Wednesday, 26 December 2012
Tuesday, 25 December 2012
How to increase google backlinks
How to increase google backlinks
Backlinks is a very important for the increasing customer via links. increasing backlinks is useful to improve the website pagerank.some tips to improving backlinks.
1 Great content
2 Guest posting
3 forun posting
4 blog commenting
5 social media promotion
6 Article Posting
7 Mutual Link Exchange
8 Press Release
9 Link Exchange
10 Blog Submission
11 Social Networking Sites
12 Social Bookmarking
13 Submit RSS Feed To RSS Feeds Directories
14 Reciprocal Links
15 Classified Ad Sites
16 links from EDU & GOV sites
17 Adding meta tags
Backlinks is a very important for the increasing customer via links. increasing backlinks is useful to improve the website pagerank.some tips to improving backlinks.
1 Great content
2 Guest posting
3 forun posting
4 blog commenting
5 social media promotion
6 Article Posting
7 Mutual Link Exchange
8 Press Release
9 Link Exchange
10 Blog Submission
11 Social Networking Sites
12 Social Bookmarking
13 Submit RSS Feed To RSS Feeds Directories
14 Reciprocal Links
15 Classified Ad Sites
16 links from EDU & GOV sites
17 Adding meta tags
Monday, 17 December 2012
Search engines
Search engines
To search the Internet you use what are called
Internet search engines. These are easily accessed via your Internet browser
(i.e. Microsoft Internet Explorer or Netscape
Navigator/Communicator). Within the search engine you enter a word or phrase
and it will retrieve documents from the Internet
based on the information you typed in.
To search the Internet you use what are called
Internet search engines. These are easily accessed via your Internet browser
(i.e. Microsoft Internet Explorer or Netscape
Navigator/Communicator). Within the search engine you enter a word or phrase
and it will retrieve documents from the Internet
based on the information you typed in.
Friday, 7 December 2012
Methods of communication
Methods of communication
From electronic mail messages to world wide discussion groups,
communicating with others is the most popular use of theInternet.
The Internet offers electronic versions of familiar types of
communication including Mail, Discussion groups, Telephone
conversations, Radio programs, and teleconferencing.
From electronic mail messages to world wide discussion groups,
communicating with others is the most popular use of theInternet.
The Internet offers electronic versions of familiar types of
communication including Mail, Discussion groups, Telephone
conversations, Radio programs, and teleconferencing.
Introduction to Email
Introduction to Email
that time was cut to 3 or 4 days. Today overnight maildelivery is
available in certain areas, for a hefty surcharge. But faxing and
electronic mail provide faster and inexpensive delivery of messages.
A hundred years ago a message took 7 days to travel from coast to
coast and even longer to cross the ocean. With the adventof airmail, that time was cut to 3 or 4 days. Today overnight maildelivery is
available in certain areas, for a hefty surcharge. But faxing and
electronic mail provide faster and inexpensive delivery of messages.
How e-mail works
How e-mail works
The way electronic mail works on the Internet is similar to the way the
postal system works. The addressis the most important part of both
standard letters and e-mail messages. If the address is incorrect the
intended recipient will never see the message.
Issuing a sendcommand at your computer is similar to placing your
letter in a mailbox. Once you’ve sent your message on its way, you
cannot retract it.
The postal service collects mail and takes it to the localpost office for
processing and routing. When you send electronic mail, your local post
office reads the e-mail address and either delivers the message to
another local mail account or sends it to the Internet.
As your letter travels from one post office to another,the postal
service routes it based on the address, so that it continues to move
closer to its destination.
The way electronic mail works on the Internet is similar to the way the
postal system works. The addressis the most important part of both
standard letters and e-mail messages. If the address is incorrect the
intended recipient will never see the message.
Issuing a sendcommand at your computer is similar to placing your
letter in a mailbox. Once you’ve sent your message on its way, you
cannot retract it.
The postal service collects mail and takes it to the localpost office for
processing and routing. When you send electronic mail, your local post
office reads the e-mail address and either delivers the message to
another local mail account or sends it to the Internet.
As your letter travels from one post office to another,the postal
service routes it based on the address, so that it continues to move
closer to its destination.
Future of Internet
Future of Internet
Just the television and the automobile, the Internet will revolutionize
all aspects of everyday life. Geographic boundaries will fade and with
them, the distance that separates people. Location willno longer be
advantage or a disadvantage. Amenities and services now common
only in large cities will available to everyone.
