Subnetting made easy Ebook (All packages)

Don't struggle with IP Subnetting - IP Subnetting is now made easy.

• Understanding Binary Basics
  • Before jumping into subnetting, make sure you understand binary
• Test yourself on Binary
  • Can you work with binary? Contains 14 binary test questions.
• Understanding IP Addresses
  • Learn IP address formatting
  • Address classes
  • Network addresses
  • Directed broadcasts
  • Local broadcasts
  • Local loopback address
  • Network ID
  • Host ID
  • Public &  Private addresses
  • Autoconfiguration addresses
• Network Masks
  • Class A, B, C standard masks
  • Discontiguous masks
  • /x masks
  • Examples
• Subnetting - Binary Method (Choose this method or the quick method)
  • Use Binary to work out subnets
  • In this chapter you are going to learn how to work out:
    • Subnet Address
    • 1st Host Address
    • Last Host Address
    • Broadcast Address
  • when given an IP address and mask.
  • 5 Fully explained and illustrated examples
• Subnetting - Quick Method (Choose this method or the binary method)
  • Use our quick method to work out subnets
  • In this chapter you are going to learn how to work out:
    • Subnet Address
    • 1st Host Address
    • Last Host Address
    • Broadcast Address
  • when given an IP address and mask.
  • 3 Fully explained and issulstrated examples
  • Short cut tables explained
• Subnetting Test - Part I 
  • 50 test questions
• Subnetting - Part II
  • The next step in subnetting
  • Learn to work out the subnets for a given number of hosts or subnets
  • 5 Fully explained and illustrated examples
• Subnetting Test - Part II 
  • 30 test questions

Subnetting using binary examples:

Subnetting using the quick method examples:

Subnetting Test examples:

Subnetting Part 2 examples:

Subnetting Test part 2 example:

ICND1 / CCENT VODs (Plus and Ultimate Packages)

The ICND1 Video on Demand (VOD) series gives you access to online training preparing you for the ICND2 or CCNA exams.

Part of the Ultimate Package
Trainer: David Bombal
Videos: 23
Time: 13.5 hours

The CCENT is your first step into the Cisco networking world and a successful career. It is important that you have a good understanding of the fundamentals and this course will give you that. The series covers technologies from IP subnetting  to routing and wireless technologies.
The ConfigureTerminal.com Cisco CCNA CCENT 640-822 ICND1 program will give you both the theory and hands on skills you need to support employers and customers. The series will also teach you skills required for passing the CCENT 640-822 certification exam.

All trademarks and copyrights are the property of their respective holders.

Contents:

1.    OSI Model (35:37)

a.    Why is the OSI model used?
b.    Explanation of the layers of the OSI Model
c.    The encapsulation and de-encapsulation process
d.    TCP Model versus the OSI Model
e.    How traffic flows between hosts
f.    How layers are referenced
g.    Sniff traffic in the network using Wireshark and then look at the layers in the captured output

2.    Binary (21:40)

a.    Binary is essential in any networking environment
b.    Binary basics explained
c.    Converting an IP address to binary
d.    Converting a binary value to decimal

3.    IP Addressing (40:08)

a.    A most essential skill for any network engineer
b.    Overview of IP addresses

i.    Network Addresses
ii.    Host Addresses
iii.    IP Address format explained

c.    Address Classes

i.    Class A
ii.    Class B
iii.    Class C
iv.    Class D
v.    Class E

d.    Special Adresses

i.    Directed broadcast addresses
ii.    Local broadcast addresses
iii.    Local loopback addresses
iv.    RFC 1918 addresses
v.    IP address auto configuration

e.    Network Masks

i.    Class A, B, C standard masks
ii.    Network Portion
iii.    Host Portion
iv.    Discontiguous network masks
v.    /X mask notation (CIDR Notation)

4.    IP Subnetting (52:17)

a.    Reasons for subnetting
b.    Subnetting method 1 – Binary Method
c.    Subnetting method 2- Quick Method
d.    Work out the following for a given IP address and mask using both methods

i.     Subnet Address
ii.     1st Host Address
iii.     Last Host Address
iv.    Broadcast Address

e.    Learn to work out the subnets for a given number of hosts or subnets

5.    Devices, Cabling and Packet Flows (1:17:34)

a.    This video covers topics from hubs to switches to routers looking at how they operate and function within the OSI model; and how they move traffic through a network. Look at data flows
b.    Types of communication

i.    Unicast
ii.    Broadcast
iii.    Multicast

c.    Bus topologies
d.    10Base2
e.    10Base5
f.    10BaseT
g.    MAC Addresses explained
h.    CSMA/CD
i.    UTP
j.    Cable Categories – Cat 1, 2, 3,  4, 5, 5e, 6, 6a, 7, 7a
k.    TIA/EIA 568-A, TIA/EIA 568-B, TIA/EIA 568-C
l.    Straight Through Cables
m.    Cross Over Cables
n.    Roll Over Cables
o.    MDI / MDIX and Auto MDI/MDIX explained
p.    Hubs
q.    Bridges
r.    Switches
s.    Routers
t.    ARP explained
u.    MAC addresses tables
v.    Detailed Packet flows
w.    Wireshark captures

6.    TCP UDP Part 1 (22:42)

a.    Comparison between TCP and UDP
b.    UDP in detail
c.    TCP in detail
d.    Port numbers

i.    Well known
ii.    Registered
iii.    Dynamic
iv.    Ephemeral

e.    Sockets

7.    TCP UDP Part 2 (33:15)

a.    Session establishment
b.    TCP 3 way handshake
c.     SYN, ACK, RST
d.    Windowing
e.    Sequence Numbers
f.    Flow control
g.    Wireshark capture

