Advanced computer chip technology is gaining recognition as 21st century, next generation computing since the release of 64-bit processors. Personal computers running 64-bit operating systems are more powerful and faster. Complex elements or circuitry built inside the processors, allow computers to store more data in RAM (random access memory), which reduces processing time and increases overall system performance.
Facts
Since the early 90s, 64-bit processors were solely used to run high-performance servers. Database management industries could effectively handle massive amounts of data, larger workloads and virtualization.
Today, two popular manufacturers, Intel and AMD (Advanced Micro Devices) are making considerable changes in the computer industry. They have released numerous types of 64-bit processors for personal computers.
History
Nowadays, personal computers that run on 32-bit processors are considered out of date. Due to limitations of 2 or 4 gigabytes of memory, 32-bit processors are slower than 64-bit processors. The difference between 32-bit and 64-bit processors is the amount of data that can be processed per clock cycle.
Thirty two-bit processors cannot support 64-bit operating systems, because the processor speed must match the version of the operating system. A 32-bit processor works efficiently with a 32-bit operating system installed on a computer.
Function
Sixty four-bit processors' memory size is in the terabytes range. The processors are able to process larger pieces of data, and offer security benefits that aren't available in 32-bit systems. Most 64-bit processors have backwards compatibility, and can detect older applications. The enhanced processors are able to run 32-bit operating systems and software applications without developing performance issues.
Each processor type is distinguished from the kind of technology used to develop the processor chip. You can purchase 64-bit processors in several different speeds. The model number refers to the speed of the processor, and a higher number usually indicates improved performance.
Types
Single core processing has a single core is embedded inside a processor chip. This type of design performs one operation at a time.
Dual-core processing allows a computer to use two processors embedded inside a single processor chip. This type of design improves the speed and power of the computer.
Quad core processing allows a computer to use four processors embedded inside a single processor chip. This type of design boosts software algorithms and increases performance levels.
Turbo-boost technology increases cores' frequency, accelerates performance and enables maximum speed.
Hyper-threading technology allows the processor to execute multiple tasks at the same time efficiently.
Benefits
The main advantage of 64-bit processors is their enhanced memory stability and multitasking capability. The processors are able to effectively handle high-end applications, digital music, play realistic games with improved graphics and stream videos without delays, pauses or interruptions at optimal speeds.
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