Creating Subnets – Network Requirements

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

IP Subnetting.
1 IP Subnetting (Modified version of slides from Rick Graziani) Karim El Defrawy Donald Bren School of Information and Computer Science University of California.
OUR SUBNET PLANNING MISSION: We have been assigned an address of Assume 20 subnets are needed, with 5 hosts per subnet. Our mission is to.
Module 10: Routing Fundamentals and Subnets Small Router Purchase Subnetting Example a Basic Subnetting b Subnetting a Class A Network.
Semester 1, Chapter 10 (Supplement) Creating Subnets or How to Have Fun Without Knowing It!
IP Addressing – Dotted-Decimal Notation –An IP address is 32 bits in size –Every IP address is grouped into four 8-bit octets –Octets are separated by.
Introduction to Networking (Yarnfield) Classful subnetting.
IP Addressing and Subnetting
Subnetting Rick Graziani Cabrillo College
IP Addresses: Classful Addressing An IP address is a 32-bit address.
Ch.9 – IP Addressing Part 1 CCNA 1 version 3.1.
Information & Communication Technology
How to ? Subnetting. Scenario How Many Networks? 2 How Many Network addresses are required? 2 Addresses Used: subnet mask
DCN286 INTRODUCTION TO DATA COMMUNICATION TECHNOLOGY Network Basics Introduction Instructor: Ataur Rahman
Subnetting Made Simple By Keith W. Noe – CCNA, CCAI Ivy Tech Community College Sellersburg, Indiana.
1 Real Networkers don’t use Decimal! Part 1. Binary & Interpreting IP Addresses October 19, 2004.
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.
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.
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 b
CISCO NETWORKING ACADEMY Chabot College ELEC Subnet Review.
Binary Lesson 5 Usable Addresses Class A, B, and C.
Binary Lesson 5.5 Usable Addresses Class A, B, and C.
Subnetting. Binary to Decimal Conversion Decimal to Binary Conversion Classes of IP Addresses Subnet Masks 7 step method to practical subnetting – Class.
Network Addressing. Internet Protocol Address An IP (Internet Protocol) address is a unique identifier for a node or host connection on an IP network.
1 Exercise: IPv4 subnetting. 2 Task 1 Given is an IP network with address : Divide this network into 8 subnets.
Module 10 - Subnetting For Fun and Profit
1 Type I: Subnets and hosts/subnet. How many subnets are supported? How many hosts are provided per subnet? Type II: All other problems. In which subnet.
CS 447 Networks and Data Communication IP Subnet Mask: Purpose: To indicate which portion of an IP address indicates host address Example SIUE IP Network.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Addressing the Network – IPv4 Network Fundamentals – Chapter 6.
Cisco Discovery Semester 1 Chapter 5 JEOPADY Q&A by R. Prensky, Template by K. Martin.
Saeed Darvish Pazoki – MCSE, CCNA IP Subnetting 1.
Binary Lesson 6.1 Classful Subnetting 2
Lesson 2 – IP Addressing IP Address (IPv4 – Version 4) Private and Public Address Brief Introduction to IPv6 – Version 6.
CTI Technician Training Internet Protocol Part 2.
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.
Hour 5 Subnetting 1. you will be able to Explain how subnets and supernets are used Explain the benefits of subnetting Develop a subnet mask that meets.
IP addressing.
NETWORKING IP ADDRESSING. TYPES OF IP ADDRESS PRIVATE IP ADDRESS PUBLIC IP ADDRESS STATIC IP ADDRESS DYNAMIC IP ADDRESS.
After 6.1. What is 69 in binary? A B C D E of 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.
Ethernet Basics – 7 IP Addressing. Introducing IP Addressing  IP address (TCP/IP address)  Not unique (but should be), user assigned  Layer 3  4 byte.
Subnetting Made Easy? The “moving stick” and the “magic number” Jim Blanco Aparicio-Levy Technical Center.
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.
Subnetting Divide a network to smaller networks (subnets) Reasons
Internet Architecture
Chapter 5 Exploring IPv4.
IP Adressing & Subnetting
Dotted Decimal Notation
Master Subnetting – Section 3
Addressing the Network – IPv4
Binary Lesson 5.5 Usable Addresses Class A, B, and C
Chapter 2 Easy Subnetting
IP Address.
Network classes Internet addresses are allocated by the InterNIC ( the organization that administers the Internet. These IP addresses.
IPV4 Address & subnet masks
כתובות IP.
Sub Neting exercises.
Binary Lesson 5.5 Usable Addresses Class A, B, and C
Binary Lesson 6 Classful Subnetting
Introduction to Networking (Yarnfield)
Binary Lesson 7 Supernetting
Binary Lesson 8 Review of Classful Addressing and Subnetting
Binary Lesson 6 Classful Subnetting /24, /25, and /26
Binary Lesson 6 Classful Subnetting
Binary Lesson 4 Hexadecimal and Binary Practice
Chapter 2 Easy Subnetting
IP Addressing & Subnetting
Presentation transcript:

Creating Subnets – Network Requirements www.learntechtraining.com

Create Subnets – Network Requirements 216.21.5.0 – Class C Mask 5 networks 128 | 64 | 32 | 16 | 8 | 4 | 2 | 1 1.) Determine the number of networks and convert them to binary 2.) Reserve bits in the subnet and find your increments 3.) Use increment to find your network ranges

Create Subnets – Network Requirements 195.10.30.0– Class C Mask 50 networks 128 | 64 | 32 | 16 | 8 | 4 | 2 | 1 1.) Determine the number of networks and convert them to binary 2.) Reserve bits in the subnet and find your increments 3.) Use increment to find your network ranges

Create Subnets – Network Requirements 165.15.0.0– Class B Mask 100 networks 128 | 64 | 32 | 16 | 8 | 4 | 2 | 1 1.) Determine the number of networks and convert them to binary 2.) Reserve bits in the subnet and find your increments 3.) Use increment to find your network ranges