The processor or beating your mobile "heart"? Tele2 Blog
Attractive price and appearance, perhaps in most cases is determined by one or another mobile hind agro phone choice. However, it is very important and that is inside - it is "vital" components determines whether you are still happy with their choice. Whether the phone will be fast, easy to use, has all the necessary functions and the like?
That's why we want to expand on the phone components, which are worth to know when choosing the best option. And his educational "lectures" hind agro will start the main phone component - the processor, also known in short as the CPU.
As for our expensive machine anatomy, most probably, there is no idea to check the exact location of the mobile Stuka "heart." We know that talking about the processor, but it is the phone, as well as the heart of the people - the most important one.
Processor performance depends on the hertz (Hz) - the higher the number, the faster the phone in your hands. Here everything is simple - 1.5 GHz with a phone will be faster than that boasts only 800 MHz. Well, and how important it is smooth and fast working phone, not bad grasp your nerve cells, where it begins to "Lagina" at the wrong time (perhaps the right time for this case does not exist), for example, does not open Facebook.
It is said that in 2012. were allocated processors. During these years really had what admire in evaluating progress made by phone manufacturers improving processor architecture. They reduced the size of transistors, which allowed plants to operate even faster pace and at the same time saving energy. A short explanation of why the 45 nm and 65 nm are traditional microscopic transistor sizes of the developed processors. Lowering them an opportunity to put more transistors on a single processor. hind agro The more of them fit on a single chip, the more possible to increase plant capacity. hind agro
Now 45 nm transistor with a dual-core processor consumes up to 30 percent. less power than its predecessors. This means that 1.5 GHz (read powerful) processor with 45 nm transistor uses it just as much as a 1 GHz processor with 65 nm transistor. However, hind agro these values, knowing the speed of technological development, may soon go into oblivion. For the latest phones already boast 28 nm transistors.
Significant impact on the mobile phone rates are doing and cores - only the speed does not relate to a fast running away "as the crow," and the ability to perform multiple actions at the same time, in other words "multitaskinimu. If your mobile phone has a dual-core processor, processes it distributed to both clusters, so it is much faster at the same time, impose a "multiple applications over a single-core processor with a phone. True, the dual-core processor uses more power. On the other hand, the growing nuclear energy needs perfectly offset by declining taupuoliai transistors.
Let's move on to the manufacturers. When you buy your phone can tell you who built it - after all, badge Samsung, Nokia, LG and HTC to us right in front of the eyes. However, the telephone, as a dish - a large part of it is used elsewhere, other companies' produced components.
ARM Cortex, Qualcomm, Nvidia are the names that are most commonly discussed example, hind agro in terms of mobile phone processors. One or the other, perhaps you will meet in your phone, so we get a brief overview.
ARM is a global chip for mobile phones, a creator. It not only makes the processor design but also a set of instructions which, like the dough of which will later be baked in a pie or pancakes - as decided baker. These bakers are Samsung, Texas Instruments and many others.
Via an ARM processor designs and instruction sets, the company hind agro improved the chip, which uses its own phones. ARM instruction sets were created using other processor manufacturers.
The company's processors can be found in almost every second phone from Samsung and Nokia. And each of the latest iPhone, which has a Qualcomm create components. Perhaps the best-known companies and processors, without a doubt, the most successful of their product - super-powerful Snapdragon processor, also called the "Scorpion." Interestingly, the Snapdragon is designed using ARM produced at the "dough" - a set of instructions ArMV 7th
The first Snapdragon processor generation using 65nm transistors, which can now be found in phones like the Nexus One and HTC HD2. Now, "Snapdragon" significantly ahead of all others, because the world has the most powerful processor Snapdragon S4 "(with 28 nm transistor) who already boast LG Optimus G phone, which appears to be currently the fastest.
This company is most famous for graphic processors (GPU), but they made the CPU as well as inferior. Most of the known
Attractive price and appearance, perhaps in most cases is determined by one or another mobile hind agro phone choice. However, it is very important and that is inside - it is "vital" components determines whether you are still happy with their choice. Whether the phone will be fast, easy to use, has all the necessary functions and the like?
That's why we want to expand on the phone components, which are worth to know when choosing the best option. And his educational "lectures" hind agro will start the main phone component - the processor, also known in short as the CPU.
As for our expensive machine anatomy, most probably, there is no idea to check the exact location of the mobile Stuka "heart." We know that talking about the processor, but it is the phone, as well as the heart of the people - the most important one.
Processor performance depends on the hertz (Hz) - the higher the number, the faster the phone in your hands. Here everything is simple - 1.5 GHz with a phone will be faster than that boasts only 800 MHz. Well, and how important it is smooth and fast working phone, not bad grasp your nerve cells, where it begins to "Lagina" at the wrong time (perhaps the right time for this case does not exist), for example, does not open Facebook.
It is said that in 2012. were allocated processors. During these years really had what admire in evaluating progress made by phone manufacturers improving processor architecture. They reduced the size of transistors, which allowed plants to operate even faster pace and at the same time saving energy. A short explanation of why the 45 nm and 65 nm are traditional microscopic transistor sizes of the developed processors. Lowering them an opportunity to put more transistors on a single processor. hind agro The more of them fit on a single chip, the more possible to increase plant capacity. hind agro
Now 45 nm transistor with a dual-core processor consumes up to 30 percent. less power than its predecessors. This means that 1.5 GHz (read powerful) processor with 45 nm transistor uses it just as much as a 1 GHz processor with 65 nm transistor. However, hind agro these values, knowing the speed of technological development, may soon go into oblivion. For the latest phones already boast 28 nm transistors.
Significant impact on the mobile phone rates are doing and cores - only the speed does not relate to a fast running away "as the crow," and the ability to perform multiple actions at the same time, in other words "multitaskinimu. If your mobile phone has a dual-core processor, processes it distributed to both clusters, so it is much faster at the same time, impose a "multiple applications over a single-core processor with a phone. True, the dual-core processor uses more power. On the other hand, the growing nuclear energy needs perfectly offset by declining taupuoliai transistors.
Let's move on to the manufacturers. When you buy your phone can tell you who built it - after all, badge Samsung, Nokia, LG and HTC to us right in front of the eyes. However, the telephone, as a dish - a large part of it is used elsewhere, other companies' produced components.
ARM Cortex, Qualcomm, Nvidia are the names that are most commonly discussed example, hind agro in terms of mobile phone processors. One or the other, perhaps you will meet in your phone, so we get a brief overview.
ARM is a global chip for mobile phones, a creator. It not only makes the processor design but also a set of instructions which, like the dough of which will later be baked in a pie or pancakes - as decided baker. These bakers are Samsung, Texas Instruments and many others.
Via an ARM processor designs and instruction sets, the company hind agro improved the chip, which uses its own phones. ARM instruction sets were created using other processor manufacturers.
The company's processors can be found in almost every second phone from Samsung and Nokia. And each of the latest iPhone, which has a Qualcomm create components. Perhaps the best-known companies and processors, without a doubt, the most successful of their product - super-powerful Snapdragon processor, also called the "Scorpion." Interestingly, the Snapdragon is designed using ARM produced at the "dough" - a set of instructions ArMV 7th
The first Snapdragon processor generation using 65nm transistors, which can now be found in phones like the Nexus One and HTC HD2. Now, "Snapdragon" significantly ahead of all others, because the world has the most powerful processor Snapdragon S4 "(with 28 nm transistor) who already boast LG Optimus G phone, which appears to be currently the fastest.
This company is most famous for graphic processors (GPU), but they made the CPU as well as inferior. Most of the known
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