Intel processor

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Intel processor

• Intel processor are of many type such as
  (pentimum,i3,i5,i7extreme)
• And for now intel introduce 7th gen processor
  such as(i3 unlocked , 2017 pentimum ,i5 unlocked
  and i7 extreme.

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• 1 The 4-bit processors
• 1.1 Intel 40042 The 8-bit processors
• 2.1 80082.2 80802.3 80853 Microcontrollers
• 3.1 Intel 80483.2 Intel 80513.3 Intel 801513.4
  Intel 802513.5 MCS-96 Family4 The bit-slice
  processor
• 4.1 3000 Family5 The 16-bit processors MCS-86
  family
• 5.1 80865.2 80885.3 801865.4 801885.5 802866
  32-bit processors the non-x86 microprocessors
• 6.1 iAPX 4326.2 i960 a.k.a. 809606.3 i860 a.k.a.
  808606.4 XScale7 32-bit processors the 80386
  range
• 7.1 80386DX7.2 80386SX7.3 803767.4 80386SL7.5
  80386EX8 32-bit processors the 80486 range
• 8.1 80486DX8.2 80486SX8.3 80486DX28.4 80486SL8.5
  80486DX49 32-bit processors P5 microarchitecture

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• 9.1 Original Pentium9.2 Pentium with MMX
  Technology10 32-bit processors P6/Pentium M
  microarchitecture
• 10.1 Pentium Pro10.2 Pentium II10.3 Celeron
  (Pentium II-based)10.4 Pentium III10.5 Pentium II
  and III Xeon10.6 Celeron (Pentium III
  Coppermine-based)10.7 Pentium III
  Tualatin-based10.8 Celeron (Pentium III
  Tualatin-based)10.9 Pentium M10.10 Celeron M10.11
  Intel Core10.12 Dual-Core Xeon LV11 32-bit
  processors NetBurst microarchitecture
• 11.1 Pentium 411.2 Xeon11.3 Mobile Pentium
  4-M11.4 Pentium 4 EE11.5 Pentium 4E12 64-bit
  processors IA-64
• 12.1 Itanium12.2 Itanium 213 64-bit processors
  Intel 64 NetBurst microarchitecture
• 13.1 Pentium 4F13.2 Pentium D13.3 Pentium Extreme
  Edition13.4 Xeon14 64-bit processors Intel 64
  Core microarchitecture
• 14.1 Intel Core 214.2 Intel Pentium Dual-Core14.3
  Celeron14.4 Celeron M15 64-bit processors Intel
  64 Nehalem microarchitecture
• 15.1 Intel Pentium15.2 Core i315.3 Core i515.4
  Core i715.5 Xeon16 64-bit processors Intel 64
  Sandy Bridge / Ivy Bridge microarchitecture
• 16.1 Celeron16.2 Pentium16.3 Core i316.4 Core
  i516.5 Core i717 64-bit processors Intel 64
  Haswell microarchitecture18 64-bit processors
  Intel 64 Broadwell microarchitecture
• 18.1 Core i518.2 Core i719 64-bit processors
  Intel 64 Skylake microarchitecture
• 19.1 Core i319.2 Core i519.3 Core i720 64-bit
  processors Intel 64 Kaby Lake
  microarchitecture21 Intel Tera-Scale22 Intel
  805xx product codes23 Intel 806xx product codes24
  See also25 References26 External links

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Processor is placed in this
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Now lets starts with very old verision of intel
processor 4004
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• The Intel 4004 is a 4-bit central processing unit
  (CPU) released by Intel Corporation in 1971. It
  was the first commercially available
  microprocessor by Intel.2 The chip design
  started in April 1970, when Federico Faggin
  joined Intel, and it was completed under his
  leadership in January 1971. The first commercial
  sale of the fully operational 4004 occurred in
  March 1971 to Busicom Corp. of Japan for which it
  was originally designed and built as a custom
  chip.3 In mid-November of the same year, with
  the prophetic ad "Announcing a new era in
  integrated electronics", the 4004 was made
  commercially available to the general market. The
  4004 is historys first monolithic CPU, fully
  integrated in one small chip. Such a feat of
  integration was made possible by the use of the
  then-new silicon gate technology for integrated
  circuits, originally developed by Federico Faggin
  (with Tom Klein) at Fairchild Semiconductor in
  1968, which allowed twice the number of
  random-logic transistors and an increase in speed
  by a factor of five compared to the incumbent MOS
  aluminum gate technology 4. Faggin also
  invented the bootstrap load with silicon gate and
  the

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• buried contact, improving speed and circuit
  density compared with aluminum gate
  56789. The 4004 microprocessor is one
  of 4 chips constituting the MCS-4 chip-set, which
  includes the 4001 ROM, 4002 RAM, and 4003 Shift
  Register. With these components, small computers
  with varying amounts of memory and I/O facilities
  can be built. Three other CPU chip designs were
  done at about the same time the Four-Phase
  System AL1, done in 1969 the MP944, completed in
  1970 and used in the F-14 Tomcat fighter jet and
  the Texas Instruments TMS-0100 chip, announced in
  September 17, 1971.

