Cisco Open source tools

I came across a great resource, Cisco-centric Open Source Community (COSI). COSI is an Internet-based community that develops free Cisco tools and makes them available for download from its Web site. There are almost 50 utilities available for download. The scripts and utilities all include documentation, and the community has developed all of these tools to work with Cisco IOS routers, switches, firewalls, or CiscoWorks management software.

COSI’s Web site also offers other advantages. Clicking the link to download a script takes you to a community download page, which also features discussion forums for questions and support of these tools. It’s important to remember that Cisco’s Technical Assistance Center (TAC) doesn’t support these tools, so you must count on your own skills and the help of others in the community.

A tradeoff: These tools are not ideal for new Cisco IOS users or anyone who doesn’t have some Linux experience. Many of these tools help automate more advanced Cisco
admin tasks when administering a midsize to large Cisco network.

Grep for Cisco commands

To view a IOS line parser

Show parser dump

Its an excellent command to see the selected functionality of the command. we can use it just like a Grep in Unix.

For example:

R1#sh parser dump interface include queue

15 tx-queue-limit Number

15 dialer hold-queue <0-100> timeout <1-2147483>

15 dialer hold-queue <0-100>

15 dialer hold-queue

15 funi rate-queue Number Number

15 funi rate-queue tolerance svc pvc 0 strict

15 funi rate-queue tolerance svc pvc 0

15 funi rate-queue tolerance svc pvc <5-99> strict

15 funi rate-queue tolerance svc pvc <5-99>

15 funi rate-queue tolerance svc 0 strict

15 funi rate-queue tolerance svc 0

15 funi rate-queue tolerance svc <5-99> strict

15 funi rate-queue tolerance svc <5-99>

15 funi rate-queue Number Number

15 funi rate-queue tolerance svc pvc 0 strict

15 funi rate-queue tolerance svc pvc 0

15 funi rate-queue tolerance svc pvc <5-99> strict

15 funi rate-queue tolerance svc pvc <5-99>

15 funi rate-queue tolerance svc 0 strict

15 funi rate-queue tolerance svc 0

15 funi rate-queue tolerance svc <5-99> strict

15 funi rate-queue tolerance svc <5-99>

15 funi rate-queue Number Number

or more extensively

Willow#show parser dump interface extend in queue.*(EnableConfigure)

tx-queue-limit : Configure card level transmit queue limit

srr-queue : Configure shaped round-robin transmit queues

srr-queue : Configure shaped round-robin transmit queues

srr-queue : Configure shaped round-robin transmit queues

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

tx-queue-limit : Configure card level transmit queue limit

srr-queue : Configure shaped round-robin transmit queues

srr-queue : Configure shaped round-robin transmit queues

srr-queue : Configure shaped round-robin transmit queues

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

fair-queue : Enable Fair Queuing on an Interface

it can be pretty handy, if used intelligently.

Cisco router Planes


The router is typically segmented into three planes, each with a clearly identified objective. The dataplane allows the ability to forward packets; the control plane allows the ability to route data correctly; and the management plane allows the ability to manage network elements.
Management Plane—The management plane manages traffic that is sent to the Cisco IOS device and is made up of applications and protocols such as SSH and SNMP.

Control Plane— The control plane of a network device processes the traffic that is paramount to maintaining the functionality of the network infrastructure. The control plane consists of applications and protocols between network devices, which includes the Border Gateway Protocol (BGP), as well as the Interior Gateway Protocols (IGPs) such as the Enhanced Interior Gateway Routing Protocol (EIGRP) and Open Shortest Path First (OSPF).

Data Plane— The data plane forwards data through a network device. The data plane does not include traffic that is sent to the local Cisco IOS device.