8.    Initial Router Configuration (46:50)

a.    Connecting to a router
b.    Router startup process
c.    Initial configuration dialog
d.    EXEC interface
e.    Modes
f.    EXEC interface tips & tricks (real world shortcuts)
g.    Router initial configuration

9.    Switch Benefits (39:05)

a.    Microsegmentation
b.    Duplex
c.    Hiearchical Model
d.    Spanning Tree

10.    Switch Security (37:04)

a.    Passwords overview
b.    How to crack passwords
c.    MOTD
d.    Port security

11.    Wireless Part 1 (46:32)

a.    Wireless overview
b.    Differences between WLANs & LANs
c.    SSIDs Explained
d.    Hidden Node Issue
e.    CSMA/CA Explained
f.    Wireless Issues
g.    Wireless Topologies
h.    Radio Frequency
i.    Wireless Standards – 802.11b, 802.11a, 802.11g, 802.11n
j.    Wireless channels
k.    Wireless Coverage and designs
l.    Wireless Organizations
m.    Wireless roaming

12.    Wireless Part 2 (36:23)

a.    Wireless network threats- Hacking tools
b.    Mitigating threats
c.    Security evolution
d.    Mac filters
e.    SSID Clocking
f.    Preshared keys
g.    802.1X

i.    Overview
ii.    Cisco Leap
iii.    EAP-FAST
iv.    PEAP
v.    EAP-TLS

h.    WEP
i.    WPA1
j.    802.11i / WPA2
k.    Basic design and implementation
l.    Wireless clients
m.    Common wireless issues

13.    Introduction to routing & static routes (27:36)

a.    How do routers route?
b.    Routed versus Routing protocols
c.    Static versus dynamic routing
d.    Configuration of static routes
e.    Default route configuration

14.    Dynamic Routing with RIP (44:11)

a.    What is a routing protocol?
b.    IGPs versus EGPs
c.    Types of routing protocols
d.    Administrative distances
e.    Classful and classless routing protocols
f.    Distance Vector Routing explained
g.    RIP overview
h.    RIPv1 versus RIPv2
i.    Configuration of RIP

15.    NAT & PAT (27:12)

a.    Why NAT & PAT
b.    Terminology – inside local, inside global, outside local and outside global explained
c.    NAT explained
d.    PAT explained
e.    NAT configuration via CLI
f.    NAT configuration via SDM

16.    DHCP & DNS (33:26)

a.    DHCP overview
b.    DNS overview
c.    DHCP Mechanisms

i.    Automatic allocation
ii.    Dynamic allocation
iii.    Manual allocation

d.    Detailed DHCP process
e.    Wireshark capture
f.    DHCP configuration via the CLI
g.    DHCP configuration via SDM
h.    Detailed DNS process
i.    Wireshark capture

17.    SDM (27:53)

a.    SDM overview
b.    Devices supported
c.    SDM features
d.    Configuration of SDM
e.    SDM interface
f.    SDM wizards

18.    WAN Technologies (54:55)

a.    WAN overview
b.    WAN interfaces and DTE / DCE interfaces
c.    PSTN
d.    Leased lines
e.    HDLC
f.    PPP
g.    PAP
h.    CHAP
i.    Serial interface configuration
j.    Frame relay
k.    ATM
l.    DSL
m.    Cable

19.    CDP (20:52)

a.    What is CDP
b.    Information provided by CDP
c.    CDP commands
d.    Create a network map

20.    Accessing Remote Devices (24:50)

a.    Telnet
b.    Telnet tricks
c.    SSH
d.    Ping
e.    Traceroute

21.    Managing Cisco Devices Part 1 (30:49)

a.    Router boot sequence
b.    Internal components of Cisco routers
c.    Configuration register

i.    0x2100
ii.    0x2101
iii.    0x2102
iv.    0x2142

d.    IOS search order
e.    Show commands

22.    Managing Cisco Devices Part 2 (25:39)

a.    Managing Cisco IOS images
b.    Managing device configurations
c.    Copy to and from a TFTP server
d.    Show and debug commands
e.    Useful real world commands

23.    VOIP

a.    Delay requirements
b.    Jitter requirements
c.    G.729 bandwidth requirements
d.    G.711 bandwidth requirements
e.    Power

i.    Power cube
ii.    Mid span power
iii.    Power over Ethernet
iv.    802.3af
v.    Native VLANs

f.    Wireless LAN requirements

ICND2 / CCNA VODs (Plus and Ultimate Packages)

The ICND2 Video on Demand (VOD) series gives you access to online training preparing you for the ICND2 or CCNA exams.
Part of the Ultimate Package
Trainer: David Bombal
Videos: 13
Time: 16 hours
Prerequisites: ICND1
The CCNA is the next step in your professional networking career. You will learn to manage networks of a mid to large network.
You can either take the ICND1 and ICND2 exams separately or the single CCNA exam. This course covers the content for the 640-816 exam and can be used in conjunction with our ICND1 video course for the CCNA 640-802 exam.
All trademarks and copyrights are the property of their respective holders.

