Difference Between Intel Core i3, i5 and i7

Intel is the best processor manufacturing company besides AMD. Intel has a wide range of processors, which confuse many buyers. A tech enthusiast would know the differences between Core i3, Core i5, and Core i7. Taking consideration of general computer usage person wonders what exactly are this i3,i5,i7, and so on. We know what they and what they do are. In this article, we will explain you basic differences between Core i3,i5, and i7 processors. Knowing the differences helps you to buy a perfect PC for you or your friends or to anyone else.

CPU power runs entirely as the clock speed. The clock speed of a CPU tells how fast a CPU works but not actually how powerful it is.

Let us take a simple example for clear understanding:

A CPU with a 3.0 GHz runs faster than a CPU with 2.5 GHz. Intel named their processors differently by using ‘Core’ naming to move out of the clock speed race.

Difference between Intel Core i3, i5, and i7, Explained

It is known Core i7s perform better than Core i5s. Core i5s perform better than Core i3s.

Why and what matters for performance differences?

The main reason for performance differences is in common; The Core i3 processor chips are made for the budget PCs and low-end laptops. A general computer user who does good browsing and watching videos, the i3 processor works fine. The Core i3 processors have a low Cache size.

The mid-range computers have the i5 processors. PC’s with Core i5 are good for an average user and gaming.

The Core i7 CPUs are made for high-end PCs and laptops. These are used by users who do video editing, heavy gaming, and moviemaking.

Number of cores

Let us make it simple the more cores there are, the more tasks can be served at ease.

If you look closely and carefully the main thing you’ll notice from the Core i5 and i7 processors have four cores, whereas the Core i3 models only have two. The cores will affect the performance of the processors the most.

Having multiple cores makes the computer work faster and does ease multitasking. Having more Cores drastically increases the speed of individual programs that are running.

The Core i3s has a Hyper-Threading capabilities in them. The different versions of Core i5s come with Hyper-Threading, Turbo Boost features enabled.

Talking about the i7 cores has Hyper-Threading, Overclocking abilities, and Turbo boosting.

Core i7s are the best Intel has to offer for general consumers while Core i3s being the most affordable in the series.

Which processor should I buy?

A Core i3 is good and perfect for day-to-day use, i5 if you want to do video or photo editing, i7 if you do a lot of video editing in 4K.

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Difference Between Intel Core i3, i5 and i7

Intel is the best processor manufacturing company besides AMD. Intel has a wide range of processors, which confuse many buyers. A tech enthusiast would know the differences between Core i3, Core i5, and Core i7. Taking consideration of general computer usage person wonders what exactly are this i3,i5,i7, and so on. We know what they and what they do are. In this article, we will explain you basic differences between Core i3,i5, and i7 processors. Knowing the differences helps you to buy a perfect PC for you or your friends or to anyone else.

CPU power runs entirely as the clock speed. The clock speed of a CPU tells how fast a CPU works but not actually how powerful it is.

Let us take a simple example for clear understanding:

A CPU with a 3.0 GHz runs faster than a CPU with 2.5 GHz. Intel named their processors differently by using ‘Core’ naming to move out of the clock speed race.

Difference between Intel Core i3, i5, and i7, Explained

It is known Core i7s perform better than Core i5s. Core i5s perform better than Core i3s.

Why and what matters for performance differences?

The main reason for performance differences is in common; The Core i3 processor chips are made for the budget PCs and low-end laptops. A general computer user who does good browsing and watching videos, the i3 processor works fine. The Core i3 processors have a low Cache size.

The mid-range computers have the i5 processors. PC’s with Core i5 are good for an average user and gaming.

The Core i7 CPUs are made for high-end PCs and laptops. These are used by users who do video editing, heavy gaming, and moviemaking.

Number of cores

Let us make it simple the more cores there are, the more tasks can be served at ease.

If you look closely and carefully the main thing you’ll notice from the Core i5 and i7 processors have four cores, whereas the Core i3 models only have two. The cores will affect the performance of the processors the most.

Having multiple cores makes the computer work faster and does ease multitasking. Having more Cores drastically increases the speed of individual programs that are running.

The Core i3s has a Hyper-Threading capabilities in them. The different versions of Core i5s come with Hyper-Threading, Turbo Boost features enabled.

Talking about the i7 cores has Hyper-Threading, Overclocking abilities, and Turbo boosting.

Core i7s are the best Intel has to offer for general consumers while Core i3s being the most affordable in the series.

Which processor should I buy?

A Core i3 is good and perfect for day-to-day use, i5 if you want to do video or photo editing, i7 if you do a lot of video editing in 4K.

Read More

THE CAREER AND EDUCATION OF DENNIS RITCHIE

Dennis Ritchie attended Harvard and graduated with degrees in Physics and Applied Mathematics. He began working at Bell Labs in 1968. Later he went on to receive his PhD under the supervision of Patrick C. Fischer. His doctoral dissertation was titled “Program Structure and Computational Complexity.” Ritchie was best known for his work as a key figure in the development of the UNIX operating system. He also co-authored the quintessential book on C, titled “The C Programming Language.”

AWARDS GIVEN TO DENNIS RITCHIE FOR HIS WORK

Ritchie received several awards throughout his career. In 1983, he received a Turing award for his work on the UNIX operating system. In 1997, Ritchie, along with his colleague Ken Thompson, were made Fellows of the Computer History Museum. In 1999, Thompson and Ritchie received the National Medal of Technology. And, in 2011, Ritchie received the Japan Prize for Information and Communications for his work on the C language.

DENNIS RITCHIE’S CHILDHOOD AND FAMILY BACKGROUND

Dennis was born in Bronxville, New York. His father, Alistair E. Ritchie was a scientist at Bell Labs. As a child, his family relocated to Summit, New Jersey where he attended Summit High School. Ritchie was fascinated by Harvard’s UNIVAC I computer and spent a lot of his spare time learning more about computer architecture. He specifically developed an interest in how computers were programmed.

DENNIS RITCHIE’S NOTABLE BOOKS

In addition to being an accomplished software developer, Dennis Ritchie also authored two notable books. The first was the “Unix Programmer’s Manual.” It was first published in 1971. The second book he co-authored was “The C Programming Language.” It was first published in 1978, and is regarded by many to be the de facto standard on the language.

DENNIS RITCHIE’S DEATH AND HIS LEGACY

Ritchie was found dead at his home in October 2011 after a long battle with prostate cancer and heart disease. He lived a very low-key life according to his friends and family. Despite his reserved nature, he was seen as a visionary and a key figure in the history of computing. Ritchie said that he never expected the C programming language to be as significant as it was. One of his colleagues, Brian Kernighan said that Ritchie’s work paved the way for high-profile projects, such as the iPhone.