Digital Subscriber Line (DSL) & Its Types

A Digital Subscriber Line (DSL) is a type of broadband connection that takes advantage of the existing telephone cables to enable high-speed data transmissions to and from a customer’s premises.
Other broadband platforms include ISDN, Leased Lines, terrestrial broadcast, cable and cable modem, satellite, fibre optic, fixed wireless access (FWA), mobile wireless and powerlines.
Broadband telecommunication enables a wide band of frequencies or channels to transmit information concurrently on a wire, which means more information can be sent in a given amount of time.
Digital Subscriber Line (DSL) is a broadband connection that uses the existing telephone line. DSL provides high-speed data transmissions over the twisted copper wire, the so-called “lastmile” or “local loop”, that connects a customer’s home or office to their local telephone company Central Offices (COs).There are a number of different types of DSL and they are referred to collectively as xDSL.
Symmetric:
  1. HDSL High data rate Digital Subscriber Line
  2. SDSL Symmetric Digital Subscriber Line
  3. SHDSL Symmetric High bit rate Digital Subscriber Line

Asymmetric:

  1. ADSL Asymmetric Digital Subscriber Line
  2. ADSL lite Asymmetric Digital Subscriber Line Lite
  3. ADSL 2 Asymmetric Digital Subscriber Line Two
  4. ADSL 2+ Asymmetric Digital Subscriber Line Two Plus
  5. ADSL 2++ Asymmetric Digital Subscriber Line Two Plus Plus (or ADSL4)

Symmetric and AsymmetricVDSL Very high bit rate Digital Subscriber Line

WLAN(Wireless Local Area Network) Glossary

802.11

Developed as a standard by the Institute of Electrical and Electronic Engineers (IEEE,
or I-triple-E), 802.11 is a radio technology used for wireless local area networks (WLANs). 802.11 is the parent standard of several technologies operating across several different frequencies.The 802.11 specification defines three types of wireless LAN, all operating at a
data transmission rate of 1Mbps or 2Mbps. 802.11 FHSS and 802.11 DSSS use radio frequency radiation as the transmission medium. The third 802.11 specification is based on diffuse infra-red transmission.

802.11a

Operates in the UNII (Unlicensed National Information Infrastructure) 5GHz band with a maximum data transfer rate of 54 Mbps.. 802.11a uses Orthogonal Frequency Division Multiplexing (OFDM), as opposed to the DSSS or FHSS schemes used in 802.11b and
802.11 networks. Due to its higher frequency of operation, the range of 802.11a equipment is less that of lower frequency systems such as 802.11b and 802.11g. This can increase the cost of an 802.11a network, because a greater number of access points may be required. Since it operates in a different RF band, 802.11a cannot work directly with 802.11b or 802.11g equipment. Using multi-mode 802.11a/b/g access points and/or client adapters will resolve this problem.

802.11b

Currently the most popular and widespread standard for wireless LANs, which operates in the 2.4GHz ISM band and supports data rates up to 11Mbps. Also known as 802.11 High-Rate (HR) and as Wi-Fi, 802.11b uses the DSSS spread spectrum transmission scheme, and operates at
data rates of 1Mbps, 2Mbps, 5.5Mbps and 11Mbps.

Important TCP/IP Concepts


The four layers of the TCP/IP model are:
  • Application (Process)
  • Host-to-host (Transport)
  • Internet
  • Network Access (Physical and Data link)


The two protocols that function at the host-to-host layer of the TCP/IP model are TCP and
UDP. (TCP is a connection-oriented, reliable protocol. UDP is a connectionless and unacknowledged protocol.). The protocol number for TCP is 6. The protocol number for UDP is 17.A TCP header contains 20 bytes, and a UDP header contains 8 bytes.

To pass information (such as e-mail) to upper layers, TCP and UDP use Port numbers. These
port numbers are used to keep track of different conversations among different hosts at the same time. Originating source port numbers are dynamically assigned by the source host, which is a number greater than 1023.Defined in RFC 1700, the well-known port numbers are 1 to 1023.

The steps for the TCP three-way handshake are as follows:

Step 1. The source host sends a SYN to the destination host.

