Samsung is one of the leading manufacturers of electronic equipments. They have a clean sweep in all fields ,right from ordinary CD’s to multimedia desktops and laptops. Here comes another wonderful product from Samsung, the Samsung P2070 20 inch Computer Monitor which is a sleek ultra slim monitor suitable for all desktops. The monitor has a TFT LCD widescreen display with a display screen size of 20 inches and a resolution of 1600 x 900 pixels. Samsung Computer Monitor has highly eco friendly features with user friendly interfaces.
The Samsung P2070 20 inch Computer Monitor has the following features which enhances the screen resolution and display. The monitor includes a composite and RGB analogue video signal with the interface including VGA – 15 pin HD D-Sub (HD-15) and DVI-D – 24 pin digital DVI. It supports a bright and crisp images with its contrast ratio of 1000:1 and a response time of 2ms. Further the monitor has a very good colour support of 16.7 million and a brightness of 250cd/m2. The efficiency of the monitors can be judged with its pixel pitch resolution and this monitor has a very good pixel pitch resolution of 0.2768mm and adding on to this the vertical refresh rate and the horizontal frequency are 56~60 Hz and 30~81 kHz respectively. Samsung P2070 20 inch Computer Monitor has a very good aspect ratio of 16:9 and has very good dimension in horizontal viewing angle and vertical viewing angle of 170 degrees and 160 degrees respectively. DVI-I is the input video signal and MagicTune, MagicWizard, MagicBright3 are some of the other features of this LCD monitor. All these features sophistication to the device.
The efficiency of the monitors can also be judged by the way it consumes the power and the power consumption of this Samsung P2070 20 inch Computer Monitor is exceptional. The power consumed by it is 26 Watts in operational mode and 1 Watt in standby mode. The monitor which measures 50 x 19 x 38.2 cms comes with a pure sleek black colour enclosure and it weighs a mere 3.3kg which makes it handy. So what are you still waiting for just get into the Samsung showroom and get this monitor soon!
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This chip, the 4004, made the crucial development step of managing to pack all of the computer’s “brain” into one part. This small microprocessor contained the full power of the central processing unit while also providing for the computer’s basic memory and the control methods for incoming and outgoing data. This progress was simply amazing when one considers that the company was just a little start up by two engineers. This chip was actually the development of a rather normal contract assignment for Intel. They received one of their first jobs to design twelve different computer chips for Busicom, a small Japanese company. They wanted designs for chips that would provide for keyboard scanning functionality, controlling the display on the monitor and the printer and just about anything else that their brand of calculator hoped to do. There was just one big issue that they had to overcome.They needed the money but faced an interesting issue. They lacked the sheer manpower necessary to actually design twelve chips in the time frame. So, their engineers figured out a way to build one chip that was able to do every single function. Busicom liked the idea and decided to fund the project. Time passed and a new chip that had more power than any of the old computers was developed.

Ironically, they decided to buy back the design from Busicom, which subsequently went bankrupt, leaving them completely in control of the new technological breakthrough in electronic parts. The sky was the limit from this point onward. This basic technological idea has been applied time and time again to give us electronics capable of amazing power and ability.The average calculator now has more processing power than was required to plan the first missions to the moon. The shrinking of this technological power has worked perfectly alongside the development of many other electronic parts to make everyday life just a little bit easier for everyone. In just the time span of about 40 years, we have advanced to computers that are almost able to mimic true human intelligence.

These advancements in micro processing have improved all of our lives in ways that we may not even realize. The power of a computer is now literally at our fingertips.

This is a question often asked by many a PC enthusiast or someone simply looking for a nice upgrade to their family PC.  Well, hopefully i can help to clear things up in this article.

Intel have been recently dominating the market with their latest processors.  They offer a simply astounding price/performance ratio and as such AMD are struggling to find their bearings to even begin to compete with them.  I remember back when we were all on single core processors chugging along nicely.  We hear the latest news about Dual cores and suddenly it becomes mainstream.  This didn’t happen overnight though.  At first, there was a lot of controversy over driver conflictions within the 32/64 bit architecture.  Compatibility within windows and also within games.  Slowly but surely the dual core took over and now the majority of people have at the very least a dual core processor.

At that point AMD really had the crown with their Flagship FX-60 dual core CPU which crushed the Intel equivalent.  Intel were not simply going to lie down and take the hit though, oh no.  They brought out a new family of processors known as the “Core 2″ range.  These processors offered excellent value for money while still maintaining performance.  The new chips were codenamed “Conroe” and used a 65nm process technology.  They were first introduced around September of 2006.  The most popular choice out of these processors was the Core 2 Duo E6600 – 2.40 GHz (4 MB L2, 1066 MHz FSB).  It offered a higher L2 cache than AMD could muster, a new socket type with LGA775.  Being made on a smaller process (65nm) allowed them to require less power, run cooler and ultimately overclock seriously well while still offering excellent value for money.  Intel realized their golden opportunity and slapped two of these Core 2 chips together and thus Quad core was born.These new Quad cores were to totally revolutionize the industry as we knew it.  Codenamed “Kentsfield” the new quads made their debut around the new year of 2007.

Again the most popular chip from this series was of course the famous Core 2 Quad Q6600 – 2.40 GHz (2×4 MB L2, 1066 MHz FSB).  This chip was relatively inexpensive, and running on the 65nm process allowed it to be overclocked heavily.  Many users achieved a stable 3.2GHz clock with air cooling alone.  Enthusiasts with water cooling were able to run these chips as far as 3.8GHz and maybe a little higher in some cases.  All the while AMD still unable to produce anything to counter attack this onslaught from Intel.