Dennis Ritchie was a pioneer in the field of computer science with his work in the development of the C programming language. His work had far-reaching implications both in the history of computing and modern-day software development. The C programming language was the forerunner of several of today’s most popular technologies. Ritchie was a quiet and modest man, with a remarkably strong work ethic. This work ethic led to his invention of C and ensures that he will always be a key figure throughout computer history.

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THE CAREER AND EDUCATION OF DENNIS RITCHIE

Dennis Ritchie attended Harvard and graduated with degrees in Physics and Applied Mathematics. He began working at Bell Labs in 1968. Later he went on to receive his PhD under the supervision of Patrick C. Fischer. His doctoral dissertation was titled “Program Structure and Computational Complexity.” Ritchie was best known for his work as a key figure in the development of the UNIX operating system. He also co-authored the quintessential book on C, titled “The C Programming Language.”

AWARDS GIVEN TO DENNIS RITCHIE FOR HIS WORK

Ritchie received several awards throughout his career. In 1983, he received a Turing award for his work on the UNIX operating system. In 1997, Ritchie, along with his colleague Ken Thompson, were made Fellows of the Computer History Museum. In 1999, Thompson and Ritchie received the National Medal of Technology. And, in 2011, Ritchie received the Japan Prize for Information and Communications for his work on the C language.

DENNIS RITCHIE’S CHILDHOOD AND FAMILY BACKGROUND

Dennis was born in Bronxville, New York. His father, Alistair E. Ritchie was a scientist at Bell Labs. As a child, his family relocated to Summit, New Jersey where he attended Summit High School. Ritchie was fascinated by Harvard’s UNIVAC I computer and spent a lot of his spare time learning more about computer architecture. He specifically developed an interest in how computers were programmed.

DENNIS RITCHIE’S NOTABLE BOOKS

In addition to being an accomplished software developer, Dennis Ritchie also authored two notable books. The first was the “Unix Programmer’s Manual.” It was first published in 1971. The second book he co-authored was “The C Programming Language.” It was first published in 1978, and is regarded by many to be the de facto standard on the language.

DENNIS RITCHIE’S DEATH AND HIS LEGACY

Ritchie was found dead at his home in October 2011 after a long battle with prostate cancer and heart disease. He lived a very low-key life according to his friends and family. Despite his reserved nature, he was seen as a visionary and a key figure in the history of computing. Ritchie said that he never expected the C programming language to be as significant as it was. One of his colleagues, Brian Kernighan said that Ritchie’s work paved the way for high-profile projects, such as the iPhone.

Dennis Ritchie was a pioneer in the field of computer science with his work in the development of the C programming language. His work had far-reaching implications both in the history of computing and modern-day software development. The C programming language was the forerunner of several of today’s most popular technologies. Ritchie was a quiet and modest man, with a remarkably strong work ethic. This work ethic led to his invention of C and ensures that he will always be a key figure throughout computer history.

Read More

20 Facts About Programming

These are the some facts about programming that every programmer must know. Only programmers can understand not others.

The root is at the top of the tree.
Counting starts from zero, not one.
The first game was created in 1963 and never made any money.
The first computer virus was initially designed without any harmful intentions and was created in 1983.
A parent me kill its child if the task assigned to them is no longer needed.
Most of the hacking scenes in movies are complete bullshit.
When you format your hard drive, the files are not deleted.
The first computer programmer was a woman.
In 1843, Ada Lovelace, a British mathematician, published an English translation of an Analytical Engine article written by Luigi Menabrea, an Italian engineer. To her translation, she added her own extensive notes.

That ‘=’ != ‘==’.
That windows desktops “REFRESH” button is not some magical tool which keeps your computer healthy.
The first high level language was FORTRAN invented in 1954 by IBM,s John Backus.
That 1 Mbps and 1 MBps internet connection don’t mean the same thing.
Only programmers understand the value of semicolon ;.
“|” is not useless.
A programmer is one who deals with algorithms and design principles, not the one who repairs a computer.
The Playboy magazine picture is the most widely used for all sorts of image processing algorithms.
The image of Lena Söderberg is a standard test image widely used in the field of image processing since 1973. The image was cropped from the centerfold of November 1972 issue of Playboy magazine.

That there is a thing called constant variable.
You can never watch or listen to anything on the internet without having it copied to your computer first.
Crtl + C and Crtl + v have saved more lives than Batman and Robin.
Sleeping with a programming, can actually solve it.

Read More

20 Facts About Programming

These are the some facts about programming that every programmer must know. Only programmers can understand not others.

The root is at the top of the tree.
Counting starts from zero, not one.
The first game was created in 1963 and never made any money.
The first computer virus was initially designed without any harmful intentions and was created in 1983.
A parent me kill its child if the task assigned to them is no longer needed.
Most of the hacking scenes in movies are complete bullshit.
When you format your hard drive, the files are not deleted.
The first computer programmer was a woman.
In 1843, Ada Lovelace, a British mathematician, published an English translation of an Analytical Engine article written by Luigi Menabrea, an Italian engineer. To her translation, she added her own extensive notes.

That ‘=’ != ‘==’.
That windows desktops “REFRESH” button is not some magical tool which keeps your computer healthy.
The first high level language was FORTRAN invented in 1954 by IBM,s John Backus.
That 1 Mbps and 1 MBps internet connection don’t mean the same thing.
Only programmers understand the value of semicolon ;.
“|” is not useless.
A programmer is one who deals with algorithms and design principles, not the one who repairs a computer.
The Playboy magazine picture is the most widely used for all sorts of image processing algorithms.
The image of Lena Söderberg is a standard test image widely used in the field of image processing since 1973. The image was cropped from the centerfold of November 1972 issue of Playboy magazine.

That there is a thing called constant variable.
You can never watch or listen to anything on the internet without having it copied to your computer first.
Crtl + C and Crtl + v have saved more lives than Batman and Robin.
Sleeping with a programming, can actually solve it.

Read More

How Airplane Wi-Fi Works

Have you ever wondered how actually the Wi-Fi in an airplane works? Traveling in the airplane has been a phone-free zone for a lot of years. We have to turn off our electronic devices and rely instead on movies and in-flight magazines for fun. But times have changed.

Airplanes have tried to make flying a little more enjoyable by offering us in-flight wireless internet, but have you ever wondered how exactly does Wi-Fi work when you are on an airplane?