Step 2. The destination host replies with a SYN/ACK to the source host.

Step 3. The source host replies with an ACK.

Some protocols that operate at the TCP/IP Internet layer are

  • IP
  • ICMP
  • ARP
  • RARP

IP is a connectionless protocol that provides best-effort delivery routing of datagram's.

ICMP is a management protocol for IP. ICMP messages are carried in IP data grams and are used to send error and control messages. An example of a utility that uses ICMP is ping.

ARP is used to resolve a known IP address to a MAC address. In order for a host to communicate with another host, it must know the MAC address of the destination host (if they are on the same network) or next hop router. This is the reason for ARP

RARP is a protocol used to find the IP address of a station that knows its MAC address. It is mainly used for diskless workstations that boot up and need an IP address. An RARP request is a broadcast packet.

CCNA Study Guide Of Exam 640-802


Cisco networking authority Todd Lammle has completely
updated this new edition to cover all of the exam objectives
for the latest version of the CCNA exam. Todd’s straightforward style provides lively examples, easy-to-understand analogies, and real-world scenarios that will not only help you prepare for the exam, but also give you a solid foundation as a Cisco networking professional.

Packed with updated topics that have been added to the 2007 version of the CCNA exam, this updated study guide features expanded coverage of key topic areas plus new material on switching, network address translation, and OSPF. Inside, find the complete instruction you need, including:


  • Full coverage of all exam objectives in a systematic pproach, so you can be confident you’re getting the instruction you need for the exam
  • Practical hands-on exercises and labs to reinforce critical skills,
  • Real-world scenarios that put what you’ve learned in the context of actual job roles
  • Challenging review questions in each chapter to prepare you for exam day
  • Exam Essentials, a key feature in each chapter that identifies critical areas you must become proficient in before taking the exam


CD-ROM Includes:


  • Chapter Review Questions
  • Four Full-Length Practice Exams
  • 200 Electronic Flashcards
  • Audio and Video Instruction from Todd Lammle
  • Full book in searchable PDF format

Approach the CCNA exam (640-802) with confidence through the detailed preparation you’ll
receive in this bestselling study guide from leading Cisco networking authority Todd Lammle. This new edition—updated to reflect the very latest changes in the CCNA exam—features
expanded coverage of key topic areas plus new material on the latest switching techniques, network address translation, IPv6, and advanced OSPF. Reinforce your study with the author’s supplemental video and audio instruction on CD. Inside, find the complete instruction you need,
including:


  • Full coverage of all exam objectives in a systematic approach, so you can be confident you’re getting the instruction you need for the exam
  • Practical hands-on exercises and labs to reinforce critical skills
  • Real-world scenarios that put what you’ve learned in the context of actual job roles
  • Challenging review questions in each chapter to prepare you for exam day
  • Exam Essentials, a key feature in each chapter that identifies critical areas you must become proficient in before taking the exam
  • A handy tear card that maps every official exam objective to the corresponding chapter in the book, so you can track your exam prep objective by objective

About the Author

Todd Lammle, CCSI, CCNA/CCNP/CCSP, MCSE, CEH/CHFI, FCC RF Licensed, is the authority on Cisco Certification internetworking. He is a world-renowned author, speaker, trainer, and consultant. Todd has over 25 years of experience working with LANs, WANs, and large Wireless
networks. He is president of GlobalNet Training, Inc, a network integration and training firm based in Dallas, and also CEO of RouterSim, LLC. You can reach Todd through his forum at www.lammle.com.

You can buy this book or get more infomation from here.

Exam Cram: CCNA Practice Questions (Exam 640-802), 3rd Edition


Master Your Knowledge of the CCNA Exam!
  • Simulations now included with MeasureUp’s innovative test engine for better preparation for the real exam.
  • Features more than 300 questions organized according to the CCENT and CCNA exam objectives so you can easily assess your knowledge of each topic, no matter which exam you take.