Contents:

1.    VLANs (1:12:49)

a.    Broadcast, collision, security, poorly designed network issues
b.    VLAN overview and advantages
c.    Physical and logical topologies
d.    Internal architecture of switches
e.    Access ports
f.    Trunking -  802.1Q, ISL
g.    Native VLANs
h.    Static, Dynamic VLAN assignment
i.    Voice VLANs
j.    Vlan trunking protocol (VTP)

i.    Setup
ii.    Issues
iii.    Transparent mode
iv.    Server mode
v.    Client mode
vi.    VLAN.dat file
vii.    VTP pruning

2.    Spanning Tree (1:39:21)

a.    Interconnection technologies
b.    Hierarchical Model
c.    Etherchannel
d.    Spanning Tree (STP) overview
e.    Election process
f.    Path costs
g.    Root ports
h.    Designated ports
i.    Block ports
j.    Alternate ports
k.    Backup ports
l.    Blocking, listening, learning, forwarding, disabled, discarding states
m.    Extended Bridge ID
n.    Port fast
o.    802.1D
p.    PVST+
q.    Rapid Spanning Tree (RTSP) 802.1w
r.    PVRST+ / RPVST+
s.    MSTP / MST / MISTP

3.    Inter-VLAN Routing (31:14)

a.    Physical versus logical topologies
b.    Switched Virtual Interfaces (SVIs)
c.    Router on a stick
d.    IP Default gateway
e.    Proxy ARP
f.    Switch architecture, history and MLS

i.    Router on a stick
ii.    RSM on 5500
iii.     MSFC / Route processor  on 6500
iv.    3750

4.     Routing Review (1:09:54)

a.    Routing versus routed protocols
b.    Static versus dynamic routing protocols
c.    Distance vector routing protocols
d.    Link state routing protocols
e.    Autonomous Systems
f.    Interior Gateway Protocols (IGPs)
g.    Exterior Gateway Protocols (EGPs)
h.    Administrative Distance
i.    Classful routing protocols
j.    Classless routing protocols
k.    Counting to infinity
l.    Simple Split horizon
m.    Split horizon with poison reverse
n.    Route poisoning
o.    Hold down timers
p.    Triggered updates

5.     VLSM & Summarization (37:03)

a.    VLSM overview
b.    CIDR
c.    Summarization
d.    Route choices
e.    Discontiguous networks
f.    Automatic summarizon

6.     OSPF (1:31:24)

a.    Overview
b.    Features
c.    Wireshark capture
d.    OSPF Tables
e.    OSPF Areas
f.    ASBR, ABR, Internal, backbone routers
g.    Loopbacks
h.    Router ID
i.    Designated Router
j.    SPF Algorithm and costs
k.    Single area OSPF
l.    Multiple area OSPF
m.    Load Balancing
n.    Multiple paths
o.    OSPF authentication

i.    Null
ii.    Clear text
iii.    MD5

7.    EIGRP  (2:00:51)

a.    Overview
b.    Features
c.    Wireshark capture
d.    K Values (K1, K2, K3, K4, K5)
e.    Vector metrics – Bandwidth, delay, load, reliability MTU and hop count
f.    EIGRP formula
g.    EIGRP tables
h.    Local calculations
i.    Successors, feasible successors
j.    Advertised Distance, feasible distance
k.    Stuck in active (SIA)
l.    Load balancing
m.    Maximum paths
n.    Variance
o.    Summarization
p.    MD5 Authentication

8.    Access Lists (1:33:57)

a.    Protocol and port numbers review
b.    Purpose of ACLs
c.    Inbound and outbound ACLs
d.    Numbered ACLs
e.    Named ACLs
f.    Standard ACLs
g.    Extended ACLs
h.    Wildcard masks
i.    Access class
j.    Time based ACLs
k.    Established keyword
l.    Reflexive ACLs
m.    Dynamic ACLs (lock & key)
n.    CBAC / IOS Firewall Feature Set

9.    NAT & PAT(40:09)

a.    Nat overview
b.    RFC1918
c.    Inside local, inside global, outside local, outside global
d.    PAT
e.    Static NAT
f.    Dynamic NAT

10.    IPv6 (1:49:57)

a.    ICANN address exhaustion
b.    IPv6 address format and structure
c.    Address types

i.    Agfregatable global unicast
ii.    Reserved unicast
iii.    Link local unicast
iv.    Site local unicast
v.    IPv6 compatible
vi.    Unspecified
vii.    Loopback
viii.    Assigned multicast
ix.    Solicited Node multicast
x.    Anycast

d.    EUI address
e.    Stateless autoconfiguration
f.    DHCP v6
g.    Routing Protocols

i.    Static
ii.    RIPng
iii.    OSPFv3
iv.    IS-IS for IPv6
v.    MB-BGP4
vi.    EIGRP for IPv6

h.    Dual Stack
i.    Manual IPv6 over IPv4 tunnel
j.    Dynamic 6to4 tunneling
k.    ISATAP
l.    Teredo tunneling
m.    NAT-PT

11.    VPNs (1:01:16)

a.    VPN overview
b.    VPN components
c.    Symmetric algorithms
d.    Asymmetric algorithms
e.    Data confidentiality
f.    Data Integrity
g.    Data origin authentication
h.    Anti replay protection
i.    Keyspace
j.    DES, 3DES, AES
k.    RSA
l.    Diffie Hellman (DH)
m.    MD5, SHA
n.    HMAC
o.    Preshared Key
p.    Digital Signature
q.    Certificate of Authority (CA)
r.    IPSec
s.    Transport, tunnel modes
t.    Site to site, remote access, SSL, Anyconnect VPNs
u.    VPN configuration example

12.    PPP (55:09)

a.    WAN review
b.    HDLC
c.    LCP
d.    NCP
e.    PAP
f.    CHAP
g.    MD5 and hashing explained
h.    Metro Ethernet

13.    Frame Relay (1:15:38)

a.    Overview
b.    DCE/DTE review
c.    CIR
d.    DLCI
e.    LMI (active / inactive / deleted states)
f.    SVC/PVC
g.    Hub & Spoke
h.    Full Mesh
i.    Inverse ARP
j.    Static maps
k.    Point-to-point subinterfaces
l.    Multipoint subinterfaces
m.    Split horizon issues and resolution

Mentored CCNA Lab Guide (Ultimate Package)

The CCNA Mentored Lab Guide takes you step by step through the topics covered in the CCENT/ CCNA course showing you practically how to implement the theory on real equipment. This guide can be used in conjunction with our livelabs remote rack rental or your own equipment.
Real equipment is always better than simulations.. The workbook is a mentored guide with David Bombal CCIE #11023 explaining the CCENT and CCNA topics and configuring equipment and then you doing the same.