When Wi-Fi first became a thing in the airplane in the early to mid-2000s, it usually worked by transmitting an internet connection to a transponder attached to the plane using satellites, similar to how folks in rural areas without cable DSL or fiber infrastructure use satellite dishes to get online.

Even in the present days, those old systems are still in use. There is a system named air-to-ground transmission or also called as ATG. These are similar to cell phone towers. These have the benefit of being a cheaper than satellite internet, but they work over land, and there are few disadvantages not only do these towers suffer from geographical restrictions, but the service they provide can be painfully slow as anyone who’s ever tried to stream anything on a plane probably knows.

The ATG systems don’t offer speeds that are high. The speed would be somewhere around five megabytes per second, but the satellite internet is faster with speeds of up to 50 megabytes per second. There are Ku band, the same range of spectrum used to be satellite TV which we use in our house. With many people flying on airliner, a 50 megabytes connection can be very slow if lots of passengers are connected at the same time. The tech we have available requires airlines to get large antennas onto their planes; these will be heavy enough to have a heavy effect on the plane’s weight and aerodynamics which leads to higher fuel costs that are passed along to you.

Nowadays, major air carriers are now starting to install cob Ka-band satellite antennas which have the potential due to their higher bandwidth to reach hundreds of megabytes per second, enough for streaming even on a full plane where lots of people are trying to connect.

Read More

How Airplane Wi-Fi Works

Have you ever wondered how actually the Wi-Fi in an airplane works? Traveling in the airplane has been a phone-free zone for a lot of years. We have to turn off our electronic devices and rely instead on movies and in-flight magazines for fun. But times have changed.

Airplanes have tried to make flying a little more enjoyable by offering us in-flight wireless internet, but have you ever wondered how exactly does Wi-Fi work when you are on an airplane?

When Wi-Fi first became a thing in the airplane in the early to mid-2000s, it usually worked by transmitting an internet connection to a transponder attached to the plane using satellites, similar to how folks in rural areas without cable DSL or fiber infrastructure use satellite dishes to get online.

Even in the present days, those old systems are still in use. There is a system named air-to-ground transmission or also called as ATG. These are similar to cell phone towers. These have the benefit of being a cheaper than satellite internet, but they work over land, and there are few disadvantages not only do these towers suffer from geographical restrictions, but the service they provide can be painfully slow as anyone who’s ever tried to stream anything on a plane probably knows.

The ATG systems don’t offer speeds that are high. The speed would be somewhere around five megabytes per second, but the satellite internet is faster with speeds of up to 50 megabytes per second. There are Ku band, the same range of spectrum used to be satellite TV which we use in our house. With many people flying on airliner, a 50 megabytes connection can be very slow if lots of passengers are connected at the same time. The tech we have available requires airlines to get large antennas onto their planes; these will be heavy enough to have a heavy effect on the plane’s weight and aerodynamics which leads to higher fuel costs that are passed along to you.

Nowadays, major air carriers are now starting to install cob Ka-band satellite antennas which have the potential due to their higher bandwidth to reach hundreds of megabytes per second, enough for streaming even on a full plane where lots of people are trying to connect.

Read More

Intel Core i9 Extreme – Most extreme desktop processor ever Intel Core i9 Extreme X series

The war of processors between AMD and Intel is very well known. This month AMD revealed its first monstrous Ryzen Threadripper processors with up to 16 cores and 32 threads. AMD intended to target the world’s fastest ultra-premium desktop systems. Yesterday, Intel also introduced its new Core X-series, and it’s anchored by the company’s first 18-core CPU, the Core i9 Extreme. The i9 Extreme is a befitting reply to AMD’s 16-core/32-thread Ryzen Threadripper.

Core-i9-Extreme-Processors-compressed

Last week, the picture was leaked on a tech forum and it was showing that Intel Likely to Launch a high-end Core i9 CPU with 12 cores. However, the 18 core processor is a good surprise from Intel.

“The Intel Core X-series processor family introduces a series of firsts that reflect the extreme performance we are delivering,”

Intel said today.

“This family includes Intel’s first teraflop desktop CPUs, a prime example of just how much raw compute these processors can handle. We’re also introducing the entirely new Intel Core i9 processor, representing the highest performance for advanced gaming, VR and content creation.”

About the Core i9, these Intel chips feature a base clock speed of 3.3GHz, reaching up to 4.3GHz dual-core speed with Turbo Boost 2.0 and 4.5GHz with Turbo Boost 3.0, which implies that there’s plenty of room for overclocking. At the top of the line-up is the new Intel Core i9 Extreme Edition processor – the first consumer desktop CPU with 18 cores and 36 threads.

Core-i9-Extreme-Processor family-compressed

All of the latest X-Series chips run on Intel’s new x299 chipset, replacing the x99 platform used by their predecessors. New x299-based motherboards and full desktop systems will be available “in the coming weeks”.

The Core i9 Extreme Edition i9-7980XE, what Intel calls the first teraflop desktop PC processor ever, will be priced at $1,999. The lower-tier Core i9 family: Core i9 X-series chips in 16-core, 14-core, 12-core, and 10-core versions, with prices climbing from $999 to $1,699. If these Core i9 X-series chips are too rich, Intel also introduced three new Core i7 X-series chips, priced from $339 to $599, and a $242 quad-core Core i5. All of the new chips are due “in the coming weeks,” Intel said.

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Intel Core i9 Extreme – Most extreme desktop processor ever Intel Core i9 Extreme X series

The war of processors between AMD and Intel is very well known. This month AMD revealed its first monstrous Ryzen Threadripper processors with up to 16 cores and 32 threads. AMD intended to target the world’s fastest ultra-premium desktop systems. Yesterday, Intel also introduced its new Core X-series, and it’s anchored by the company’s first 18-core CPU, the Core i9 Extreme. The i9 Extreme is a befitting reply to AMD’s 16-core/32-thread Ryzen Threadripper.

Core-i9-Extreme-Processors-compressed

Last week, the picture was leaked on a tech forum and it was showing that Intel Likely to Launch a high-end Core i9 CPU with 12 cores. However, the 18 core processor is a good surprise from Intel.

“The Intel Core X-series processor family introduces a series of firsts that reflect the extreme performance we are delivering,”

Intel said today.

“This family includes Intel’s first teraflop desktop CPUs, a prime example of just how much raw compute these processors can handle. We’re also introducing the entirely new Intel Core i9 processor, representing the highest performance for advanced gaming, VR and content creation.”

About the Core i9, these Intel chips feature a base clock speed of 3.3GHz, reaching up to 4.3GHz dual-core speed with Turbo Boost 2.0 and 4.5GHz with Turbo Boost 3.0, which implies that there’s plenty of room for overclocking. At the top of the line-up is the new Intel Core i9 Extreme Edition processor – the first consumer desktop CPU with 18 cores and 36 threads.