  • Each answer includes detailed explanations.
  • Use our innovative Quick-Check Answer Key™ to quickly find answers as you work your way through the questions.
  • Our popular Cram Sheet, which includes tips, acronyms, and memory joggers, helps you review key facts before you enter the testing center.

More than 300 Questions on CD!

MeasureUp’s innovative test engine gives you an effective tool to assess your readiness for the exam, including:


  • Simulation questions
  • Multiple test modes
  • Random questions and order of answers
  • Coverage of each CCENT and CCNA exam objective

About the Author

Jeremy Cioara, CCIE No. 11727, works in many facets of the Cisco networking realm. As an author, he has written multiple books for Cisco Press and Exam Cram. As an instructor, he teaches at Interface Technical Training (http://www.interfacett.com/) in Phoenix, Arizona. Likewise, Jeremy has recorded many E-Learning titles at CBTNuggets (http://www.cbtnuggets.com/). Finally, Jeremy is the CIO of AdTEC Networks and works as a
network consultant focusing on Cisco network and Voice over IP (VoIP) implementations. Jeremy also runs the Cisco Blog (http://www.ciscomag.blogspot.com) in his “free time.” Thankfully, he is married to the Certified Best Wife in the World (CBWW) who helps him manage his time and priorities and prevents him from getting an enormous Cisco logo tattooed across his chest.

How to recover a lost xp password

These techniques to recover a lost xp password are among the more advanced Windows XP Tips and Tricks. In some cases, recovering from a lost password can be very easy though.

For completeness' sake we start with the simplest tips that can help you regain access to a locked account. But even if you find yourself in a more complex situation, please read on. You'll find out what to do.

Warning : Be extra careful if you are using Encrypting File System (EFS) in Windows XP Professional. If you don't know what EFS is, you probably shouldn't worry about it. It's a feature in Windows XP Professional that deals with file security on a local level. If you do use it, please always make sure to export your private and public keys before attempting to reset your password.

If you can login with another user account

If you share your computer with other users it's fairly simple to regain access to your account. You could ask one of the other users to log on to Windows with their password and perform the following steps :
  • Click the Start button
  • Click "Run"
  • In the "Open" field, type "control userpasswords2" (without the quotes)
  • Click ok

Windows opens a user accounts dialog. Select the user with the lost password and click the "Reset Password" button. Enter a new password (and a second time in the confirmation box) and click ok. Click ok once again and you are ready.

Now you can log on to your account using the new password.

More advanced password recovery
If there are no other users on your machine to unlock your account, you need to reset your password "offline". Offline means that you boot your pc from outside your usual Windows XP environment using a boot disk or a bootable cdrom.

This offline technique to recover a lost xp password isn't for the faint of heart; the procedure isn't presented in a nice graphical interface and there even is a small risk involved ...

Sometimes the password reset fails and as a consequence you cannot log on with the locked user account afterwards. This doesn't happen often though, and if you are reading this because you need to recover a lost xp password ...

you weren't able to log on after all ...

Of course you will need access to another pc to create a boot disk or bootable cd.

Is your boot sequence right ?
Your computer's boot sequence is set in the BIOS and determines if the pc can boot from a floppy or cdrom. To get into the BIOS, you typically need to press a certain key or key combination during startup. Depending on the brand of your computer this can be :

  • The F1 key
  • The F2 key
  • The F10 key
  • The del key
  • Ctrl+Alt+Enter
  • Ctrl+Alt+Esc

If you have made your way into the BIOS, now would the time to choose either your floppy drive or your cdrom as primary startup device.

Below is a BIOS boot sequence screenshot where the floppy drive has top priority.


Lost XP Password

Creating the boot disk


You can download an offline password and registry editor to create the bootable disk at http://home.eunet.no/~pnordahl/ntpasswd/ or if this url has become invalid over time, you can request your copy with the small form below. You will receive a mail with a valid download link shortly afterwards.

