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CCNA 1 Module1
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CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Dec 23, 2015

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Page 1: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

CCNA 1 Module1

Page 2: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Objectives

Page 3: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Internet Connections

Physical – NIC card to connect to local net

Logical – Use a standard set of protocols (TCP/IP)

Applications – Web browsers, Html, FTP

Page 4: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

PC Basics

Page 5: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 6: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 7: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 8: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 9: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 10: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Network Interface Card

Page 11: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

NIC Card Resources

• Serial Connection to the network (not a serial port)

• IRQ (interrupt request)

• I/O address (Port addresses)

• Upper memory address range (640k-1M)

Page 12: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

NIC – Modem InstallationModem – modulator / demodulator

• Used to provide connectivity to analog telephone lines

• Low speed interface using serial or USB ports

NIC – Network Interface Card

• Interface for a host to the network

• Available in different types depending on computer system and network

•PCMCIA (PC Card), ISA, PCI

•Desktop, notebook, server

•Ethernet, token ring, FDDI

Page 13: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Combination 56K Modem and 10/100Mbps NIC PC Card

Page 14: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

56K External Modem – Front Panel Status Leds

Page 15: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

PCMCIA 10/100 NIC Cards – Land based and Wireless

Page 16: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

NIC Card designed for use in desktop system using PCI and connection to Ethernet 10/100 network

Page 17: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

External NIC Card using USB type interface

Page 18: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 19: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

High Speed and Dial-up Connectivity

•DSL (Digital Subscriber Line) and Cable modems provide the most common forms of high speed access

•Provide low cost connectivity without affecting regular phone or cable service.

Page 20: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

TCP

Page 21: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Testing Connectivity

Page 22: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

The Ping utility works by sending multiple IP packets to a specified destination, each packet containing a request for a response. Below are examples of ping commands that are commonly used for testing network connectivity.

Page 23: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Web Browsers

Page 24: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Plug-ins

Page 25: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

PC/Network Troubleshooting

Problems can exist in hardware, software or network configuration as well as network cables and devices.

Page 26: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Binary Representation of DataASCII

6566676869707172

The binary codes shown above use a weighted system where each digit has a different positional weight (128,64,32,16,8,4,2,1).

A binary 0 might also mean off, low, disabled, 0V

A binary 1 might also mean on, high, enabled, +5V

Page 27: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Network Math

Page 28: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Base 10 Numbering System

Page 29: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Base 2 Numbering System

Page 30: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Converting Decimal to Binary

Page 31: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Converting Binary to Decimal

Page 32: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

4-octet Dotted Decimal Notation

Page 33: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Hexadecimal

Page 34: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 35: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 36: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 37: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

Boolean or Binary Logic

Page 38: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 39: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 40: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 41: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.

IP Addresses and Network Masks

Page 42: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 43: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 44: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
Page 45: CCNA 1 Module1. Objectives Internet Connections Physical – NIC card to connect to local net Logical – Use a standard set of protocols (TCP/IP) Applications.
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