Core-i9-Extreme-Processor family-compressed

All of the latest X-Series chips run on Intel’s new x299 chipset, replacing the x99 platform used by their predecessors. New x299-based motherboards and full desktop systems will be available “in the coming weeks”.

The Core i9 Extreme Edition i9-7980XE, what Intel calls the first teraflop desktop PC processor ever, will be priced at $1,999. The lower-tier Core i9 family: Core i9 X-series chips in 16-core, 14-core, 12-core, and 10-core versions, with prices climbing from $999 to $1,699. If these Core i9 X-series chips are too rich, Intel also introduced three new Core i7 X-series chips, priced from $339 to $599, and a $242 quad-core Core i5. All of the new chips are due “in the coming weeks,” Intel said.

Read More

What is BIOS in Your Computer and What does it do

The word BIOS stands for Basic Input and Output. A BIOS is a lot more than the name suggests. It is one of the main components without which the operating system cannot function properly.

Ever since the days of DOS(Disk Operating System), BIOS is present ( even prior to the structured DOS created by Microsoft which we know very well). Even though you do not see the BIOS quite often, it is a very important for your computer to function.

What exactly is BIOS?

BIOS is a firmware, in short. It is stored on a chip on a part of the computer motherboard and is basically, a set of instructions that run to help load the operating system. You OS would fail to load, if not for the BIOS!

You can see the BIOS instructions everytime you turn on your computer. These instructions are there to check if there are any faults in Processor or RAM of your computer.

Some functions of BIOS are:
It checks each and every compartment of RAM to make sure that everything is working fine.
Once RAM and Processor are checked, it then checks all the other devices that are connected to your computer like the keyboard and mouse.
After this, BIOS checks for the boot options.
Various Boot options are organized in a sequential manner in the order of their priority. You can actually have a look at this by going into the BIOS while booting. The options look like: Boot from CD-ROM, Boot from Hard Drive, etc.
It then checks for the bootstraps on various devices in the defined order.
Once all the above conditions are done, it passes the control to the operating system by loading the main parts of the OS into the part of RAM which is reserved for the OS.

This is not a complete list of functions of the BIOS. The BIOS also checks up the CMOS, and various other chips to set the date and time on the computer, and also to load the device drivers into the system memory.

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What is BIOS in Your Computer and What does it do

The word BIOS stands for Basic Input and Output. A BIOS is a lot more than the name suggests. It is one of the main components without which the operating system cannot function properly.

Ever since the days of DOS(Disk Operating System), BIOS is present ( even prior to the structured DOS created by Microsoft which we know very well). Even though you do not see the BIOS quite often, it is a very important for your computer to function.

What exactly is BIOS?

BIOS is a firmware, in short. It is stored on a chip on a part of the computer motherboard and is basically, a set of instructions that run to help load the operating system. You OS would fail to load, if not for the BIOS!

You can see the BIOS instructions everytime you turn on your computer. These instructions are there to check if there are any faults in Processor or RAM of your computer.

Some functions of BIOS are:
It checks each and every compartment of RAM to make sure that everything is working fine.
Once RAM and Processor are checked, it then checks all the other devices that are connected to your computer like the keyboard and mouse.
After this, BIOS checks for the boot options.
Various Boot options are organized in a sequential manner in the order of their priority. You can actually have a look at this by going into the BIOS while booting. The options look like: Boot from CD-ROM, Boot from Hard Drive, etc.
It then checks for the bootstraps on various devices in the defined order.
Once all the above conditions are done, it passes the control to the operating system by loading the main parts of the OS into the part of RAM which is reserved for the OS.

This is not a complete list of functions of the BIOS. The BIOS also checks up the CMOS, and various other chips to set the date and time on the computer, and also to load the device drivers into the system memory.

Read More

Top Google Maps Features

Google Maps boasts off more than 1 billion active users making it one of the most popular navigation systems in the world. Are you sure you are getting the most out of the app? We have made a list of tips and tricks to make sure you master Google Maps.

Sharing Real-Time Location
Meeting a friend or family member and trying to figure out their exact location can be a bit of a hassle, but not anymore. Google Maps allows you to share real-time locations.

Go to Google Maps, Click on the Hamburger icon(Three Lines) on the left and tap on share location after that select the time as to how long you want to share your location say for an hour or two or even until you turn it off manually then choose the people you want to share it with 1 share your friend will also receive a link asking for the same to share their location, in short, this will help both of you to figure out where you exactly are and how to get to each other quickly.

Save Your Parking Location
Wandering around in the parking lot trying to remember where you parked your car? That is not going to happen anymore.

Tap on the blue dot on the screen which is your current location. The pop-up window will show three options. Tap On Select Parking location your parking location will be saved and can be accessed later whenever you finished with your work.

Adding Multiple Stops
Going on long drives which is far away from your city also on the way you would want to stop and catch a meal or maybe fuel up your car. There is a way to start all of this by adding multiple stops on your journey without even losing out on the best route.

Set your location to you Destination Point, click on the navigation button on the bottom right and before starting click on the three dots in the top right corner in the pop-up window tap on Add to stop you can add as many stops on the way and can even set them according to your priority.

Book a Cab Directly
You need to open the Uber or Ola app to get the cab fairs because now you can directly book the cab of your choice from Google Maps itself.

Select the location click on the navigation button on the bottom right and then tap on the fourth option available on the top right corner of the screen.

Read More

Top Google Maps Features

Google Maps boasts off more than 1 billion active users making it one of the most popular navigation systems in the world. Are you sure you are getting the most out of the app? We have made a list of tips and tricks to make sure you master Google Maps.

Sharing Real-Time Location
Meeting a friend or family member and trying to figure out their exact location can be a bit of a hassle, but not anymore. Google Maps allows you to share real-time locations.

Go to Google Maps, Click on the Hamburger icon(Three Lines) on the left and tap on share location after that select the time as to how long you want to share your location say for an hour or two or even until you turn it off manually then choose the people you want to share it with 1 share your friend will also receive a link asking for the same to share their location, in short, this will help both of you to figure out where you exactly are and how to get to each other quickly.

Save Your Parking Location
Wandering around in the parking lot trying to remember where you parked your car? That is not going to happen anymore.

Tap on the blue dot on the screen which is your current location. The pop-up window will show three options. Tap On Select Parking location your parking location will be saved and can be accessed later whenever you finished with your work.