As the Internet continues to evolve, it will change the way we live and
work. Communities will be based on something other than geographic
proximity. We need to define the role of governmentin an electronic
world physical border. While no one knows exactly whatthe future will
bring, the Internet is sure an important role in it.
The Internet is growing rapidly; with hundreds of thousands of new
users getting online each month through Commercial online Services
and Internet access providers.
The Internet infrastructure is also growing rapidly. Every 30 minutes, a
new network is connected to the Internet. In the future, each person
may be associated with hundreds or even thousands of online devices.
The Internet’s exponential growth presents extreme technological
challenges, as network engineers struggle to keep up with demand.
Today, most people will program their VCRs, start dinner cooking in
the microwave, and activate burglar alarms from anywhere in the
world via the Internet. Every day, entrepreneurs announce new
Internet application, from innovative information gathering services to
voice messaging and videoconferencing. The Internet opens up a
whole way of communicating and doing business. The applications are
limited only by our imaginations. Here are just some ofthe ways that
may be used.
As the Internet more commercialized, new opportunities will arise for
both businesses and consumers. Today, many businesses are
beginning to advertise on the Internet.
Just the television and the automobile, the Internet will revolutionize
all aspects of everyday life. Geographic boundaries will fade and with
them, the distance that separates people. Location willno longer be
advantage or a disadvantage. Amenities and services now common
only in large cities will available to everyone.
As the Internet continues to evolve, it will change the way we live and
work. Communities will be based on something other than geographic
proximity. We need to define the role of governmentin an electronic
world physical border. While no one knows exactly whatthe future will
bring, the Internet is sure an important role in it.
The Internet is growing rapidly; with hundreds of thousands of new
users getting online each month through Commercial online Services
and Internet access providers.
The Internet infrastructure is also growing rapidly. Every 30 minutes, a
new network is connected to the Internet. In the future, each person
may be associated with hundreds or even thousands of online devices.
The Internet’s exponential growth presents extreme technological
challenges, as network engineers struggle to keep up with demand.
Today, most people will program their VCRs, start dinner cooking in
the microwave, and activate burglar alarms from anywhere in the
world via the Internet. Every day, entrepreneurs announce new
Internet application, from innovative information gathering services to
voice messaging and videoconferencing. The Internet opens up a
whole way of communicating and doing business. The applications are
limited only by our imaginations. Here are just some ofthe ways that
may be used.
As the Internet more commercialized, new opportunities will arise for
both businesses and consumers. Today, many businesses are
beginning to advertise on the Internet.
Thursday, 6 December 2012
File Transfer Protocol
File Transfer Protocol
File Transfer Protocol is a method of transferring files from one
computer to another. A protocol is a rule or set of rules that have to be
followed by both the client and the server computers so that
communication can take place between them. It is the same in case of
FTP, the computer that is requesting for a file is the FTP client, while
the computer, which services the request, is the FTP server and both
of them follow the FTP protocol. Advantages of FTP are Speed, Cost
and Choice.
File Transfer Protocol is a method of transferring files from one
computer to another. A protocol is a rule or set of rules that have to be
followed by both the client and the server computers so that
communication can take place between them. It is the same in case of
FTP, the computer that is requesting for a file is the FTP client, while
the computer, which services the request, is the FTP server and both
of them follow the FTP protocol. Advantages of FTP are Speed, Cost
and Choice.
Sunday, 2 December 2012
Birth of Internet?
Birth of Internet?
The INTERNET was born in 1969, when a paranoid American military
had nightmares about the primary communication centers being
bombed out by Russians. To prevent suck occurrence, the ARPA
(Advanced Research Projects Agency) set up four communication
hosts, linking them in such a fashion which would ensurethat even if
one got bombed out. Communication would route aroundthe affected
area and stay alive.
This network called ARPA net quickly grew. This primary service on
ARPA net was electronic mail. It was the first time that emails actually
came into use. In very short time, students began linking their own
campus networks into ARPA net, using a well defined protocol TCP-IP.
This joining of networks was also called inter-networking, and soon the
entire setup was called INTERENT.
In 1973, ARPA net allowed international bodies to the net, and after
that there was no looking back.
The INTERNET was born in 1969, when a paranoid American military
had nightmares about the primary communication centers being
bombed out by Russians. To prevent suck occurrence, the ARPA
(Advanced Research Projects Agency) set up four communication
hosts, linking them in such a fashion which would ensurethat even if
one got bombed out. Communication would route aroundthe affected
area and stay alive.