Don't worry, we will use your email address only to send you the download link, not for anything else. We hate spammers as much as you do.

After you have downloaded the Offline Password and Registry editor you have a .zip file on your hard drive that could use some unzipping. Depending on the choice that you have made in your BIOS, you either need to carry out the steps to create a bootable floppy, or the steps to create a bootable cdrom.

Instructions for the boot disk (floppy)

Once unzipped, you'll have 3 files : rawrite2.exe, install.bat and a .bin file. Put a blank, formatted floppy in your floppy drive and launch install.bat. That will create a bootable floppy from which you need to boot your pc (the one with the lost xp password).

The bootable cdrom

The unzipped file delivers a .iso file that you need to burn to a cd with your cd burner software. That creates a bootable cd to boot your pc (again, the one with the lost xp password).

Time to fix that lost xp password

Shortly after you boot your computer from the floppy or cd you'll have an intimidating screen filled with text staring you in the face.
Like this :


Lost XP Password

There's no need to feel overwhelmed. In order to reset your lost xp password you need to go through some questions in a number of steps. In each step the program offers a default answer. Usually these defaults are ok and you just need to press ENTER.

Step 1 : Select the disk where the Windows XP installation is.

Step 2 : Select PATH and registry files. For most Windows installations you can safely accept the defaults.


Step 3 : Password or registry edit. Select "Edit user data and passwords" - the default. After that you need to choose the user account. The program defaults to "Administrator", so you need to type the name of the user with the lost xp password if it's not the administrator account that you're trying to unlock. Once you've made clear which user account's lost xp password you want to reset, you need to supply the new password. To finish it off confirm the password change and type "!" to quit the user selection menu. Now type "q" (for quit) to continue with ...

Step 4 : Writing back changes. This step requires one more confirmation and then wants to know if you want another run. Answer with the defaults, remove the bootable floppy or cdrom and reboot your pc.

You should now be able to log on with your account and the new password.

Windows Service Recommened Settings

Event Log

It’s best to leave this one on Automatic.

Protected Storage

Leave this set to Automatic, as setting it to Manual can cause a delay at startup of 1 to 2 minutes. It also has the odd side effect of causing property pages in the Services tab not to appear.

Net Logon

if you do need to logon to a domain or LAN, you need to keep this on Automatic.

Alerter

A home user can set this to Manual.

Computer Browser

A home user can set this to Manual.

Distributed Link Tracking Client

This sends notifications of files moving between NTFS volumes in a network domain. A home user can set this to Manual.

Distributed Transaction Coordinator

A home user can set this to Manual.

Fax Service

If you are not using Modems with Fax capabilities, you should set this to Manual.

Indexing Service

A home user can set this to Manual.

Internet Connection Sharing

If you are sharing an Internet connection on a small home network, then set this to Automatic. If not, set this to Manual.

IPSEC Policy Agent

This manages IP security. A home user can set this to Manual.

Messenger

Messenger sends and receives messages transmitted by administrators or by the Alerter service. A home user can set this to Manual.

NT LM Security Support Provider

This provides security to Remote Procedure Call programs that use transports other than named pipes. A home user can set this to Manual.

Performance Logs & Alerts

This configures performance logs and alerts. A home user can set this to Manual.

Print Spooler

If you don’t have a printer installed (network or local), you can set this to Manual. Remember to change it back to Automatic if you ever do install a printer.

QoS RSVP

This feature provides network signaling and local traffic control setup functionality for QoS-aware programs & control applets. A home user can set this to Manual.

Remote Registry Service

Allows remote registry manipulation. You should set this to Disable.

Routing & Remote Access

This offers routing services to businesses in local area and wide area network environments. A home user can set this to Manual.

RunAs Service

This enables starting processes under alternate user IDs. A home user can set this to Manual.

Security Accounts Manager

This stores security information for local user accounts. Unless you have changed some security policies via the Local Security Policy editor, you can set this to Manual.

Smart Card and Smart Card Helper

A home user can set these to Manual.

