CCNA 3, Switching Basics and Intermediate Routing is the 3rd of 4 courses leading to a Certified Cisco Network Associate (CCNA). It deals with advanced IP addressing techniques and intermediate routing protocols.
At the foundrynet website there is detailed information on default static routes and instructions on how to activate RIP V1 defaults.Also, information on switching and routing.
1. circuit switching 2. packet switching
it is known as bee routing
Routing is the process that direct a packet to choose an optimal path from source to destination. Routing is of two types static routing and dynamic routing . Dynamic routing is not done manually and uses a number of protocols , it is automatic.
It combines switching and routing
Static routing is fixed, alternative routing is dynamic and therefore adaptive. If a primary route is fails, static routing will not adapt and routing is lost. However, alternative routing will dynamically change in order to maintain routing.
Stephen A. Thomas has written: 'IP Switching and Routing Essentials'
Router-on-a-stickRouter-on-a-stick using trunksLayer 3 switching
What is the function of VTP in a LAN switching environment? controls broadcastsstandardizes VLAN tagssimplifies VLAN managementcreates subinterfaces for inter-VLAN routing
Application specific integrated circuitMPLS
input port, output port, routing processor, switching fabric
CCNA 3, Switching Basics and Intermediate Routing is the 3rd of 4 courses leading to a Certified Cisco Network Associate (CCNA). It deals with advanced IP addressing techniques and intermediate routing protocols.
cisco networking, routing and switching telecom engineer network engineer network configuration
Switching involves moving packets between devices on the same network. *Conversely, routing involves moving packets between different networks.Switching is able to determine where a packet should be sent by examining the MAC address within the data link header of the packet (the MAC address is the hardware address of a network adapter).A switch maintains a database of MAC addresses and what port they are connected to.(operate at layer 2 of the OSI model).Routers, on the other hand, operate at layer 3 of the OSI Model.A router is able to determine where to send a packet using the Network ID within the Network layer header. It then uses the routing table to determine the route to the destination host.
Loaded question. This depends on the Cisco switch and it's a very technically detailed answer - unique to every switch model. The short answer is that switches that are "modular" allow you to have routing functionality inside one or more "modules" or "cards" of the switch. Some switches allow routing to occur on each "line card", other solution allow a switch to share a single "card" to do all the routing for the entire switch. Routing and switching can be configured via a single terminal interface session - known as "native", whereas some switches separate the routing terminal and switching terminal - known as "hybrid". If that isn't enough info, go to cisco.com and use their search engine to find the "installation guides" of your model.
CCIE Routing & Switching Mock lab- 2 Days sessionInstructor: Quadrupel CCIE Instructor Harith Duration: 2 Days http://www.winnetsystems.co.uk/ccie_mock_labs.html * Same as a real time CCIE exam * Updated to match the latest trends and changes * Quadruple CCIE Instructor: Harith * Latest Cisco equipments including 6500 Catalyst Switches * Modern presentation facilities * exam preparation Tips * Assessment