This network called ARPA net quickly grew. This primary service on
ARPA net was electronic mail. It was the first time that emails actually
came into use. In very short time, students began linking their own
campus networks into ARPA net, using a well defined protocol TCP-IP.
This joining of networks was also called inter-networking, and soon the
entire setup was called INTERENT.
In 1973, ARPA net allowed international bodies to the net, and after
that there was no looking back.
CPU
CPU - Central Processing Unit
This part of the computer that executes program instructions is known as the
processor or Central Processing Unit (CPU). In a microcomputer, the CPU is
based on a single electronic component, the microprocessor chip, within the
system unit or system cabinet. The system unit also includes circuit boards,
memory chips, ports and other components. Amicrocomputer’ s system cabinet
will also house disk drives, hard disks, etc., but these are considered separate
from the CPU.
The CPU has two parts —The Control Unit (CU) and the Arithmetic Logic Unit
(ALU). In a microcomputer , both are on a single microprocessor chip.
Control Unit (CU)
The control unit tells the rest of the computer system how to carry out a program’ s
instructions. It directs the movement of electronic signals between memory -which temporarily holds data, instructions and processes information - and the
ALU. It also directs these control signals between the CPU and input/output
devices.
Arithmetic - Logic Unit (ALU)
Arithmetic Logic Unit, usually called the ALU, performs two types of operations
- arithmetical and logical.
This part of the computer that executes program instructions is known as the
processor or Central Processing Unit (CPU). In a microcomputer, the CPU is
based on a single electronic component, the microprocessor chip, within the
system unit or system cabinet. The system unit also includes circuit boards,
memory chips, ports and other components. Amicrocomputer’ s system cabinet
will also house disk drives, hard disks, etc., but these are considered separate
from the CPU.
The CPU has two parts —The Control Unit (CU) and the Arithmetic Logic Unit
(ALU). In a microcomputer , both are on a single microprocessor chip.
Control Unit (CU)
The control unit tells the rest of the computer system how to carry out a program’ s
instructions. It directs the movement of electronic signals between memory -which temporarily holds data, instructions and processes information - and the
ALU. It also directs these control signals between the CPU and input/output
devices.
Arithmetic - Logic Unit (ALU)
Arithmetic Logic Unit, usually called the ALU, performs two types of operations
- arithmetical and logical.
Web Addresses
Web Addresse
World Wide Web is a network of
electronic files stored on millions
of computers all around the world.
Hypertext links these resources
together. Uniform Resource
Locators or URLs are the
addresses used to locate the files.
Every URL is unique and identifies
one specific file.
example:
http://www.du.ac.in
The home page of Delhi
University.
World Wide Web is a network of
electronic files stored on millions
of computers all around the world.
Hypertext links these resources
together. Uniform Resource
Locators or URLs are the
addresses used to locate the files.
Every URL is unique and identifies
one specific file.
example:
http://www.du.ac.in
The home page of Delhi
University.
Domain Names
Domain Names
Every computer that hosts data on the Internet has a
unique numerical address. For example, the numerical
address for the White House is 198.137.240.100. But
since few people want to remember long strings of
numbers, the Domain Name System (DNS) was
invented. DNS, a critical part of the Internet's technical
infrastructure, correlates a numerical address to aword.
To access the White House website, you could type its
number into the address box of your web browser. But
most people prefer to use "www.whitehouse.gov." In
this case, the domain name is whitehouse.gov.
Every computer that hosts data on the Internet has a
unique numerical address. For example, the numerical
address for the White House is 198.137.240.100. But
since few people want to remember long strings of
numbers, the Domain Name System (DNS) was
invented. DNS, a critical part of the Internet's technical
infrastructure, correlates a numerical address to aword.
To access the White House website, you could type its
number into the address box of your web browser. But
most people prefer to use "www.whitehouse.gov." In
this case, the domain name is whitehouse.gov.
The Structure of a Domain Name
The Structure of a Domain Name
A domain name has two or more parts separated by dots and consists of
some form of an organization's name and a three letter or more suffix. For
example, the domain name for IBM is "ibm.com"; the United Nations is
"un.org." The domain name suffix is known as a generic top-level
domain (gTLD). It describes the type of organization.