TCP/IP NetBIOS Helper Service

This service enables NetBIOS name resolution. A home user can set this to Manual.

Telnet

A home user can Disable it altogether.

DNS client

A home user can usually set this to manual, as it’s used for when you use a DNS server on your network (i.e., not the Internet or dial up connections). If you have name resolution problems afterwards, put this one back to Automatic.

Server Service

This Provides RPC support and file, printer and name pipe sharing. You can set this to manual, unless you are running IIS or using offline files (or similar features), which is not that likely for a home desktop user.

Workstation Service

You should be able to set this to Manual unless you use Alerter or Messenger, in which case set this to Automatic. Otherwise you should be able to safely set this to Manual instead.

WMDM PMSP Service

I suggest it’s set to manual. If you have any problems with Media Player, set it back to Automatic.

Microsoft Internet Security and Accelerator

It is useful to speedup internet access (Accelerator) and to protect private network from public
network(Firewall). It is actually firewall & acts as a proxy as well.

Types of firewalls:

  • Hardware firewall
  • Software firewall

Hardware firewall:

  • CISCO Pix
  • Watch Guard
  • Multi com Ethernet II

Software firewall:


  • ISA server
  • Checkpoint
  • Smooth wall

Firewall: A firewall protects networked computers from international hostile intrusions.

List of Important Diagnostic Tools

Network Monitor - Tracks usage of network resources
(good for establishing a network baseline).

Performance Monitor - Tracks usage of various resources over time(good for establishing a
general baseline).

Tone Generator - Used to test cabling. Identifies which cable or wire is being tested
by generating different tones.

TDR (Time Domain Reflectometer): Sends a signal down a cable and measures the distance that the signal travelled before bouncing back(like sonar). Used to find opens and shorts in cables.

Oscilloscope - Tests cable by determining where there are shorts, crimps or attenuation.

Protocol Analyzers - This tool is used to monitor network traffic and display packet and
protocol statistics and information.

Optical Testers - A tool used to monitor and troubleshoot the performance of a fiber optic network.


Crimping Tools - Crimping tools are used to connect cabling to their appropriate connectors.
There are different crimping tools for different types of connections.

Punch Down Tool - A punch down tool is used to connect cabling such as telephone and ethernet to wall jacks.

Windows 2003 Server Roles


Windows Server 2003 includes 11 roles administrators can assign to servers by using the Manage Your Server Wizard.

Terminal Server:

Provides a single point of installation that gives multiple users access to any Windows Server 2003. Users can run programs, save files, and use network resources from a remote location as if these resources are installed on their local computers. Benefits include

  • Offers rapid, centralized deployment of applications
  • Provides a uniform version of Windows on desktops, reducing maintenance and administrative costs
  • Provides increased scalability
  • Provides improved manageability
  • Has an easy-to-use remote desktop connection

File Server

Sets and helps manage access to files such as data files and network-accessible applications. Benefits include:


  • Automatically copies critical data volumes by using the Volume Shadow Copy Restore service, eliminating downtime. The copies are used to restore or archive files, and users can retrieve archived versions of their documents
  • Enables Encrypting File System (EFS), which provides core file encryption technology. EFS is a public key-based system that makes it easy to manage, difficult to attack, and transparent to the user.
  • Initiates Distributed File System (DFS), a stable, orderly, location-independent naming scheme for all shared files when using Windows. A single share, or a single drive mapped to such a share, can contain files and directories on any number of file servers.
  • Quickly stores, manages, and shares information such as files and network-accessible applications.
  • Limits and monitors the amount of disk space available to individual users.
  • Securely searches for information, either locally or on the network. It also searches in files
    that are in different formats and languages.
  • Helps users manage their disk space by logging and reporting when a user exceeds a specified disk space limit or warning level—that is, the point at which a user is nearing his or her quota limit.