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• Both the AL1 and the MP944 use several chips for
  the implementation of the CPU function. The
  TMS0100 chip was presented as a calculator on a
  chip with the original designation
  TMS1802NC.10 This chip contains a very
  primitive CPU and can only be used to implement
  various simple 4-function calculators. It is the
  precursor of the TMS1000, introduced in 1974,
  which is considered the first microcontroller
  i.e., a computer on a chip containing not only
  the CPU, but also ROM, RAM, and I/O
  functions.11 The MCS-4 family of 4 chips
  developed by Intel, of which the 4004 is the CPU
  or microprocessor, is far more versatile and
  powerful than the single chip TMS1000, allowing
  the creation of a variety of small computers for
  various applications. The MCS-4 was eventually
  superseded by powerful microcontrollers like the
  Intel 8048 and the Zilog Z8 in 1978-1979. Zilog,
  the first company entirely dedicated to
  microprocessors and microcontrollers, was started
  by F. Faggin and Ralph Ungermann, at the end of
  1974. These devices formed the basis for later
  models of micro-controllers

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Feature of it

• Intel 4004
• White ceramic Intel C4004 microprocessor with
  grey traces
• Produced From late 1971 to 1981
• Common manufacturer(s) Intel
• Max. CPU clock rate 740 kHz
• Min. feature size 10 µm
• Instruction set 4-bit BCD-oriented
• Transistors 2300 1
• Data width 4
• Address width 12 (multiplexed)
• Successor Intel 4040
• Intel 8008
• Application Busicom calculator, arithmetic
  manipulation
• Package(s) 16-pin DIP
• The Intel 4004 is a 4-bit central processing unit
  (CPU) released by Intel Corporation in 1971. It
  was the first commercially available
  microprocessor by

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This all about of old now get start of new
pentimum 2009
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• Pentium logos
• 20032006
• 20062009Pentium is a brand used for a series of
  x86 architecture-compatible microprocessors
  produced by Intel since 1993. In their form as of
  November 2011update, Pentium processors are
  considered entry-level products that Intel rates
  as "two stars",1 meaning that they are above
  the low-end Atom and Celeron series, but below
  the faster Core i3, i5, i7, and high-end Xeon
  series.
• As of 2017update, Pentium processors have
  little more than their name in common with
  earlier Pentiums, and are based on both the
  architecture used in Atom and that of Intel Core
  processors. In the case of Atom arcitectures,
  Pentiums are the highest performance
  implementations of the architecture. With Core
  architectures, Pentiums are distinguished from
  the faster, higher-end i-series processors by
  lower clock rates and disabling some features,
  such as hyper-threading, virtualization and
  sometimes L3 cache.
• The name Pentium is originally derived from the
  Greek word penta (pe?ta), meaning "five", a
  reference to the prior numeric naming convention
  of Intel's 80n86 processors (8018680486), with
  the Latin ending -ium

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Now get start with the latest i5 2017
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I5 of 2012
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2017 i7,i7 extreme
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(No Transcript)
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I7 2016
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Pentimum 2017
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Cores in old processor and feature
pentimum i3 i5 i7
Core petim3420 Corei3-3520 Corei5- 3550 Core i7-3770
1150mhz graphic frequency 1150mhz graphic frequency 1150mhz graphic frequency 1150mhz graphic frequency
2000hd graphic 2500HD graphic 2500 HD graphic 4000HD graphic
Caches 2mb Caches 4mb Caches 6mb caches8mb
3.00ghz 3.50ghz 3.70 ghz 3.90ghz
4core 4 core 4 core 4 core
4th generation 4th generation 5TH GENERATION 5TH GENERATION
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Cores and feature in intel processor
pentimum i3 i5 i7 extreme
? ? Corei5-3570k Core i7 2920xm
? ? 1500mhz 1600mhz
? ? 4000 HD graphic 4000 HD graphic
? 6mb 6MB 8MB
? 3.40ghz 4.50GHZ
? ? Core 4 CORE 4
? ? 6th generation 7TH GENERATION
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Thankyou