Currently in use gTLDs:
.aero--For the air-transport industry
.biz--Reserved for businesses
.com--For businesses, commercial enterprises
.edu--For educational institutions and universities
.gov--Reserved for United States government agencies
.info--For all uses
.mil--For the United States military
.net--For networks; usually reserved for organizations such as Internet
service providers
.org--For non-commercial organizations.
A domain name has two or more parts separated by dots and consists of
some form of an organization's name and a three letter or more suffix. For
example, the domain name for IBM is "ibm.com"; the United Nations is
"un.org." The domain name suffix is known as a generic top-level
domain (gTLD). It describes the type of organization.
Currently in use gTLDs:
.aero--For the air-transport industry
.biz--Reserved for businesses
.com--For businesses, commercial enterprises
.edu--For educational institutions and universities
.gov--Reserved for United States government agencies
.info--For all uses
.mil--For the United States military
.net--For networks; usually reserved for organizations such as Internet
service providers
.org--For non-commercial organizations.
Do follow social bookmarking site list
Do follow social bookmarking site list
Social bookmarking is a method to store and share your blog or website links to various social bookmarking site list.today i share the some do follow social bookmarking sites.
http://slashdot.org
http://digg.com/
http://stumbleupon.com/
http://squidoo.com/
http://reddit.com
http://del.icio.us/
http://mixx.com/
http://technorati.com/
http://folkd.com/
http://mister-wong.com/
http://librarything.com/
http://google.com/bookmarks
http://favorites.my.aol.com/
http://mystuff.ask.com/
http://multiply.com
http://segnalo.alice.it/
http://mybloglog.com
http://propeller.com/
http://diigo.com/
http://metafilter.com/
http://wikio.com/
http://care2.com/
http://nowpublic.com/
http://connotea.org/
http://linkarena.com/
http://citeulike.org/
Social bookmarking is a method to store and share your blog or website links to various social bookmarking site list.today i share the some do follow social bookmarking sites.
http://slashdot.org
http://digg.com/
http://stumbleupon.com/
http://squidoo.com/
http://reddit.com
http://del.icio.us/
http://mixx.com/
http://technorati.com/
http://folkd.com/
http://mister-wong.com/
http://librarything.com/
http://google.com/bookmarks
http://favorites.my.aol.com/
http://mystuff.ask.com/
http://multiply.com
http://segnalo.alice.it/
http://mybloglog.com
http://propeller.com/
http://diigo.com/
http://metafilter.com/
http://wikio.com/
http://care2.com/
http://nowpublic.com/
http://connotea.org/
http://linkarena.com/
http://citeulike.org/
Web Browsers
Web Browsers
Web Browsers
A web browser is the software
program you use to access the
World Wide Web, the graphical
portion of the Internet. The first
browser, called NCSA Mosaic, was
developed at the National Center
for Supercomputing Applications in
the early 1990s. The easy-to-use
point-and-click interface helped
popularize the Web. Microsoft
Internet Explorer and Netscape
Navigator are the two most
popular ones
Web Browsers
A web browser is the software
program you use to access the
World Wide Web, the graphical
portion of the Internet. The first
browser, called NCSA Mosaic, was
developed at the National Center
for Supercomputing Applications in
the early 1990s. The easy-to-use
point-and-click interface helped
popularize the Web. Microsoft
Internet Explorer and Netscape
Navigator are the two most
popular ones
List of web 2.0 sites
List of web 2.0 sites
web 2.0 website interect the user with each other.web 2.0 is a advanced internt technology and advance applications like blogs,social bookmarking. new user interface with the web 2.0. internet is changing the new technologies. internet is platform to store and share your things.so latest web 2.0 websites must use them.
I write top web 2.0 sites list below.
