course Name OSI Network Layers Audience System administrators and network professionals who want to understand the details of network architecture to aid them in troubleshooting.  Course Requirements You need Microsoft Internet Explorer 5.0 or above OR Netscape Navigator/Communicator 4.78 or above. Plug-in Requirements  ØMacromedia Shockwave plug-in for Windows for IE/NN  ØMacromedia Flash plug-in for Windows for IE/NN Note: Macromedia Flash plug-in comes built in with IE 5.5 and above and NN 6.x. To download the plug-ins, click on the relevant icon below.   Pre-requisites Reasonable technical knowledge about computer architecture, fiber, and copper connectors.  Course Duration 3  hours Course Objectives The OSI Network Layers WBT is the second course of the Network+ curriculum, which prepares students for the Comptia's Network+ Certification exam. This course is meant for system administrators and network professionals who want to understand the OSI layers, such as the physical, data link, network, and transport layers in detail. The course describes the problems that can occur in the physical and data link layers, and the basic troubleshooting and diagnosing in these layers. This course also describes the features of different types of networks, and provides an overview of various routing and packet switched mechanisms. After completing this course, the student will be able to: Describe the types of resource conflicts Diagnose malfunctioning network interface cards Troubleshoot Ethernet hub-to-NIC problems Describe the network attachment devices for token-ring networks Describe the network attachment devices for FDDI, ATM, serial link, ISDN, and wireless networks Describe the MAC sublayer Describe the Link Layer Control Describe a wide area data link layer Describe bridging Describe the packet-switched data transport mechanism Describe the different routing concepts Describe the two ways of building router tables with routing protocols Describe the two types of routing protocols Describe the types of data transport concepts Describe name resolution   Course Outline The Physical Layer Resolving Resource Conflicts Network Attachment Devices Quiz The Data Link Layer LAN Data Link Sublayers Wide Area Data Link and Bridging Quiz The Network and Transport Layers Packet Switching Building Router Tables The Transport Layer Quiz

About The Training Provider: Teach Me IT

More Network+ Certification Training from Teach Me IT

• Accessing Remote Networks
• Fundamentals of Networking
• Implementing Networks
• TCP/IP Protocol