Network cabling requirements for ethernet


  • 10Base2 50-ohm coaxial is also called thinnet which is up to 185 meters and supports 30 hosts per segment. Physical and logical bus is used with AUI connectors.
  • 10Base5 50-ohm coaxial is also called thicknet which is up to 500 meters and supports 208 users per segment. It uses a physical and logical bus with AUI connectors. It is up to 2500 meters with repeaters and supports 1024 users for all segments.
  • 10BaseT EIA/TIA category 3, 4, or 5, using two-pair unshielded twisted-pair (UTP) wiring supports one user per segment; up to 100 meters long.RJ-45 connector is used along with star topology.

  • 100BaseTX EIA/TIA category 5, 6, or 7 UTP two-pair wiring supports one user per segment; up to 100 meters long. It uses an RJ-45 MII connector with a physical star topology and a logical bus.
  • 100BaseFX Uses fiber cabling 62.5/125-micron multimode fiber supports point-to-point topology; up to 400 meters long. It uses an ST or SC connector, which are duplex media-interface connectors.
  • 1000BaseCX Copper shielded twisted-pair that can only run up to 25 meters.
  • 1000BaseT Category 5 is a four-pair UTP wiring that can run up to 100 meters.
  • 1000BaseSX MMF using 62.5 and 50-micron core; uses a 780-nanometer laser and can go up to 260 meters.
  • 1000BaseLX Single-mode fiber that uses a 9-micron core, 1300-nanometer laser and can go from 3 km up to 10 km.

Free Windows XP Remote Desktop Connection software


OverviewThis software package will install the client portion of Remote Desktop on any of the following operating systems: Windows 95, Windows 98 and 98 Second Edition, Windows Me, Windows NT 4.0, Windows 2000, and Windows 2003. (This is the same version of the client software as in Windows XP Service Pack 2.) When run, this software allows older Windows platforms to remotely connect to a computer running Windows XP Professional with Remote Desktop enabled.

This package provides flexible deployment options of the full Terminal Services Client, including auto-repair through Windows Installer technology and application publishing via IntelliMirror™ management technologies or Microsoft Systems Management Server (SMS).

Note The Remote Desktop Connection software is pre-installed with Windows XP. To run it, click Start, click All Programs, click Accessories, click Communications, and then click Remote Desktop Connection. This software package can also be found on the Windows XP Professional and Windows XP Home Edition product CDs and can be installed on any supported Windows platform. To install from the CD, insert the disc into the target machine’s CD-ROM drive, select Perform Additional Tasks, and then click Install Remote Desktop Connection..

Brief Introduction of Cisco Router Series

Cisco 2600 Series Routers

The Cisco 2600 series router, with over 70 network modules and interfaces, offers versatility and expandability ideal for branch office connectivity in a multiservice access router. In addition, Cisco 2600 series routers provide flexible LAN and WAN configurations, multiple security options and a range of high performance processors. By deploying Cisco 2600 series routers, companies can consolidate the functions of multiple separate devices into a single, compact
package that can be managed remotely.
Cisco 3600 Series Routers

The Cisco 3600 series router is a family of modular, multi-service routers for medium and large
size offices as well as smaller Internet Service Providers. Cisco 3600 routers support over 70 modular interface options in a high performance manageable access platform. The Cisco 3600 series routers provide solutions for data, voice, video, hybrid dial access, Virtual Private Networks (VPNs), and multi-protocol data routing while integrating the functions of several devices into a single manageable solution.

Cisco 3700 Series Routers

The Cisco 3700 series multiservice access router enables dramatically higher levels of application and service integration in enterprise branch offices. With on-board LAN/WAN connectivity, new high-density service modules, and support for multiple Advanced Integration Modules (AIMs), the Cisco 3700 series routers deliver internal inline power for the EtherSwitch ports, thus delivering a compelling single platform Branch Office IP Telephony and Voice Gateway solution which enables flexible, incremental, and scalable migration to a converged branch office network.