Adding Multiple Stops
Going on long drives which is far away from your city also on the way you would want to stop and catch a meal or maybe fuel up your car. There is a way to start all of this by adding multiple stops on your journey without even losing out on the best route.

Set your location to you Destination Point, click on the navigation button on the bottom right and before starting click on the three dots in the top right corner in the pop-up window tap on Add to stop you can add as many stops on the way and can even set them according to your priority.

Book a Cab Directly
You need to open the Uber or Ola app to get the cab fairs because now you can directly book the cab of your choice from Google Maps itself.

Select the location click on the navigation button on the bottom right and then tap on the fourth option available on the top right corner of the screen.

Read More

What is Kali Linux

Kali Linux is one of the most popular Linux-based operating systems for hackers and penetration testers. It comes with a lot of inbuilt hacking tools which can be used to hack websites and wireless networks. However, many tools are useless because they are old and outdated but the majority of tools are still excellent. In this article, I am going to share top 10 most popular hacking tools of Kali Linux.

10. Fern-Wifi-Cracker

Fern WiFi Cracker provides a GUI interface that front-ends AirCrack to make your life that bit easier. Fern Wifi Cracker is a Wireless security auditing and attack software program written using the Python Programming Language and the Python Qt GUI library, the program is able to crack and recover WEP/WPA/WPS keys and also run other network based attacks on wireless or Ethernet based networks.

9. Hashcat

Hashcat can crack almost any kind of hash. Hashcat has two variants with two different algorithms one is CPU cracking other one is GPU cracking. OclHashCat uses the GPU cracking algorithm which is very faster than traditional CPU cracking. Unlike a CPU, a GPU has too many numbers of cores. OclHashcat uses this multi-core to crack thousands of hash in less than a second. with 8x Nvidia Titan x running on a 64-bit Ubuntu can crack up to 115840 Mega hash per second. This powerful hash cracking tool can be really helpful when you use it with a custom wordlist or a brute force attack.

8. Nmap

Nmap, also known as network mapper is a pretty simple tool in Kali Linux that allows you to scan a system or a network. Nmap allows you to scan open ports, running services, NetBIOS, os detection etc. Nmap uses various type of detection technique to evade IP filters firewalls. Nmap has both command line interface and GUI and supports almost all platforms including windows and mac. This the tool that you have to use before attacking a system or a server.

7. Wireshark

Wireshark is an open source tool for profiling network traffic and analyzing packets. Such a tool is often referred to as a network analyzer, network protocol analyzer or sniffer. Wireshark, formerly known as Ethereal, can be used to examine the details of traffic at a variety of levels ranging from connection-level information to the bits that make up a single packet. Packet capture can provide a network administrator with information about individual packets such as transmit time, source, destination, protocol type and header data. This information can be useful for evaluating security events and troubleshooting network security device issues

6. BeEF

BeEF stands for Browser exploitation framework. Beef is used to exploit an XSS vulnerability and it focuses on client-side attacks. Once a victim access an XSS vulnerable site that’s linked to the beef, the beef server running on the attacker hooks the target browser. When the browser is hooked the attacker gets full control over the browser. An attacker can install or uninstall plugins, show pop-ups, redirect to rogue URL. with this framework, you can make the victim download a malware or your Trojan. Beef have a pretty good user interface it’s easy to use as well.

5. Reaver

Reaver is the best and simple tool for wireless penetration testing. It targets a WPS enabled router. It brute force all the possible 6 digit pins thus fetching the passphrase out of it. This simple tool can crack wifi within a very short time depending on the WPS pin. If the target router has its default pin, then Reaver can crack it within 3 – 6 second. Read my blog on how to hack a WPS-protected router with Reaver for more info.

4. Social Engineer Toolkit

The Social-Engineer Toolkit (SET) is a unique tool in terms that the attacks are targeted at the human element than on the system element. It has features that let you send emails, Java applets, etc containing the attack code. It goes without saying that this tool is to be used very carefully and only for ‘white-hat’ reasons. It has a command-line interface, works on Linux, Apple Mac OS X, and Microsoft Windows.

3. THC Hydra

THC Hydra is a hugely popular password cracker and has a very active and experienced development team. Essentially THC Hydra is a fast and stable Network Login Hacking Tool that will use a dictionary or brute-force attacks to try various password and login combinations against a login page. This hacking tool supports a wide set of protocols including Mail (POP3, IMAP, etc.), Databases, LDAP, SMB, VNC, and SSH.

2. Aircrack-ng

The Aircrack is a suite of Wi-fi (Wireless) hacking tools. Aircrack-ng is an 802.11 WEP and WPA-PSK keys cracking hacking tool that can recover keys when sufficient data packets have been captured (in monitor mode).It implements standard FMS attacks along with some optimizations like KoreK attacks, as well as the PTW attacks to make their attacks more potent. If you are a mediocre hacker then you’ll be able to crack WEP in a few minutes and you ought to be pretty proficient at being able to crack WPA/ WPA2.

1. Metasploit Penetration Testing Software

The Metasploit Project is a hugely popular pen testing or hacking framework. It is a ‘collection of hacking tools and frameworks’ that can be used to execute various tasks. It is widely used by cyber security professionals and ethical hackers. Metasploit is essentially a computer security project that provides the user with vital information regarding known security vulnerabilities and helps to formulate penetration testing and IDS testing plans, strategies and methodologies for exploitation. There’s a ton of incredibly useful Metasploit information out there and we hope that the books that we’ve chosen go someway to help you on your journey, not least if you are a beginner just starting out and looking for beginners tutorials in how to use Metasploit.

There’s a ton of incredibly useful Metasploit information out there and we hope that the books that we’ve chosen go someway to help you on your journey, not least if you are a beginner just starting out and looking for beginners tutorials in how to use Metasploit.

Read More

What is Kali Linux

Kali Linux is one of the most popular Linux-based operating systems for hackers and penetration testers. It comes with a lot of inbuilt hacking tools which can be used to hack websites and wireless networks. However, many tools are useless because they are old and outdated but the majority of tools are still excellent. In this article, I am going to share top 10 most popular hacking tools of Kali Linux.

10. Fern-Wifi-Cracker

Fern WiFi Cracker provides a GUI interface that front-ends AirCrack to make your life that bit easier. Fern Wifi Cracker is a Wireless security auditing and attack software program written using the Python Programming Language and the Python Qt GUI library, the program is able to crack and recover WEP/WPA/WPS keys and also run other network based attacks on wireless or Ethernet based networks.