Download a sample from here

The Workbook covers the following:
1.    Chapter 1: Connecting to your Pod

a.    Welcome
b.    Booking your lab
c.    How to access your equipment
d.    Clearing lines
e.    Rules
f.    Support

2.    Chapter 2: Reset Devices

a.    Reset Devices
b.    How to reset a router
c.    How to reset a switch
d.    Ready to begin

3.    Chapter 3: Basics

a.    Devices Naming
b.    Command & mode navigation
c.    Interfaces
d.    Recommended commands
e.    IP Addressing
f.    Encapsulations and enabling
g.    Frame Relay mappings
h.    DCE/DTE cables
i.    Bandwidth
j.    Testing

4.    Chapter 4: Passwords & Messages

a.    Enable & Secret passwords
b.    VTY passwords
c.    Console passwords
d.    Banners - MOTD & Login

5.    Chapter 5: CDP

a.    Show commands
b.    Enable & Disable CDP
c.    Network Discovery

6.    Chapter 6: Switching

a.    MAC address table
b.    Port security - Part 1 – static
c.    Port security - Part 2 – sticky
d.    VTP
e.    Trunks and access ports
f.    VLANs
g.    Spanning Tree
h.    EtherChannel
i.    Inter VLAN routing
j.    Clean up

7.    Chapter 7: Static Routing

a.    Overview
b.    Routing table explained
c.    Adding Static Routes
d.    Load balancing
e.    Static route to next hop or interface?
f.    Default Static Routes

8.    Chapter 8: RIP

a.    Overview
b.    Routing table explained
c.    Network Command
d.    Administrative distance
e.    RIP version 1
f.    Gotcha 1 - split horizon
g.    Gotcha 2 – bandwidth
h.    Gotcha 3 - VLSM & discontiguous subnets
i.    RIP version 2

9.    Chapter 9: OSPF

a.    Overview
b.    Areas
c.    Router types
d.    Routing table explained
e.    Single Area OSPF
f.    Network Command options
g.    Router ID
h.    Elections
i.    Neighbors
j.    Administrative distance
k.    OSPF authentication
l.    Multiple Area OSPF
m.    Stub Areas

10.    Chapter 10: EIGRP

a.    Overview
b.    Routing table explained
c.    Network command options
d.    Neighbors
e.    Administrative distance
f.    Successor & feasible successor
g.    Variance
h.    Gotha  - split horizon
i.    EIGRP authentication

11.    Chapter 11: Access Lists

a.    Overview
b.    Masks explained
c.    Standard ACL explained
d.    Extended ACL explained
e.    Complicated ACLs explained
f.    Extended ACL
g.    ACL edits - insert, delete, edit lines
h.    Standard ACL
i.    Complicated ACL

12.    Chapter 12: NAT

a.    Overview
b.    NAT vs PAT
c.    Dynamic NAT
d.    Interface PAT
e.    Static NAT

13.    Chapter 13: PPP

a.    Overview
b.    Basic PPP
c.    One way PAP authentication
d.    Two way PAP authentication
e.    One way CHAP authentication
f.    Two way CHAP authentication

14.    Chapter 14: IPv6

a.    Overview
b.    Address size
c.    Address format
d.    Communication types
e.    EUI addresses
f.    IPv6 addressing & maps
g.    RIPng configuration + Gotchas

15)   Chapter 15: Frame Relay

a.       Overview

b.      Topology types

c.       Basic Frame Relay

d.      Frame Relay Maps

e.      Split horizon

f.        Mulitpoint subinterfaces

g.       Point-to-point subinterfaces

Network Diagram:

Sample output:

Network modes:

CDP Neighbors:

Spanning Tree example:

Port Security example:

RIP Example:

Example Diagram:

OSPF Example:

Download a sample from here

LiveLab remote lab equipment (Ultimate Package)

The CCNA Mentored Lab Guide takes you step by step through the topics covered in the CCNA course showing you practically how to implement the theory on real equipment. This guide can be used in conjunction with our livelabs remote rack rental or your own equipment.

You get 10 online rack time credits (20 hours of rack time)

Getting Started

Overview

Welcome to LiveLabs.co.uk - the site that provides Cisco remote labs on live equipment. This document will show you how to can connect to our equipment successfully. You only need a PC with Internet connectivity that meets the requirements outlined in here

General Lab Access

You will be able to configure and control Cisco devices as if they were in the room with you.
The LiveLabs.co.uk website will give you full access to the Remote Live Labs equipment. Console access and clearing device console lines are available from the Remote Live Labs website.

Here is a diagram showing you how you will connect to the equipment:

Access the LiveLabs Remote Lab

On your local PC, start your web browser and enter the following URL to access your remote lab equipment:
http://www.LiveLabs.co.uk

The following website will display:

Log in

Enter your login details on the left hand side or click on the Login menu option at the top of the page.

Your user name and password will be provided by LiveLabs.co.uk. Click the login button.

Connecting to Devices

Select your lab under the "My Labs" Menu

Example Lab Diagrams:

Devices in grey or black are not accessible because they are only important for the lab infrastructure or part of the core of the lab and therefore restricted to trainers or administrators.

All blue coloured devices can be accessed by clicking on them.

