Master Subnetting – Section 1

Slides:

Advertisements

Similar presentations

© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 Addressing the Network – IPv4 Network Fundamentals – Chapter 6.

Advertisements

Chapter 9a Intro to Routing & Switching.  Upon completion of this chapter, you should be able to:  Explain why routing is necessary for hosts on different.

Institute of Technology Sligo - Dept of Computing Chapter 10 IP Addressing and Subnetting Paul Flynn.

Networking Essentials Chapter 7 Fall,  Like a telephone number ◦ (708) ◦

IP Addressing and Subnetting

Subnetting Warren Toomey GCIT. Introduction Each device on the Internet needs an IP address to identify its connection to the Internet –PCs have one connection,

Fundamentals of Networking Discovery 1, Chapter 5 Network Addressing.

1 © 2003, Cisco Systems, Inc. All rights reserved. IP Basics 1.1 st Octet Values for Class A, B, C, D, & E 2.HOB (High Order Bits) in the 1 st Octet 3.Format.

© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 Network Addressing Networking for Home and Small Businesses – Chapter 5.

By Junaid Shaikh SE Computer

Network Addressing Networking for Home & Small Business.

IP Addressing and Subnetting Tony Madden John Paul McCann NEI.

IPv4 Addresssing An IP address is four bytes (octets). Each contains eight bits (total of 32 bits in length). IP addresses are given as dotted decimal.

© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public ITE PC v4.0 Chapter 1 1 Network Addressing Networking for Home and Small Businesses – Chapter.

Classes of IP. host must have an IP address that identifies not only the host address (like a house number) but also identifies the network address (like.

Chapter 8 Intro to Routing & Switching.  Upon completion of this chapter, you should be able to:  Describe the structure of an IPv4 address.  Describe.

1  You are given an IP address for a host /20  What is/are the  Subnet address?  Broadcast address?  The number of useable hosts available.

Binary Lesson 5 Usable Addresses Class A, B, and C.

CSIS  We need to create some logic to the environment  We want to keep like devices together  We want to make money leasing the use of the space.

1 Exercise: IPv4 subnetting. 2 Task 1 Given is an IP network with address : Divide this network into 8 subnets.

Network Addressing Networking for Home & Small Business.

1 13-Oct-15 S Ward Abingdon and Witney College CCNA Exploration Semester 1 Subnetting - visual CCNA Exploration Semester 1 Chapter 6.

Module 10 - Subnetting For Fun and Profit

Addressing IP v4 W.Lilakiatsakun.

CCNP Network Route IPV-6 Part-I IPV6 Addressing: IPV-4 is 32-BIT, IPV-6 is 128-BIT IPV-6 are divided into 8 groups. Each is 4 Hex characters. Each group.

Internet Protocol CLASS E

Binary Lesson 6.1 Classful Subnetting 2

© Cengage Learning 2014 How IP Addresses Get Assigned A MAC address is embedded on a network adapter at a factory IP addresses are assigned manually or.

CS 350 Chapter-7. IP Terminology Bit, Byte, Octet Network address Broadcast address Broadcast, multicast,

Chapter 5.  Upon completion of this chapter, you should be able to:  Configure IP addresses  Identify & select valid IP addresses for networks  Configure.

Subnetting. Class A Address O is the subnet Identifier is the loop back address. 4 Each class A address supports 16,387,064 hosts. 4 Assigned.

21B – IP version 6 Dr. John P. Abraham Professor UTRGV.

IP Addressing is Logical Addressing It works on Network Layer (Layer 3) Two Version of Addressing Scheme IP version 4 – 32 bit addressing IP version 6.

Objective 1.Understand Network 2.Understand IP Addressing (IPv4 and IPv6) 3.Understand Subnetting 4.Examples 5.IP addressing and Vlan’s in TIFR 6.TIFR.

Subnetting, The Struggle for Understanding John Skyers HBC Regional Academy London SE17 1JE United Kingdom.

IP Addresses & IP Subnetting

If we don’t subnet and use as our subnet mask then we use all of our IP addresses on one network. This is not an efficient use of our Class.

Planning the Addressing Structure

Internet Architecture

Binary Concepts By: Nathan Miller.

Master Subnetting – Section 3

Networking for Home and Small Businesses – Chapter 5

Networking for Home and Small Businesses – Chapter 5

Networking for Home and Small Businesses – Chapter 5

Instructor Materials Chapter 8: Subnetting IP Networks

Chapter 6 Exploring IPv6.

Chapter 8: Subnetting IP Networks

Ip addressing Chapter 5a 6-7 days including test.

Ct1304 Lecture#4 IPV4 Addressing Asma AlOsaimi.

NET302 Lecture#3 IPV4 Addressing Asma AlOsaimi.

Binary Lesson 5.5 Usable Addresses Class A, B, and C

Networking for Home and Small Businesses – Chapter 5

LAN Chapter 5 Protocols.

בדיקת התקשרות עם מחשב ברשת

Lecture#3 IPV4 Addressing Net 302- Asma AlOsaimi.

INTERNET PROTOCOL Presented by: Md:Faruque-A-Azam ID:1642CSE00570 Batch:42 CSE,MIU.

Ct1304 Lecture#4 IPV4 Addressing Asma AlOsaimi.

Planning the Addressing Structure

Planning the Addressing Structure

Networking for Home and Small Businesses – Chapter 5

OSI Network Layer Presented By Dr. Waleed Alseat Mutah University.

IPv6 Addresses Hwajung Lee Key Reference:

Lecture#3-IPV4 Addressing

Presentation transcript:

Master Subnetting – Section 1 www.learntechtraining.com

IPv4 Addressing Types We use 3 different type of addresses to communicate in an IPv4 network: Unicast: Broadcast: Multicast: Communication to a single device Communication to ALL devices Communication to multiple device, but not all devices.

IPv4 Addressing Types We use 3 different type of addresses to communicate in an IPv4 network: Unicast: Broadcast: Multicast: Communication to a single device Communication to ALL devices Communication to multiple device, but not all devices.

IPv4 Classes

IPv4 Classes Class A: 2^24 = 16,777,214 Class B: 2^16 = 65,536 Class C: 2^16 = 254

IPv4 Classes Class A N.H.H.H Class B N.N.H.H Class C N.N.N.H A – 1-126 N.H.H.H 255.0.0.0 B – 128-191 N.N.H.H 255.255.0.0 C- 192-223 N.N.N.H 255.255.255.0 Class C N.N.N.H

IPv4 Usable Addresses

IPv4 Usable Addresses

IPv4 Usable Addresses

IPv4 Usable Addresses 32bits | 4octets | 8 bits each Network Value defines the neighborhood you live in. Can not change. Host Value defines your specific location in the neighbor. This value can change. N . H . H . H Default Prefix = /8 Example: 10.10.10.10/8 N . N . H . H Default Prefix = /16 Example: 172.16.4.10/16 N . N . N . H Default Prefix = /24 Example: 192.168.1.10/24 128 | 64 | 32 | 16 | 8 | 4 | 2 | 1