9. Hashcat

Hashcat can crack almost any kind of hash. Hashcat has two variants with two different algorithms one is CPU cracking other one is GPU cracking. OclHashCat uses the GPU cracking algorithm which is very faster than traditional CPU cracking. Unlike a CPU, a GPU has too many numbers of cores. OclHashcat uses this multi-core to crack thousands of hash in less than a second. with 8x Nvidia Titan x running on a 64-bit Ubuntu can crack up to 115840 Mega hash per second. This powerful hash cracking tool can be really helpful when you use it with a custom wordlist or a brute force attack.

8. Nmap

Nmap, also known as network mapper is a pretty simple tool in Kali Linux that allows you to scan a system or a network. Nmap allows you to scan open ports, running services, NetBIOS, os detection etc. Nmap uses various type of detection technique to evade IP filters firewalls. Nmap has both command line interface and GUI and supports almost all platforms including windows and mac. This the tool that you have to use before attacking a system or a server.

7. Wireshark

Wireshark is an open source tool for profiling network traffic and analyzing packets. Such a tool is often referred to as a network analyzer, network protocol analyzer or sniffer. Wireshark, formerly known as Ethereal, can be used to examine the details of traffic at a variety of levels ranging from connection-level information to the bits that make up a single packet. Packet capture can provide a network administrator with information about individual packets such as transmit time, source, destination, protocol type and header data. This information can be useful for evaluating security events and troubleshooting network security device issues

6. BeEF

BeEF stands for Browser exploitation framework. Beef is used to exploit an XSS vulnerability and it focuses on client-side attacks. Once a victim access an XSS vulnerable site that’s linked to the beef, the beef server running on the attacker hooks the target browser. When the browser is hooked the attacker gets full control over the browser. An attacker can install or uninstall plugins, show pop-ups, redirect to rogue URL. with this framework, you can make the victim download a malware or your Trojan. Beef have a pretty good user interface it’s easy to use as well.

5. Reaver

Reaver is the best and simple tool for wireless penetration testing. It targets a WPS enabled router. It brute force all the possible 6 digit pins thus fetching the passphrase out of it. This simple tool can crack wifi within a very short time depending on the WPS pin. If the target router has its default pin, then Reaver can crack it within 3 – 6 second. Read my blog on how to hack a WPS-protected router with Reaver for more info.

4. Social Engineer Toolkit

The Social-Engineer Toolkit (SET) is a unique tool in terms that the attacks are targeted at the human element than on the system element. It has features that let you send emails, Java applets, etc containing the attack code. It goes without saying that this tool is to be used very carefully and only for ‘white-hat’ reasons. It has a command-line interface, works on Linux, Apple Mac OS X, and Microsoft Windows.

3. THC Hydra

THC Hydra is a hugely popular password cracker and has a very active and experienced development team. Essentially THC Hydra is a fast and stable Network Login Hacking Tool that will use a dictionary or brute-force attacks to try various password and login combinations against a login page. This hacking tool supports a wide set of protocols including Mail (POP3, IMAP, etc.), Databases, LDAP, SMB, VNC, and SSH.

2. Aircrack-ng

The Aircrack is a suite of Wi-fi (Wireless) hacking tools. Aircrack-ng is an 802.11 WEP and WPA-PSK keys cracking hacking tool that can recover keys when sufficient data packets have been captured (in monitor mode).It implements standard FMS attacks along with some optimizations like KoreK attacks, as well as the PTW attacks to make their attacks more potent. If you are a mediocre hacker then you’ll be able to crack WEP in a few minutes and you ought to be pretty proficient at being able to crack WPA/ WPA2.

1. Metasploit Penetration Testing Software

The Metasploit Project is a hugely popular pen testing or hacking framework. It is a ‘collection of hacking tools and frameworks’ that can be used to execute various tasks. It is widely used by cyber security professionals and ethical hackers. Metasploit is essentially a computer security project that provides the user with vital information regarding known security vulnerabilities and helps to formulate penetration testing and IDS testing plans, strategies and methodologies for exploitation. There’s a ton of incredibly useful Metasploit information out there and we hope that the books that we’ve chosen go someway to help you on your journey, not least if you are a beginner just starting out and looking for beginners tutorials in how to use Metasploit.

There’s a ton of incredibly useful Metasploit information out there and we hope that the books that we’ve chosen go someway to help you on your journey, not least if you are a beginner just starting out and looking for beginners tutorials in how to use Metasploit.

Read More

What is Kotlin Programming Language

At it’s I/O 2017 developers conference yesterday, Google announced official support for the Kotlin programming language for android development. Kotlin can be used to develop android applications along with Java and C++. According to google, Kotlin is a brilliantly designed, mature language and it will make Android development faster and more fun.

What is Kotlin Programming Language?

Kotlin is an open source programming language. It is developed by JetBrains, the same people who created IntelliJ. Google also shared it is partnering with JetBrains to move Kotlin into a nonprofit foundation. Kotlin is easy to get started with and can be gradually introduced into existing projects, which means that your existing skills and technology investments are preserved. Kotlin is very good for dealing with runtime exceptions and source code verbosity.

Kotlin is very similar to Java and C++. it’s object oriented and statically typed, and designed for similar problems Java solves. But because it’s a clean slate in many ways, Kotlin adds a lot of nice-to-have features, a much cleaner syntax, ideas from functional programming, and other enhancements over Java.

The best thing is that Google does not own Kotlin so it will remain open source and platform-independent. It is not like Apple’s swift programming language. Kotlin language is designed to run as native code on iOS and Macs, and also compiles to JavaScript for web development.

For more information on getting started with the programming language, check out the Koans tutorial.

How to use Kotlin in Android Studio?

Android Studio is built upon IntelliJ IDEA, an IDE built by JetBrains—the same company that created the Kotlin language. The JetBrains team has been working for years to make sure Kotlin works great with IntelliJ IDEA. The next version Android Studio 3.0 will be auto integrated with Kotlin so Android developers will no longer need to install any extras or worry about compatibility.For older version of android studio, you’ll require kotlin plugin.

Meanwhile, you can Get started with Kotlin. You can add as little or as much Kotlin into your existing codebase as you want, mixing the two languages freely within the same project. Calling out to Kotlin code from Java code should just work while calling to Java code requires some automatically applied translation conventions.
THANKS

Read More

What is Kotlin Programming Language

At it’s I/O 2017 developers conference yesterday, Google announced official support for the Kotlin programming language for android development. Kotlin can be used to develop android applications along with Java and C++. According to google, Kotlin is a brilliantly designed, mature language and it will make Android development faster and more fun.

What is Kotlin Programming Language?