CCNA Lab Example:

SWITCH Lab Example:

ROUTE Lab Example:

TSHOOT Lab Example:

MPLS Lab Example:

Clicking on a network device will start a console session with that device and a console window will be opened. You will have full control of the device as if the equipment were in the room with you.

Note: The connection via LiveLabs.co.uk is exactly the same as a local console connection directly to the equipment.

Note: If you are unable to access the equipment, the first step is to clear the lines of the device. Click the "Clear lines" menu.

Enter your password again to gain access to equipment:

You are now connected to the equipment:

Important:

To ensure smooth running of the labs, please note the following rules:

• Only use the passwords given to you from the lab guides
• Do not try to erase images or upgrade a device to another IOS version

CCNA Command Memorizer Part 1 (All Packages)

Don't let the simulations in the ICND1 / CCNA exam scare you. Use this application to make light work of them.
The CCNA Command Memorizer Part 1 is a powerful simulator application, that contains over 80 scenarios to test your knowledge of the Cisco IOS.

You will learn the commands required to pass the CCENT and CCNA Exams. Simulation questions will be easy after you have spent time using this.
There is NO other product like this on the market today.

Topics covered include:

• Chapter 1: Passwords and others
  • Enable Passwords
  • Secret Passwords
  • Basic RIP
  • IP address configuration
  • Enable interfaces
  • IPConfig
  • Console Passwords
  • VTY Passwords
  • Exec-timeout
  • Service password encryption
  • Logging synchronous
  • Initial Setup
  • View Configuration register
  • SSH configuration
• Chapter 2: IP addressing
  • Work out and configure a number of IP addressing scenarios:
  • First IP address in subnet
  • Second IP address in subnet
  • Last IP address in subnet
• Chapter 3: RIP
  • Use a single network command
  • Use multiple network commands
  • Configure RIP version 2
  • Frame-relay RIP configuration
  • Split Horizon configuration
  • Display the routing table
  • Display enabled routing protocols
  • Debug RIP updates
• Chapter 4: Access remote devices
  • Telnet
  • Show users
  • Show sessions
  • Show ssh
  • Resume sessions
  • Close sessions
  • Kill lines
  • Ping
  • Traceroute
• Chapter 5: CDP
  • Globally disable CDP
  • Enable CDP on an interface
  • Work out connected interfaces
  • Work out connected routers
  • Show CDP neighbors
  • Show CDP entry
• Chapter 6: Managing Devices
  • Copy IOS to TFTP server
  • Copy IOS from TFTP server
  • Copy running-config to TFTP server
  • Copy startup-config to TFTP server
  • Copy config from TFTP to running
  • Service timestamps debug datetime
  • Terminal Monitor
  • No debug all
  • Show running-config
  • Show startup-config
  • Show version
  • Change config-register to 0x2102
  • Change config-register to 0x2101
  • Change config-register to 0x2100
  • Show flash
• Chapter 7: WAN
  • Configure PPP Encapsulation
  • Clock rate
  • Bandwidth
  • DCE/DTE
  • Configure HDLC Encapsulation
  • IP address configuration
  • Show interfaces serial
• Chapter 8: Switching 1
  • IP address on VLAN 1
  • IP default gateway
  • Line console 0 configuration
  • Line VTY 0 4 configuration
  • VTP Server configuration
  • VTP Client configuration
  • VTP Transparent configuration
  • VTP pruning
  • VTP password
  • VTP domain
  • Access port configuration
  • VLAN creation
  • Trunk port configuration
• Chapter 9: Switching 2
  • Interface Range command
  • Speed & Duplex
  • Description
  • VLAN Creation
  • Access port configuration
  • Trunk configuration
  • Port security - static
  • Port security - sticky

Each scenario is presented as a Task that needs to be completed.

An Example:

If you need help, just enter "y" in the Give me the answer field:

An example of a required configuration:

_{CCNA Command Memorizer Part 2 (All packages)}

Don't let the simulations in the ICND2 / CCNA exam scare you. Use this application to make light work of them.
This powerful simulator application contains 85 scenarios to test your knowledge of the Cisco IOS. Learn the commands required to pass the CCNA Exam.

Simulation questions will be easy after you have spent time using this.
There is NO other product like this on the market today.

Topics covered include:

• Chapter 1: Switching - Part 1
  • Configure switch name
  • Configure switch IP address & default gateway
  • Passwords - enable, secret, VTY, console
  • Logging Synchronous
  • VTP domain
  • VTP modes - server, client, transparent
  • VTP passwords
  • VTP pruning
  • VTP domains
  • VLAN creation & naming
  • Switchport mode access
  • Interface VLAN assignment
  • Switchport mode trunk
• Chapter 2: Switching - Part 2
  • STP - portfast global configuration
  • STP - portfast interface configuration
  • PVRST+ configuration
  • Display STP for a single vlan
  • STP root configration
  • STP secondary root configuration
  • STP root priority using extended system ID
  • Interface speed & duplex configuration
  • Interface description
  • Interface type - access / trunk configuration
• Chapter 3: Switching - Part 3
  • Port security - manual MAC address
  • Port security - sticky configuration
  • Port security - max mac count
  • Configure IP address of switch
  • Enable extended system IDDelete VLAN database
  • Dynamic desirable trunk configuration
  • Dynamic auto trunk configuration
• Chapter 4: EIGRP Part 1
  • Configure EIGRP using a classful network mask
  • Configure EIGRP using inverse masks
  • Configure EIGRP using host masks
  • Configure Turning off auto summarization
  • Configure EIGRP across frame relay
  • Configure EIGRP & split horizon
• Chapter 5: EIGRP Part 2
  • Display enabled routing protocols
  • Display routing table
  • Display EIGRP routes
  • Display topology tab
  • Configure EIGRP authenticatio
  • Display EIGRP neighbors
  • Display EIGRP interfac Display EIGRP packets
  • Configure EIGRP load balancing
  • Configure Variance
• Chapter 6: OSPF - Part 1
  • Configure OSPF using a classful network mask
  • Configure OSPF multi area
  • Configure OSPF using host masks
  • Configure default information originate
  • Configure multiple area OSPF
• Chapter 7: OSPF - Part 2
  • Configure OSPF when given IP addresses
  • Display enabled routing protocols
  • Display routing table
  • Display OSPF errors
  • Configure OSPF authentication
  • Display OSPF neighbors
  • Display OSPF interfaces
  • Display OSPF router ID
  • Configure OSPF load balancing
  • Configure OSPF interface cos
• Chapter 8: NAT
  • Static 1: inside Server reachable on Internet
  • Static 2: inside Server reachable on Internet
  • Dynamic NAT pools
  • Interface overload (PAT)
• Chapter 9: Access Lists
  • Standard ACL with host addresses
  • Standard ACL with network address
  • Extended ACL with host addresses
  • Extended ACL using HTTP
  • Extended ACL using FTP
  • Extended ACL using TFTP
  • Extended ACL using SMTP
  • Extended ACL bound in & out
• Chapter 10: IPv6
  • IPv6 interface address configuration
  • IPv6 RIPng configuration - 1
  • IPv6 RIPng configuration - 2
• Chapter 11: PPP
  • PPP WAN encapsulation configuration
  • Clock rate configuration
  • DCE/DTE configuration
  • Bandwidth configuration
  • IP address configuration
  • HDLC & PPP configuration
  • PPP CHAP authentication 
  • Display real time PPP chap messages
• Chapter 8: Frame Relay
  • Single PVC Frame Relay configuration
  • Clock rate configuration
  • DCE/DTE configuration
  • Bandwidth configuration
  • IETF Frame Relay
  • ANSI LMI
  • q933a LMI
  • Cisco LMI
  • Static Frame Relay map statements
  • Hub & Spoke Frame Relay configuration
  • Point-to-point subinterface configuration

Each scenario is presented as a Task that needs to be completed.

An Example:

If you need help, just enter "y" in the Give me the answer field:

Examples:

CCNA Knowledge Verifier (All packages)

A testing engine that contains 1044 test questions that cover all CCNA topics

Question Types that we support are what you will get in the exam

1. We cover testlets, drag and drop, multiple choice (single answer), multiple choice (multiple answer), command typing, combinations all of which you may get in the real exam
2. Online information: Click on the "Open Web Documentation" for more information online - normally direct from http://www.cisco.com/
3. Scoring during tests
4. Final Score report
5. Review of incorrect answers
6. Go to any question
7. We cover the latest 640-802 exam - You are not wasting money on outdated tests
8. 1044 questions

Here is an overview of some of the program features:

Testlets: mini tests withing the testing engine. In this example, there are five testlet questions for this single question:

Multiple choice, single answer:

Diagrams with questions: These questions test you just as the exam would on recognition and understanding of diagrams

Question answers provided if you get the question wrong

Multiple choice, multiple answers

Drag and Drop: These questions will test your ability to match technologies correctly

Online information: Click on the "Open Web Documentation" for more information online - normally direct from http://www.cisco.com/

Scoring during tests

Final Score report

Review of incorrect answers:

Binary, Decimal, Hexadecimal Converter (All packages)

Use this calculator to convert Decimal to Binary to Hexadecimal easily. The calculator will also work out the inverse masks at the click of a button.

• Decimal to Binary & Inverse
• Decimal to Hexadecimal & Inverse
• Binary to Decimal & Inverse
• Binary to Hexadecimal & Inverse
• Hexadecimal to Decimal & Inverse
• Hexadecimal to Binary & Inverse

Convert Decimal to Binary & Hexadecimal:

Convert Binary to Decimal & Hexadecimal:

Convert Hexadecimal to Binary & Decimal:

CCNA Simulator (Ultimate Package)

The CCNA Simulator is a router simulator that challenges you to complete up to 17 commands per simulation.

The routers are very similar to live Cisco routers, commands such as - the ? and Tab work. You can even use shortened commands such as conf t, en etc.

If you need a hint on what command is expected next, click the Hint button.

There are 41 simulations in the CCNA Sims package.

Here is an overview of some of the program features:

The routers are very similar to live Cisco routers, commands such as - the ? and Tab work. You can even use shortened commands such as conf t, en etc.

The simulator will present a number of scenarios that you need to complete.

The CCNA Simulator has 41 simulations

The ICND1 Simulator has 12 simulations

The ICND1 Simulator has 41 simulations

A diagram of the network that needs to be configured:

Follow the instructions at the bottom of the screen - notice below each router is the command it is expecting you to type.

If you need a hint on what command is expected next, click the Hint button:

An example of the required commands:

To view the full expected configuration, click on the "See Config" button. This really aids the learning process.

Config Register Configurator (All packages)

Use this software to learn information relating to the Config Register.

• View the various options in the config registor
• Learn what the binary and hexadecimal values mean
• See options in ROMMON and IOS
• Video demonstration of 0x2100
• Video demonstration of 0x2102
• Video demonstration of 0x2142
• Detailed Cisco documentation

Here are the options available in the program:

Config Register Configurator:

​

Securing Cisco IOS Devices (All packages)

Learn how to configure passwords and how to crack them!

• Secure your networking equipment
• Learn how to configure passwords and how to crack them!
• Why are certain passwords better than others?
• Are passwords always required on Cisco routers?
• Can you still crack encrypted passwords? How?
• Get the answers to all of these questions and more.

