Intel processor generation in 1993-1999
1. Intel Pentium
Released on March 22, 1993. This first Intel Pentium processor has the capability twice that of Intel 486DX. Jalus increased capability and width increased to 64bit system than its predecessor, this processor runs at a clock speed of 60MHz and 66MHz, embedded 3.1 million transistors, P5 microarchitecture.
2. Intel Pentium Pro
Rilid in 1995. Intel Pentium Pro is widely used for server systems and workstations and is focused on processing data quickly. There are 5.5 million transistors embedded, a clock speed of 200MHz, 32bit working systems, and use the P6 microarchitecture. This is a basic processor processor development.
3. Intel processor pentiunm II
Released in 1997 on the basis of the manufacture of MMX and focused on computational data processing video, audio, graphics. Some sources say that the Pentium II is the Pentium Pro yangdisematkan MMX technology. Using a working system 32Bit with P6 architecture, embedded 7.5 million transistors at a clock speed of 300MHz. Installation on a motherboard with socket proper way ram memory.
4. Intel Pentium II Xeon
Released in 1998. The Pentium II Xeon Processor berbasih making the Pentium II first born. Difference if the berembel-frills Xeon is intended for large-scale computing server.
5. Intel Celeron processor
Released on January 4, 1999. The purpose of the Intel Celeron CPU is valuable for designers skewed economic alias. Base manufacture Celleron Intel Pentium II. Specifications 32bit processor architecture type P6, 7.5 million transistors, has the initial clock speed of 266MHz.
6. Intel Pentium III
Released on February 26, 1999. Developed with some additions such as MMX2 enhanced with 70 instruction embers that are useful to enrich the high-level capabilities such as 3D graphics, audio treaming, applications of video and audio recognition, the processor is also intended for users who like to surf Internet. Specifications Intel Pentium 3 P6 architecture adheres 32bit system with 9.5 million transistors embedded in it. Initial clock speed of 600MHz, and a processor that started the era Gigaherzt entry.
7. Intel Pentium III Celeron processor
This processor for computing ditujuakan Server. Development of a Pentium III with the advantage of information processing from the system bus to the processor which is very fast. Pentium III Xeon Processor is perfect paired with office applications or systems with more advanced business and multimedia applications including streaming video.
Intel processor generation in 2000-2009
1. Intel Pentium 4
Released in 2000. Initial appearance Intel Pentium 4 has a speed of 1.5 GHz with a form factor of 423, 32-bit processor is berarsitecktur NetBurst It has 42 million transistors. For no reason that the change formfactor Intel Pentium 4 into a 478 that has a speed of 1.3 GHz and turn again to the speed of 3.4GHz. The advantages of the Intel Pentium 4 processor is the ability in running heavy applications like professional filmmaking, the ability to send video-quality TV over the Internet, communication using sara audio video instantly, activities rendering 3D images better, do convert audio music into mp3 player, can run bersmaaan applications with other applications.
2. Intel Celeron processor Pentium 4 Xeon
Released in 2001. Pentium 4 Xeon focused more intermediate computers with high performance and focused on computer servers. Pentium 4 Xeon has JUALAH feet or more pins than the previous generation of Pentium 4, this capability is supported L2 Cache memory is greater.
3. Intel’s Itanium processor
Released in 2001. Intended for companies that are required high performance with advanced programs, such as e-commerce transactions are secure with large databases, as well as programs of engineering and science complex jlimet.
4. Intel Itanium 2 processor
is higher than the previous product by embedding technology, Intel’s Explicitly parralel Instruction Computing (EPIC).
5. Intel Pentium M
Released in 2003. Engraving mobile processor legend history starting from the Pentium M. It is splinter Centrino mobile technology that is focused on ordinary portable computer is now known notebook or laptop. This processor with a 32bit type transistor with colck 55juta initial speed of 1.7 GHz. Services of the Intel Pentium M is a laptop conditions shaped lighter, compact with the ability to operate longer when using the battery for the Pentium processor has the advantage of low power consumption, heat output is lower than the desktop, even processor Pentium M capabilities comparable to a Pentium 4.