Page rank 9 web 2.0 sites
http://wordpress.com/
PR 8 Web 2.0 Sites
http://www.weebly.com/
http://www.typepad.com/
http://www.blogger.com/
http://www.livejournal.com/
http://www.tumblr.com/
http://www.squidoo.com/
http://www.tripod.lycos.com/
PR 7 Web 2.0 Sites
http://www.wikispaces.com/
http://www.webs.com/
http://bravenet.com/
http://my.opera.com/
http://multiply.com/
http://www.xanga.com/
http://www.yola.com/
http://www.blogsome.com/
http://www.jimdo.com/
PR 6 Web 2.0 Sites
http://www.bigadda.com/
http://www.wetpaint.com/
http://www.blogspirit.com/
http://www.opendiary.com/
http://www.blogdrive.com/
http://www.tblog.com/
http://gather.com/
http://weblogs.us/
http://blog.com/
http://www.blog.co.uk/
http://hubpages.com/
http://diaryland.com/
http://www.zimbio.com/
http://quizilla.teennick.com/
http://sosblog.com/
PR5 Web 2.0 Sites
http://20six.co.uk/
http://blog.ca/
http://hubpages.com/
http://blurty.com/
http://upsaid.com/
http://tabulas.com/
http://tblog.com/
http://terapad.com/
http://shoutpost.com/
http://thoughts.com/
http://blogskinny.com/
http://free-conversant.com/
http://freeflux.net/
PR4 Web 2.0 Sites
http://blogeasy.com/
http://blogstream.com/
http://blogstudio.com/
http://blogtext.org/
http://insanejournal.com/
http://journalfen.net/
http://journalhub.com/
http://bloxster.net/
http://bloghi.com/
http://mynewblog.com/
http://netcipia.com/
http://wikyblog.com/
http://blogigo.com/
web 2.0 website interect the user with each other.web 2.0 is a advanced internt technology and advance applications like blogs,social bookmarking. new user interface with the web 2.0. internet is changing the new technologies. internet is platform to store and share your things.so latest web 2.0 websites must use them.
I write top web 2.0 sites list below.
Page rank 9 web 2.0 sites
http://wordpress.com/
PR 8 Web 2.0 Sites
http://www.weebly.com/
http://www.typepad.com/
http://www.blogger.com/
http://www.livejournal.com/
http://www.tumblr.com/
http://www.squidoo.com/
http://www.tripod.lycos.com/
PR 7 Web 2.0 Sites
http://www.wikispaces.com/
http://www.webs.com/
http://bravenet.com/
http://my.opera.com/
http://multiply.com/
http://www.xanga.com/
http://www.yola.com/
http://www.blogsome.com/
http://www.jimdo.com/
PR 6 Web 2.0 Sites
http://www.bigadda.com/
http://www.wetpaint.com/
http://www.blogspirit.com/
http://www.opendiary.com/
http://www.blogdrive.com/
http://www.tblog.com/
http://gather.com/
http://weblogs.us/
http://blog.com/
http://www.blog.co.uk/
http://hubpages.com/
http://diaryland.com/
http://www.zimbio.com/
http://quizilla.teennick.com/
http://sosblog.com/
PR5 Web 2.0 Sites
http://20six.co.uk/
http://blog.ca/
http://hubpages.com/
http://blurty.com/
http://upsaid.com/
http://tabulas.com/
http://tblog.com/
http://terapad.com/
http://shoutpost.com/
http://thoughts.com/
http://blogskinny.com/
http://free-conversant.com/
http://freeflux.net/
PR4 Web 2.0 Sites
http://blogeasy.com/
http://blogstream.com/
http://blogstudio.com/
http://blogtext.org/
http://insanejournal.com/
http://journalfen.net/
http://journalhub.com/
http://bloxster.net/
http://bloghi.com/
http://mynewblog.com/
http://netcipia.com/
http://wikyblog.com/
http://blogigo.com/
Saturday, 1 December 2012
What Is JavaScript?
What Is JavaScript?
JavaScript is an interpreted(rather than compiled) object-oriented programming language
that has been developed for use alongside other Web tools. JavaScript does not operate as
a standalone language. It is designed to work together with HTML for creating interactive
Web pages. It is not the same as Java, which is a compiled object-oriented language.
JavaScript is used to write client side applications, which means that JavaScript code
is sent to a user’s computer when a Web page is loaded. The code is then executed, basi-cally line by line, by a JavaScript interpreter included as part of the user’s (client’s) Web
browser. This arrangement minimizes security issues that can arise when a client computer
interacts with the computer that sent the page. It also makes it easy to package an entire
problem, with its own user interface and solution, self-contained within a single document.
But the inability to interact dynamically with information stored on a serverimposes limi-tations on the kinds of tasks that JavaScript can accomplish.
It is commonplace to refer to any set of written computer instructions as a “program.”
However, this term is more rigorously applied to a separate entity that can be executed on its
own. Because JavaScript is interpreted rather than compiled, a separately executable entity is
never created. Instead, JavaScript code statements are interpreted and executed one at a time,
essentially “on the fly.” Although this may seem inefficient, there is rarely any discernible
time lag associated with executing JavaScript commands on modern computers.