Kotlin is an open source programming language. It is developed by JetBrains, the same people who created IntelliJ. Google also shared it is partnering with JetBrains to move Kotlin into a nonprofit foundation. Kotlin is easy to get started with and can be gradually introduced into existing projects, which means that your existing skills and technology investments are preserved. Kotlin is very good for dealing with runtime exceptions and source code verbosity.

Kotlin is very similar to Java and C++. it’s object oriented and statically typed, and designed for similar problems Java solves. But because it’s a clean slate in many ways, Kotlin adds a lot of nice-to-have features, a much cleaner syntax, ideas from functional programming, and other enhancements over Java.

The best thing is that Google does not own Kotlin so it will remain open source and platform-independent. It is not like Apple’s swift programming language. Kotlin language is designed to run as native code on iOS and Macs, and also compiles to JavaScript for web development.

For more information on getting started with the programming language, check out the Koans tutorial.

How to use Kotlin in Android Studio?

Android Studio is built upon IntelliJ IDEA, an IDE built by JetBrains—the same company that created the Kotlin language. The JetBrains team has been working for years to make sure Kotlin works great with IntelliJ IDEA. The next version Android Studio 3.0 will be auto integrated with Kotlin so Android developers will no longer need to install any extras or worry about compatibility.For older version of android studio, you’ll require kotlin plugin.

Meanwhile, you can Get started with Kotlin. You can add as little or as much Kotlin into your existing codebase as you want, mixing the two languages freely within the same project. Calling out to Kotlin code from Java code should just work while calling to Java code requires some automatically applied translation conventions.
THANKS

Read More

Technology

Innovation and technology go hand-in-hand, but what makes the headlines isn’t always what’s important. New processors, video cards and displays are great to geek out about, but there are other, less well-known advancements that have made, or are making, a big impact. What they are, and how they’re changing laptops might surprise you.

PCI Express (PCIe) solid state drives

The solid state drive is arguably the component that has the most impact on whether are modern PC “feels” quick. Even the fastest processor must on data sent from the hard drive, and if the drive is slow, the processor just sits idle. The near-instant access times offered by an SSD eliminate the need to wait.

PCI Express

Early drives were packaged in the common 3.5 inch and 2.5 inch form factors, but a few PC manufacturers have transited to PCIe drives that are about the size of a stick of RAM. These small, slim SSDs decrease the footprint of a laptop’s storage and provide room for a larger battery or better cooling.

Apple’s MacBook Pro 13 with Retina is a great example. Though it’s as thin as most ultrabooks, it offers above-average battery life and a very powerful processor. The use of a PCIe drive deserves some of the credit. The drive is so slim it fits under the MacBook’s trackpad, freeing up volume that older models had to devote to a hard drive bay.

802.11 ac WiFi

Wireless Internet is one of the most transformative technologies to emerge since the turn of the century. Yet for all its convenience, Wi-Fi has been plagued by reliability and bandwidth issues over the years. Even 802.11n, while fine for browsing, sometimes fails to offer the rock-solid stability and fast download speeds of an Ethernet connection.

802.11 ac WiFi

802.11ac, however, may finally make the cord obsolete – for most home users, at least. An 802.11ac laptop, paired with a strong 802.11ac router, can deliver around 200 Mbps of bandwidth in real-world use. That translates to about 25 Mbps per second, which exceeds the bandwidth most service providers offer to residential customers. In other words, a residential customer with an average broadband connection will see 802.11ac deliver transfer speeds that are roughly equivalent to Ethernet.

That means consumers will no longer need Ethernet. And if there’s no need for Ethernet, there’s no need for the port, or the adapter. And if neither of those is required, a computer can be made thinner, smaller, and cheaper. Some systems have already dropped Ethernet in favor of 802.11ac, and we expect more laptops to drop the port in pursuit of an ever-thinner profile.

Powerful BGA Processors

BGA stands for ball grid array, a type of surface mount used to attach a processor to a motherboard. Unlike a socketed processor, BGA models are soldered on and can’t be removed afterwards.

While this eliminates the possibility of upgrading the processor, going the BGA route allows for tighter packaging and improves heat dissipation. These two traits are obviously a boon for a laptop, as they enable a thinner, more compact design. Ditching the socket also provides manufacturers with more mounting options when engineering a new notebook.

Powerful BGA Processors

The production of high-end BGA processors is a relatively new development, however, which began with Intel’s first generation of Intel Core i3 and Core i5 processors. Today, Intel’s i3 and i5 lines are dominated by BGA parts and the BGA mix includes Core i7 processors like the i7-4500U and quad-core i7-4700HQ.

Most people will never see their BGA processor, or even know that their laptop even has one to begin with. Without it though, laptops simply could not be as thin as they are today. Constant demand for light, thin, powerful computers will no doubt make BGA a dominant force even among quad-core processors.

Thin Bezel dispalys

We’ve seen a huge leap in laptop display quality over the last two years. For instance, a modern Ultrabook now packs almost 200 pixels per inch, offers excellent contrast and can render most of the sRGB gamut. However, better quality isn’t the only improvement we’ve seen.

Display bezels have shrunk dramatically, too, and some are now down to a half-inch or less. A slimmer bezel lets engineers down-size the chassis, shaving millimeters off width and depth. This results in a lighter, smaller laptop without sacrificing the size of the display.

Thin Bezel dispalys

Here’s what we mean. The ASUS U30JC, a 13.3 inch laptop that won our Editor’s Choice award in 2010, was 328mm long, 238mm deep and 30mm thick. Meanwhile Dell’s new XPS 13, though its display is the same size, measures 316mm long, 205mm deep and 18mm thick. Shaving millimeters off on all sides cuts weight dramatically, from 4.5 pounds to just under three. We expect that displays will eventually boast bezels no more than an eighth of an inch thick, at which point a 13.3 inch system could be nearly as small as a 12 inch notebook currently is.

Miniaturised Power Adaptors

One overlooked extra many travelers forget to pack is the power adapter. While battery life has shot upward in leaps and bounds in just the past few years, anyone away from home for more than a day is still going need to pack the adapter.

Miniaturised Power Adaptors

Laptop power adapters were once heavy bricks that could weigh as much as a pound. Today, they usually weigh half that (or less) and are often the size of a flip-phone. This has a lot to do with the power requirements of those older systems, which needed more juice and, thus, larger adapters. But there have also been advancements in miniaturization that has made smaller adapters possible.

And there’s more to come. An up-start called Finsix showed off a new type of adapter at CES 2014 that’s nearly as small as a cell phone charger, yet can provide up to 65 watts of juice, making it pocketable. Finsix also showcased a version of its adapter with a USB charger spliced in, which means you’d have to carry just one adapter for your laptop, smartphone and tablet.