6. Intel Processor E7520 / E7320
Chipset, Processor 2004. This release is a new technology which has the advantages of dual processor configuration with 800MHz FSB, DDR2 400 memory, and support for PCI Express connection (can be for VGA)
7. Processor Intel Pentium D,
Released in 2005. menggukana 64bit systems with embedded 230juta Netburst microarchitecture and a transistor with a clock speed of 2.66 GHz beginning. The initial formation of the Pentium D processor is the needs of the market and also lack on one processor core or single-core problematic on heat and power. Intel get a breakthrough by combining multiple cores into one processor, better known by the name of multicore processore. With the presence of multicore processors diharapak kenirja increased and the heat can be reduced as well as the required power can be reduced. This processor uses 64bit system, with dual core or dual core. Its specification is 1MB L2 cache for each core, 800Mhz FSB, can work at a frequency of 2.8GHz, 3.0GHz and 3.2 GHz.
8. Processor Intel Core 2 Duo
Is a leap away from the Pentium D for its ability khusu designed for PC users who want more than a computer. It has 2 core processor with 2.4GHz configuration by signing 8 MB L2 Cache (up to 4MB, which are accessible for each core), Line FSB (Front Side Bus) 1,06GHz, and a Thermal Design Power (TDP).
9. Processor Intel Core Solo and Core Duo
Was introduced in 2006. It is a 32-bit processor systems, the initial appearance of having two variants of the Intel Core Solo and Core Duo. Basically, this processor is the development of the Pentium M, because intel core solo and duo core used for mobile PCs or laptops. Using more advanced P6 architecture.
10. Processor Intel Core 2
Introduced in 2006, the system has a 64bit processor with 291 million transistors lowest clock speed of 1.8 GHz. Driven core microarchitecture.
11. Intel Pentium Dual Core Processor
Introduced in 2007, still with a 64 bit system with core microarchitecture which has 160 million transistors with initial clock speed of 2.2 GHz. This is an economical processor that is above the Intel Celeron but below Core 2 Dual Core Pentium had become a popular choice for overclocking at a low cost ..
12. Processor Intel Core 2 Duo
Introduced in 2008. Using a 64-bit system still uses 64-bit microarchitecture with embedded 410juta transistor with minimum clock speed of 2.4 GHz.
13. Intel Core 2 Quad Processor
Diprkenalkan 2008 bersaman with core 2 duo. Still using a 64bit system with the Core microarchitecture but had a number of transistors more that 820 million transistors with low clock speed of 2.4 GHz. Still a family with Core 2. It is the first Intel Quad Core processor.
14. Intel Atom Processor
Is a range of Intel Pentium Dual Core and introduced in 2008. Embedded 41 million transistors with low clock speed 1,86GHz. Very popular Intel Atom processor used in portable computer laptops with screen sizes 10 inchian, devoted to the performance is not severe and the entry-level user.
Intel processor generation in 2009-2017
1. Processor Intel Core i
There are no different classes are entry level or class bottom Intel Core i3, middle class mid-level Intel Core i5, and the highest grade of high-level Intel Core i7, since 2017 this line of Core i ketambahan top of the Intel Core i7 is Intel Core i9.
2. Intel Core i5 Processor
Processor middle class in this line of Core i pick the 4 core. Having the ability thereon Intel Core i3 ie there HyperTreading and Turbo Boost feature. Turbo Boost is the ability of the processor to do work on the performance of the processor but still in reasonable because it is set by the maker of the processor. Because Hyper Treading feature is the ability of middle-class Core i5 can handle heavy applications.
3. Intel Core i7 Processor
Intel core i7 processor. source: hardware.info
Processor Core generation highest level before genersi Core i9 appear. Core i7 processors, the most complete technology capabilities as it comes with the above Core i5 and Core i3. Improved performance of the computer, making the computer more energy efficient and produce the image quality is much better. Processor Core i7 has two variants, namely core 2 core and 4 core. Core i7 2 core has hyperthreading that will read the system into 4 core and 4MB cache. Whereas, 4 core version will read the system into 8 core and 6MB Cache – 8MB. All series of Intel Core i7 processor has hyperthreading and turbo boost ability.