JavaScript is one of a class of scripting languages whose purpose is to access and mod-ify components of an existing information interface. (Microsoft’s VBScript is another
scripting language.) In this case, the interface is an HTML document. As soon as HTML
documents on the Web evolved from one-way delivery systems for displaying fixed con-tent, something like JavaScript immediately became necessary. One of its first applications
arose from the need to check values entered by users into the fields of HTML forms that
can be sent back to the originator. (Forms are discussed in a later chapter.) JavaScript can
be used to compare input values against an expected range or set of values and to generate
appropriate messages and other actions based on those comparisons.
JavaScript has evolved into a complete programming language with extensive capabili-ties for manipulating text and handling mathematical operations, useful for a wide range of
computing problems. Possible applications include many self-contained scientific and
engineering calculations. As noted earlier, JavaScript is restricted to problems that do not
need to access external data sources, regardless of whether those sources reside on a local
computer or on a remote server.
JavaScript is an interpreted(rather than compiled) object-oriented programming language
that has been developed for use alongside other Web tools. JavaScript does not operate as
a standalone language. It is designed to work together with HTML for creating interactive
Web pages. It is not the same as Java, which is a compiled object-oriented language.
JavaScript is used to write client side applications, which means that JavaScript code
is sent to a user’s computer when a Web page is loaded. The code is then executed, basi-cally line by line, by a JavaScript interpreter included as part of the user’s (client’s) Web
browser. This arrangement minimizes security issues that can arise when a client computer
interacts with the computer that sent the page. It also makes it easy to package an entire
problem, with its own user interface and solution, self-contained within a single document.
But the inability to interact dynamically with information stored on a serverimposes limi-tations on the kinds of tasks that JavaScript can accomplish.
It is commonplace to refer to any set of written computer instructions as a “program.”
However, this term is more rigorously applied to a separate entity that can be executed on its
own. Because JavaScript is interpreted rather than compiled, a separately executable entity is
never created. Instead, JavaScript code statements are interpreted and executed one at a time,
essentially “on the fly.” Although this may seem inefficient, there is rarely any discernible
time lag associated with executing JavaScript commands on modern computers.
JavaScript is one of a class of scripting languages whose purpose is to access and mod-ify components of an existing information interface. (Microsoft’s VBScript is another
scripting language.) In this case, the interface is an HTML document. As soon as HTML
documents on the Web evolved from one-way delivery systems for displaying fixed con-tent, something like JavaScript immediately became necessary. One of its first applications
arose from the need to check values entered by users into the fields of HTML forms that
can be sent back to the originator. (Forms are discussed in a later chapter.) JavaScript can
be used to compare input values against an expected range or set of values and to generate
appropriate messages and other actions based on those comparisons.
JavaScript has evolved into a complete programming language with extensive capabili-ties for manipulating text and handling mathematical operations, useful for a wide range of
computing problems. Possible applications include many self-contained scientific and
engineering calculations. As noted earlier, JavaScript is restricted to problems that do not
need to access external data sources, regardless of whether those sources reside on a local
computer or on a remote server.
Features of pentium p4
Features of pentium p4
Greater performance with Hyper-Threading Technology.Threading enables multi-threaded software application to execute two software threads in parallel, thereby improving system responsiveness.Intel pentium IV processors enabled with HT Technoology deliver performance and multitasking gains that result in increased productivity and efficiency.
Improved power Management with Enhanced Intel speed step Technology.Intel pentium 4 processors that are enabled with Enhanced Intel speed step Technology allow the operating system to adjust the processor clock down when running applications that requires less power. Increased power efficiency brings savings.
scalability and performance with Intel.EM64T Intel Extended Memory 64 Technology can improve performance by allowing the system to address more than 4 GB of both virtual and physical memory. Intel EM64t also provides support for 64-bit computing to help handle the applications of tomorrow.
Greater performance with Hyper-Threading Technology.Threading enables multi-threaded software application to execute two software threads in parallel, thereby improving system responsiveness.Intel pentium IV processors enabled with HT Technoology deliver performance and multitasking gains that result in increased productivity and efficiency.
Improved power Management with Enhanced Intel speed step Technology.Intel pentium 4 processors that are enabled with Enhanced Intel speed step Technology allow the operating system to adjust the processor clock down when running applications that requires less power. Increased power efficiency brings savings.
scalability and performance with Intel.EM64T Intel Extended Memory 64 Technology can improve performance by allowing the system to address more than 4 GB of both virtual and physical memory. Intel EM64t also provides support for 64-bit computing to help handle the applications of tomorrow.
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