Presentation is loading. Please wait.

Presentation is loading. Please wait.

Interconnecting Networks with TCP/IP

Published byPreston Carr Modified over 6 years ago

Similar presentations

Presentation on theme: "Interconnecting Networks with TCP/IP"— Presentation transcript:

1 Interconnecting Networks with TCP/IP
1. TCP/IP Layer Overview 2. TCP/IP Address Overview. 3. Classless Inter-Domain Routing. 4. Variable Length Subnet Mask.

2 1. TCP/IP Layer Overview

3 1. TCP/IP Layer Overview

4 1. TCP/IP Layer Overview

5 1. TCP/IP Layer Overview

6 1. TCP/IP Layer Overview

7 1. TCP/IP Layer Overview

8 1. TCP/IP Layer Overview

9 1. TCP/IP Layer Overview

10 1. TCP/IP Layer Overview

11 1. TCP/IP Layer Overview

12 1. TCP/IP Layer Overview

13 1. TCP/IP Layer Overview

14 1. TCP/IP Layer Overview

15 2. TCP/IP Address Overview
IPv4 Address

16 2. TCP/IP Address Overview
IPv6 Address

17 2. TCP/IP Address Overview

18 2. TCP/IP Address Overview

19 3. Classless Inter-Domain Routing

20 3. Classless Inter-Domain Routing

21 3. Classless Inter-Domain Routing

22 3. Classless Inter-Domain Routing

23 3. Classless Inter-Domain Routing
Example

24 3. Classless Inter-Domain Routing
Example

25 3. Classless Inter-Domain Routing

26 4. Variable Length Subnet Mask

27 4. Variable Length Subnet Mask

28 4. Variable Length Subnet Mask

29 4. Variable Length Subnet Mask

30 4. Variable Length Subnet Mask

31 4. Variable Length Subnet Mask

Download ppt "Interconnecting Networks with TCP/IP"

Similar presentations

Discussion Monday (11-3-2014). ver length 32 bits data (variable length, typically a TCP or UDP segment) 16-bit identifier header checksum time to live.

Discussion Monday ( ). ver length 32 bits data (variable length, typically a TCP or UDP segment) 16-bit identifier header checksum time to live.
TCOM 509 – Internet Protocols (TCP/IP) Lecture 06_b Subnetting,Supernetting, CIDR IPv6 Instructor: Dr. Li-Chuan Chen Date: 10/06/2003 Based in part upon.

TCOM 509 – Internet Protocols (TCP/IP) Lecture 06_b Subnetting,Supernetting, CIDR IPv6 Instructor: Dr. Li-Chuan Chen Date: 10/06/2003 Based in part upon.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 VLSM and CIDR Routing Protocols and Concepts – Chapter 6.

© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 VLSM and CIDR Routing Protocols and Concepts – Chapter 6.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 VLSM and CIDR Routing Protocols and Concepts – Chapter 6.

© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 VLSM and CIDR Routing Protocols and Concepts – Chapter 6.
Andrew Smith 1 VLSM and CIDR Variable Length Subnet Masking and Classless inter-domain routing.

Andrew Smith 1 VLSM and CIDR Variable Length Subnet Masking and Classless inter-domain routing.
IP Addresses: Classful Addressing IP Addresses. CONTENTS INTRODUCTION CLASSFUL ADDRESSING Different Network Classes Subnetting Classless Addressing Supernetting.

IP Addresses: Classful Addressing IP Addresses. CONTENTS INTRODUCTION CLASSFUL ADDRESSING Different Network Classes Subnetting Classless Addressing Supernetting.
Lecture 5: TCP/IP OSI layers 3 (IP) and 4 (TCP/UDP) IPv4 – addresses and routing, “best-effort” service Ethernet, Appletalk, etc wrap IP packets with their.

Lecture 5: TCP/IP OSI layers 3 (IP) and 4 (TCP/UDP) IPv4 – addresses and routing, “best-effort” service Ethernet, Appletalk, etc wrap IP packets with their.
IPv4 to IPv6 network migration by Rodney Smith For CS158 4-11-2005.

IPv4 to IPv6 network migration by Rodney Smith For CS
VLSM and CIDR CSE 421 CCNA Exploration 2 Chapter 6

VLSM and CIDR CSE 421 CCNA Exploration 2 Chapter 6
Subnetting the subnet RD-CSY3021-2008/09.  Company with 200 hosts  Assigned class C network 195.10.1.0/24  Want 6 different LANs  Subnet class C network.

Subnetting the subnet RD-CSY /09.  Company with 200 hosts  Assigned class C network /24  Want 6 different LANs  Subnet class C network.
Subnetting the subnet RD-CSY2001-2008/09.  Company with 200 hosts  Assigned class C network 195.10.1.0/24  Want 6 different LANs  Subnet class C network.

Subnetting the subnet RD-CSY /09.  Company with 200 hosts  Assigned class C network /24  Want 6 different LANs  Subnet class C network.
Chapter Subnets in TCP/IP Networks © N. Ganesan, Ph.D.

Chapter Subnets in TCP/IP Networks © N. Ganesan, Ph.D.
1 Chapter Overview Subnet. What is a subnet When you break a network into a few smaller networks, you have created several subnets Like IP address where.

1 Chapter Overview Subnet. What is a subnet When you break a network into a few smaller networks, you have created several subnets Like IP address where.
IP Addressing. Each TCP/IP host is identified by a logical IP address. –The IP address is a network layer address –No dependence on the Data-Link layer.

IP Addressing. Each TCP/IP host is identified by a logical IP address. –The IP address is a network layer address –No dependence on the Data-Link layer.
By Junaid Shaikh SE Computer

By Junaid Shaikh SE Computer
CN2668 Routers and Switches Kemtis Kunanuraksapong MSIS with Distinction MCTS, MCDST, MCP, A+

CN2668 Routers and Switches Kemtis Kunanuraksapong MSIS with Distinction MCTS, MCDST, MCP, A+
Sybex CCNA 640-802 VLSMs, Summarization, and Troubleshooting TCP/IP Instructor & Todd Lammle.

Sybex CCNA VLSMs, Summarization, and Troubleshooting TCP/IP Instructor & Todd Lammle.
Unit 24 Network Design IP Addressing (Part 3). Objectives to date… Classes of IP addresses (A, B and C) Using Subnetting and Subnet Masks The Limitations.

Unit 24 Network Design IP Addressing (Part 3). Objectives to date… Classes of IP addresses (A, B and C) Using Subnetting and Subnet Masks The Limitations.
TCP/IP Protocol Suite 1 Change the following IP addresses from binary notation to dotted-decimal notation. a. 10000001 00001011 00001011 11101111 b. 11000001.

TCP/IP Protocol Suite 1 Change the following IP addresses from binary notation to dotted-decimal notation. a b
1 Internet Protocol. 2 Connectionless Network Layers Destination, source, hop count Maybe other stuff –fragmentation –options (e.g., source routing) –error.

1 Internet Protocol. 2 Connectionless Network Layers Destination, source, hop count Maybe other stuff –fragmentation –options (e.g., source routing) –error.

Similar presentations

Ads by Google