This EBook explains passwords in depth. Specifically for the CCENT and CCNA candidate.

1.      Chapter 1: Enable Password

a.        Default Configuration

b.      How to configure an enable password

c.        What happens now that it is configured

d.       Why the enable password is not secure

e.       Password encryption - a false sense of security

2.      Chapter 2: Enable Secret

a.       Default Configuration

b.      How to configure a secret password

c.       What happens now that it is configured

d.      Why the secret password is secure

e.      What happens when enable & secret password are both configured

f.        What happens when enable & secret password are both the same

3.      Chapter 3: Console Password

a.       Default Configuration

b.      How to configure a console password

c.       What happens now that it is configured

d.      Password encryption

4.      Chapter 4: VTY Passwords

a.       How many VTY lines are there?

b.      Default Configuration

c.       How to configure a VTY password

d.      What happens now that it is configured

e.      How to configure telnet with no passwords

f.        Password encryption

5.      Chapter 5: Login Local

a.       How is login local configured

b.      What happens now that it is configured

c.       Password encryption

d.      Logging

6.      Chapter 6: Password Encryption

a.       Default configuration

b.      How to configure service password encryption

c.       What happens now that it is configured

d.      How to crack the encrypted passwords

7.      Chapter 7: Don't let this bite you!

a.       Forgot to set VTY password

b.      Forgot an enable password

8.      Chapter 8: Practice

a.       Simulations to practice

Binary & Hexadecimal Explained (All Packages)

Learn how to work with Binary and Hexadecimal. Make sure you know how to convert between Decimal, Binary & Hexadecimal in your mind. No need for a calculator. Also test yourself with our test questions.

Contents of the EBook:

1.      Chapter 1: Binary Explained

a.        Decimal and Binary Systems

b.      Converting an IP address to Binary

c.       Now you try – Test

2.      Chapter 2: Binary Tests

a.       Test your Binary knowledge

3.      Chapter 3: Hexadecimal Explained

a.       Hexadecimal number ranges

b.      Decimal to Hexadecimal

c.       Basic examples

d.      IP addressing examples

4.      Chapter 4: Hexadecimal Tests

a.       Test your Hexadecimal knowledge

Creating Menus on Cisco Routers (Ultimate package)

Learn to create menus so that non technical or new starters can view information on a Cisco router without access to the CLI.

This EBook contains instructions as well as flash presentations demonstrating step by step how to configure menus.

1.       Chapter 1: Basic Menus

a.       Learn to create a single menu

2.       Chapter 2: Bind Menus to Users

a.       When user logs in, they get a menu

3.       Chapter 3: Give your menu a Title

a.       Title your menus for users

4.       Chapter 4: Clear the screen

a.       Clean screen when menu starts

5.       Chapter 5: Create a Prompt

a.       Prompt your users

6.       Chapter 6: Specifying a default option

a.       Choose a default option for the menu

7.       Chapter 7: Complicated Menus

a.       Multi-level menus

8.       Chapter 8: Allow Level15 commands

a.       Allow certain Level15 commands

Cool IOS Commands EBook (All Packages)

Learn how to save hours of time configuring Cisco routers and switches with this FREE E-Book

This EBook has 12 chapters covering topics such as:

• "do"
• "/"
• "|"
• "+"
• Regular Expressions

and other time saving commands.

This is not just a normal book, it contains FLASH Demonstrations showing you clearly how to make the most of these powerful commands.

A sample chapter:

1. Introduction

This is the command to use if you struggle to type - for anyone whose fingers are too big :) - I have used this effectively on very slow links when I don't want to keep making mistakes. It allows you to create your own commands and shorthand.

Thus you could use "sbgp" rather than "show run | begin router bgp" - once again, let your imagination guide you.

NOTE: If you plan to use these commands on all of your routers, you will have to configure the alias commands on each individual device (copy and paste will help here).

These examples show how to use the Alias command:

Router(config)#alias exec sr show run
Router(config)#^Z
Router#sr
Building configuration...

Current configuration:

!
version 12.1
service timestamps debug uptime
service timestamps log uptime
no service password-encryption
!

hostname Router

When I completed my CCIE exam, I used the following script to help me type much quicker - it also contains a few other cool commands:
enable
conf t
alias exec sbn show ip bgp neighbor
alias exec sb show ip bgp
alias exec sbs show ip bgp sum
alias exec cb clear ip bgp * soft
alias exec cbh clear ip bgp *
alias exec sbgp show run | begin router bgp
alias exec seigrp show run | begin router eigrp
alias exec sospf show run | begin router ospf
alias exec srip show run | begin router rip
alias exec sisis show run | begin router isis
alias exec sr show run
alias exec sii show ip interface brief
alias exec sal show access-list
alias exec set show ip eigrp topology
alias exec sod show ip ospf database
alias exec srd show ip rip database
alias exec c conf t
alias exec cir clear ip route *
alias exec sir show ip route
alias exec son show ip ospf nei
alias exec sen show ip eigrp nei

no ip domain-lookup
line console 0
logging sync
exec-timeout 0 0
line vty 0 4
logging sync

FREE BONUS:  Cheatsheets (All Packages)

Here are some fantastic Cheat Sheets for remembering things by Jeremy Stretch.