Conclusion

There’s an obvious trend here; thinner, lighter, more portable. Not every consumer is a frequent flier (in fact, most laptops never leave home), but smaller systems are often easier to use even if their longest journey takes them between a desktop and a couch.

Put all of these innovations together and a clear pictures forms. Tomorrow’s laptop will be thin, of course, but it will also be narrower in every dimension. More efficient BGA processors, combined with PCIe solid state drives and the larger batteries they make room for, will shoot battery life upward dramatically in time. Ports, killed off by improved wireless connectivity, will let PC makers strengthen their laptops with more rigid unibody builds. And when and if you do travel, you’ll only need to pack a single charger for your phone, tablet and PC.

Read More

Technology

Innovation and technology go hand-in-hand, but what makes the headlines isn’t always what’s important. New processors, video cards and displays are great to geek out about, but there are other, less well-known advancements that have made, or are making, a big impact. What they are, and how they’re changing laptops might surprise you.

PCI Express (PCIe) solid state drives

The solid state drive is arguably the component that has the most impact on whether are modern PC “feels” quick. Even the fastest processor must on data sent from the hard drive, and if the drive is slow, the processor just sits idle. The near-instant access times offered by an SSD eliminate the need to wait.

PCI Express

Early drives were packaged in the common 3.5 inch and 2.5 inch form factors, but a few PC manufacturers have transited to PCIe drives that are about the size of a stick of RAM. These small, slim SSDs decrease the footprint of a laptop’s storage and provide room for a larger battery or better cooling.

Apple’s MacBook Pro 13 with Retina is a great example. Though it’s as thin as most ultrabooks, it offers above-average battery life and a very powerful processor. The use of a PCIe drive deserves some of the credit. The drive is so slim it fits under the MacBook’s trackpad, freeing up volume that older models had to devote to a hard drive bay.

802.11 ac WiFi

Wireless Internet is one of the most transformative technologies to emerge since the turn of the century. Yet for all its convenience, Wi-Fi has been plagued by reliability and bandwidth issues over the years. Even 802.11n, while fine for browsing, sometimes fails to offer the rock-solid stability and fast download speeds of an Ethernet connection.

802.11 ac WiFi

802.11ac, however, may finally make the cord obsolete – for most home users, at least. An 802.11ac laptop, paired with a strong 802.11ac router, can deliver around 200 Mbps of bandwidth in real-world use. That translates to about 25 Mbps per second, which exceeds the bandwidth most service providers offer to residential customers. In other words, a residential customer with an average broadband connection will see 802.11ac deliver transfer speeds that are roughly equivalent to Ethernet.

That means consumers will no longer need Ethernet. And if there’s no need for Ethernet, there’s no need for the port, or the adapter. And if neither of those is required, a computer can be made thinner, smaller, and cheaper. Some systems have already dropped Ethernet in favor of 802.11ac, and we expect more laptops to drop the port in pursuit of an ever-thinner profile.

Powerful BGA Processors

BGA stands for ball grid array, a type of surface mount used to attach a processor to a motherboard. Unlike a socketed processor, BGA models are soldered on and can’t be removed afterwards.

While this eliminates the possibility of upgrading the processor, going the BGA route allows for tighter packaging and improves heat dissipation. These two traits are obviously a boon for a laptop, as they enable a thinner, more compact design. Ditching the socket also provides manufacturers with more mounting options when engineering a new notebook.

Powerful BGA Processors

The production of high-end BGA processors is a relatively new development, however, which began with Intel’s first generation of Intel Core i3 and Core i5 processors. Today, Intel’s i3 and i5 lines are dominated by BGA parts and the BGA mix includes Core i7 processors like the i7-4500U and quad-core i7-4700HQ.

Most people will never see their BGA processor, or even know that their laptop even has one to begin with. Without it though, laptops simply could not be as thin as they are today. Constant demand for light, thin, powerful computers will no doubt make BGA a dominant force even among quad-core processors.

Thin Bezel dispalys

We’ve seen a huge leap in laptop display quality over the last two years. For instance, a modern Ultrabook now packs almost 200 pixels per inch, offers excellent contrast and can render most of the sRGB gamut. However, better quality isn’t the only improvement we’ve seen.

Display bezels have shrunk dramatically, too, and some are now down to a half-inch or less. A slimmer bezel lets engineers down-size the chassis, shaving millimeters off width and depth. This results in a lighter, smaller laptop without sacrificing the size of the display.

Thin Bezel dispalys

Here’s what we mean. The ASUS U30JC, a 13.3 inch laptop that won our Editor’s Choice award in 2010, was 328mm long, 238mm deep and 30mm thick. Meanwhile Dell’s new XPS 13, though its display is the same size, measures 316mm long, 205mm deep and 18mm thick. Shaving millimeters off on all sides cuts weight dramatically, from 4.5 pounds to just under three. We expect that displays will eventually boast bezels no more than an eighth of an inch thick, at which point a 13.3 inch system could be nearly as small as a 12 inch notebook currently is.

Miniaturised Power Adaptors

One overlooked extra many travelers forget to pack is the power adapter. While battery life has shot upward in leaps and bounds in just the past few years, anyone away from home for more than a day is still going need to pack the adapter.

Miniaturised Power Adaptors

Laptop power adapters were once heavy bricks that could weigh as much as a pound. Today, they usually weigh half that (or less) and are often the size of a flip-phone. This has a lot to do with the power requirements of those older systems, which needed more juice and, thus, larger adapters. But there have also been advancements in miniaturization that has made smaller adapters possible.

And there’s more to come. An up-start called Finsix showed off a new type of adapter at CES 2014 that’s nearly as small as a cell phone charger, yet can provide up to 65 watts of juice, making it pocketable. Finsix also showcased a version of its adapter with a USB charger spliced in, which means you’d have to carry just one adapter for your laptop, smartphone and tablet.

Conclusion

There’s an obvious trend here; thinner, lighter, more portable. Not every consumer is a frequent flier (in fact, most laptops never leave home), but smaller systems are often easier to use even if their longest journey takes them between a desktop and a couch.

Put all of these innovations together and a clear pictures forms. Tomorrow’s laptop will be thin, of course, but it will also be narrower in every dimension. More efficient BGA processors, combined with PCIe solid state drives and the larger batteries they make room for, will shoot battery life upward dramatically in time. Ports, killed off by improved wireless connectivity, will let PC makers strengthen their laptops with more rigid unibody builds. And when and if you do travel, you’ll only need to pack a single charger for your phone, tablet and PC.

Read More