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CCNA Boot Camp Training:

CCNA Boot Camp Benefits : CCNA Boot camp Curriculum : CCNA Boot camp Exam Details : CCNA Boot camp Details

Curriculum for CCNA Boot camp Course :

Courseware

The classroom activities you will be involved in go far beyond the books that are provided. We select materials that will also be useful reference material after the event. Each Participant will receive Microsoft Official Curriculum Book set for Each Course.

Our goal is to create a Industry Like environment and not simply a class. You will be absorbed in lectures, demonstrations, discussions, group labs and reviews.

Here is a list of the materials provided in our CCNA Boot Camp:

Introduction to Cisco® Router Configuration (Cisco Press)

The Internetworking Model; Applications and Upper Layers; Physical and Data Link Layers; Network Layer and Path Determination; Basic Router Operations; Configuring a Router; Discovering and Accessing Other Cisco Routers; TCP/IP Overview; IP Addressing; IP Routing Configuration; Configuring Novell IPX; Configuring AppleTalk; Basic Traffic Management with Access Lists; Introduction to WAN Connections; Configuring X.25; Configuring Frame Relay.

CCNA Exam Preparation Guide (Vibrant)

The "Vibrant Important Notes" are custom made for each attendee, with valuable information about Each topic is created and distributed. We include tabbed sections for each course/test you are in engaged with, and lots of blank paper for taking and organizing your notes.

This study guide and/or material is not sponsored by endorsed by or affiliated with Cisco Systems, Inc. Cisco®, Cisco Systems®, CCDA™, CCNA™, CCDP™, CCNP™, CCIE™, CCSI™, the Cisco Systems logo and the CCIE logo are trademarks or registered trademarks of Cisco Systems, Inc. in the United States and certain other countries. All other trademarks are trademarks of their respective owners.

* Vibrant reserves the right to change course in Camp as suitable.

Ethernet employs CSMA/CD (Carrier Sense Multiple Access w/ Collision Detection); nodes can access the network any time they have data to send. Before a node transmits data, it “listens” to the wire to see if the network is busy. If not, it transmits. Collisions occur if two nodes listen, hear nothing, and transmit simultaneously. This ruins both transmissions. There is a back-off algorithm that creates a random wait time for retransmission so that a second collision does not occur.

MAC addresses consist of a 48-bit address expressed as 12 hexadecimal digits.

The first 6 digits, the OUI (Organizationally Unique Identifier), are the unique numbers assigned to the vendor by the IEEE (called the burned-in address), and the remaining 6 digits are the serial number or series. As a result, each NIC has a different MAC address on any given LAN or WAN.

Ethernet commonly uses RJ-45 (registered jack/wiring sequence #45) connectors at the hardware layer.

Fast Ethernet employs auto-negotiation, which allows an Ethernet device to determine the speed of the link and the duplex (half or full) setting. Auto-negotiation has been known to fail. Cisco recommends using static settings for important devices.

UTP (Unshielded Twisted Pair); these wires are unshielded because UTP derives all of its EMI protection from the cancellation effect of twisted pairs. This technique minimizes the absorption of EMI from the surrounding environment. This helps reduce cross talk and nearby electrical noise.

STP (Shielded Twisted Pair); Similar to UTP, but has a foil shield covering the wires to reduce EMI.