A great resource and are included as a free bonus for free (You are not charged for this)

Topics Included

• VLANs
• Subnetting
• Spanning Tree
• QOS
• NAT
• Physical Terminations
• OSPF
• IS-IS
• IPv6
• IPv4 Multicast
• IPSec
• EIGRP
• RIP
• Common Port Numbers
• Cisco IOS Versions
• BGP
• Access Lists
• MPLS
• 802.1x
• HSRP, VRRP, GLBP
• IOS Versions
• 802.11 Wireless
• VOIP Basics

Physical Terminations:

BGP:

EIGRP:

IPv4 Multicast

ISIS

OSPF

QOS

Spanning Tree

VLANs

FREE BONUS:  GNS Documentation (All Packages)

From the developers: " GNS3 is a graphical network simulator that allows simulation of complex networks.
To allow complete simulations, GNS3 is strongly linked with :

• Dynamips, the core program that allows Cisco IOS emulation
• Dynagen, a text-based front-end for Dynamips
• Qemu, a generic and open source machine emulator and virtualizer

GNS3 is an excellent complementary tool to real labs for network engineers, administrators and people wanting to pass certifications such as CCNA, CCNP, CCIP, CCIE, JNCIA, JNCIS, JNCIE.

It can also be used to experiment features of Cisco IOS, Juniper JunOS or to check configurations that need to be deployed later on real routers.

This project is an open source, free program that may be used on multiple operating systems, including Windows, Linux, and MacOS X."

• Get a FREE excellent document in PDF format explaining how to use GNS3 - highly recommended for beginners.
• Also get a quick start guide for GNS3 and VMware.

2 Years of technical newsletters (All Packages)

Every month for 24 months, you will receive a technical newsletter. The Ultimate package will entitle you to immediate access to all newsletters – no waiting.
No SPAM, just technical content that covers topics like:

Newsletter 1:
Welcome to the ConfigureTerminal.com Newsletter
EIGRP authentication - now in the CCNA course - video demonstration
Schedule commands with the Cisco IOS
Resetting Passwords without a visit - access a router without a password
Free Utility - Putty Connection Manager
Get worried - Cain & Abel Security Tool Demonstration

Newsletter 2:
VOIP Part 1 - configuring FXS ports
VOIP Part 2 - configuring Call Manager Express
Overwrite running-config rather than merge
GNS3 - Free GUI Router Emulation
QOS - Classification & Marking

Newsletter 3:
Free Config Comparison Utility
How to upload IOS to a router without TFTP or FTP
Spanning-Tree, your questions answered
Archive Running Config
Cisco's Modular Quality of Service CLI

Newsletter 4:
Cisco IOS Macros
Access lists - your questions answered
How to force a minimum password length
Send messages to VTY lines

Newsletter 5:
Port Security - Layer 2 Security Snippet
Not worried Yet? NetCat Security Tools
Display Sections of the IOS Config
Using the power of regular expressions with Show commands

Newsletter 6:
Extending the alias command - your feedback
How to capture and replay a VOIP call using Cain & Abel
User Exec Mode - Full ‘show ?’ commands list
Get a router to phone you

Newsletter 7:
IPV6 - you better make sure you are up to speed - Video Demonstration
VTY passwords - are they required and how to you configure them? 
Richard's CCIE Cheat Sheets - Spanning Tree 802.1d
Your questions answered: How to stop password recovery

Newsletter 8:
IPV6 - How to configure multiple area OSPF - Video Demonstration
CCNP/CCNA Topic - OSPF Network & Passive Commands 
Richard's CCIE Cheat Sheets - Rapid Spanning Tree
Searching for specific text using linenum and includes

Newsletter 9:
IPV6 - How to tunnel IPv6 across IPv4 - Video Demonstration
CCNP/CCNA Topic - OSPF Network & Passive Commands - Part II 
Richard's CCIE Cheat Sheets - Multiple Spanning Tree
Save yourself with timed reloads

Newsletter 10:
Security Tips - One show command to kill a Cisco router
Setting up a hybrid back-to-back Router/Frame-Relay switch
Your questions answered: Call Manager Express Files
Usernames with secret passwords and password cracking

Newsletter 11:
Why does PPP add /32 network? Your questions answered
CME/CUE and NAT - Don't be bitten by this one
Connecting Switches in different domains-Don't be bitten by this one
How much bandwidth does a voice call use?

Newsletter 12:
Private VLANs Explained
VPN Pre-shared Key Recovery - ASA
Use a router against itself to recover encrypted passwords
Ethernet Basics - Cheatsheets
Your Questions Answered - GNS3 Minimum RAM
EIGRP seeds metrics - your questions answered
Richard's CCIE Cheatsheets - Protecting Spanning Tree Protocol

Newsletter 13:
Does ACL "deny any" deny all?
Cisco Call Manager now supports SCCP Parallel Hunt Groups
Updated Free Cheat Sheets - Wireless, Cables, Routing Protocols and more
Hosting servers on the Internet - NAT configurations
Featured Link on ConfigureTerminal.com
Trunking Switches in different VTP Domains
Displaying CPU History

Newsletter 14:
How to display the internals of a Router remotely
Why is OSPF taking the worst route?
Richard's CCIE Cheatsheets - Interface Bundling
Editing Standard and Extended ACLs
Double lookup in a | command - your questions answered

Newsletter 15:
Setting up an IOS EasyVPN server with ACS group configuration and user authentication
Suspend VLAN - your Tips
When does a switch use the CAM table and when the ARP cache?
Kevin's Real World Hints
Is 10.10.0.255 a valid IP address? - your questions answered

Execute Multiple IOS Commands @ once

Newsletter 17:
DSPs - how they work and how to size them - Transcoding - Part 2
Gateway of last resort vs. default gateway
Banner MOTD options & tokens
Richard’s CCIE Cheat Sheets – Interface Bundling – LACP/PAGP

Newsletter 18:
Why does EIGRP create a Null 0 Interface?
Show run | section
How to block 10.1.1.0/24 but not 10.1.1.0/28 or 10.1.1.0/32 in a single line
How traffic flows up the OSI model

Newsletter 19 … 24
Buy to find out..