Cisco 6400 Series Universal Concentrators

The Cisco 6400 carrier-class broadband concentrator is a high-performance, scalable service gateway that enables the selection and delivery of broadband network services, Virtual Private Networks (VPNs) and voice and entertainment-driven traffic over the full suite of access media. Cisco 6400 series concentrators include Service Selection Gateway (SSG), which allows subscribers to dynamically select on-demand services. As the gateway to next generation services, the SSG enables services such as videoconferencing, streaming video, personalized Internet, business-grade Internet, shopping, and gaming to create new revenue streams and
help attract and retain subscribers.


Cisco 7200 Series Routers

The Cisco 7200 series router is ideally suited as WAN edge devices for enterprises and service
providers. The modularity of Cisco 7200 series routers makes them ideal for enterprises seeking to build scalable solutions based on differing requirements for density, performance, and availability. In addition, Cisco 7200 series routers include a Multiservice Interchange (MIX)-enabled backplane to enable integration of data, voice, and video functions previously performed by separate devices into a single
platform.

Gadget Advisor

There are many technology and gadget related blogs out there, but Gadget Advisor is different. They filter out all the minor and uninteresting news and stories, posting only the coolest. The idea is great, but can they keep it up?


Although it’s still quite a new blog, there are already a lot of great posts about many new and cool gadgets, from universal remote controls to network media players and online backup services.


How to: Disable unwanted programs at startup

You probably need only half the programs that have been set to be loaded at startup. Having too many programs drastically slows down your startup. It’s very easy to specify which ones you want to start automatically. It’s wise to leave all the anti virus and system tools.

Here’s what you need to do:


  • Go to Run from the Start menu
  • Open “msconfig” (without the quotes!) and click OK
  • In the windows that opens, choose the Startup tab
  • Make your choices by unchecking the programs you don’t need to load at startup
  • Hit OK and restart your PC.
  • After starting a box appears. Check the option that the dialog box won’t display at restart.

That’s all!

Check back tomorrow for configuring display settings to speed up your PC.

More Cool Windows XP tips & tricks HERE

How to: change the start button text on Windows XP

Haven’t posted many Windows XP tricks recently, so here’s one: How to change the start button on your Windows XP.

Tired of the boring old “start” button at the bottom left corner of your Windows XP’s monitor? Want something new to replace iit? Well here’s how to change it.

With a few modifications in the Windows Registry, you can replace the “start” text with anything you like. Great for achieving a new, custom look for your Windows XP. So let’s get started.

Warning: this tutorial is more for advanced users, and I'm notresponsible if your system gets messed up. Only attempt the followingat your own risk.

The “Hibernate” function on Windows XP

The hibernate function on Windows XP is basically the same as stand by, but with one difference. The files and programs you have open will temporarily be saved onto a specific location on the hard drive, instead of RAM.
This means that the computer can be switched off while hibernating and it will consume no power. When you turn your Windows XP on again, everything will open instantly, just like after a standby. No startup screens and waste of time.
But there is one problem with hibernate - you can only do it once. For some unexplained reason, Windows can’t hibernate severeral times in a row. The temporary hibernate file on your hard drive can’t be overwritten and you need to do a normal shutdown before you can hibernate again. I hope this problem will be fixed in future versions of Windows. (Not sure if it already is on Vista…)
How to hibernate
Another mystery is why the hibernate button isn’t shown on the shutdown menu by default. After all, hibernating is a lot better than standing by -no power consumption, longer than standby, computer can be turned off and makes no noise…

Anyway, to hibernate, go to the shutdown menu as usual: Start -> Turn Off Computer and hold down the shift key to relpace “stand by” with “hibernate”, It’s as easy as that.

Stay tuned for tomorrow’s post about the next Windows - Windows 7, soon to be Vista’s sucessor. You might find it handy to bookmark our site (Ctrl + D) or preferably subscribe to our RSS feed. If you don’t know, then here’s what a feed is and how to subscribe to it.