[[Category:microprocessors]]

! colspan="9" | Quark SoC Microprocessors ! colspan="12" | Quark SoC Microprocessors

[[Category:Intel x86 microprocessors]] [[Category:32-bit microprocessors]]

| type = Microprocessors ...08]] following the retirement of the {{intel|Core 2 Quad}} family. Core i7 microprocessors are the high-end brand from the {{intel|Core}} family, positioned above bot

== 10 µm Microprocessors ==

== 6μm Microprocessors ==

== 3 μm Microprocessors ==

== Microprocessors ==

== 1.5 µm Microprocessors ==

== 1 µm Microprocessors ==

== 800 nm Microprocessors ==

...3rd quarter of 1972, making it one of the earliest commercially available microprocessors. The PPS-4 is part of the {{rockwell|PPS-4|PPS-4 Family}}. [[Category:4-bit microprocessors]]

== 8 µm Microprocessors ==

| type = microprocessors

[[Category:4-bit microprocessors]] [[Category:1975 microprocessors]]

| type = microprocessors [[Category:1975 microprocessors]]

| type = Microprocessors ...pronounced ''"Zee-On"'') is an extended family of high-performance [[x86]] microprocessors developed by [[Intel]] for server environments and non-consumer workstation

...ted and proven to work are used in many spacecrafts. Below is a list of '''microprocessors used in spacecraft'''. ...uidance, Control and Sequencing Computer]], used two [[Honeywell HDC 402]] microprocessors. (A common myth is that the Viking used an [[RCA 1802]], this is incorrect)

...miconductor]] company. While most notably known for their development of [[microprocessors]] and [[x86]], Intel also designs and manufactures other [[integrated circu

...ementations existing for both software and hardware. Many of the popular [[microprocessors]] also provide hardware support for this operation. Various [[microprocessors]] have built-in support for count set bits.

...a matching [[register file]] with [[registers]] width of 2 bits. Very few 2-bit architecture CPUs were commercially marketed, most were [[bit-slice micropr == 2-bit microprocessors ==

== 16-bit microprocessors == [[Category:16-bit microprocessors]]

...essors to form a larger processor of some desired [[word size]]. Bit-slice microprocessors can be cascaded to produce any conventional (e.g. [[4-bit architecture|4-bi == bit-slice microprocessors==

| type = microprocessors [[Category:AMD microprocessors]]

[[Category:Hitachi microprocessors]] [[Category:4-bit microprocessors]]

[[Category:Matsushita microprocessors]] [[Category:4-bit microprocessors]]

[[Category:Matsushita microprocessors]] [[Category:4-bit microprocessors]]

| type = microprocessors [[Category:Motorola microprocessors]]

[[Category:4-bit microprocessors]] [[Category:1976 microprocessors]]

== Microprocessors ==

[[Category:4-bit microprocessors]] [[Category:1977 microprocessors]]

[[Category:4-bit microprocessors]] [[Category:1977 microprocessors]]

[[Category:4-bit microprocessors]] [[Category:1973 microprocessors]]

[[Category:4-bit microprocessors]] [[Category:1971 microprocessors]]

| type = microprocessors [[Category:Fairchild microprocessors]]

[[Category:National Semiconductor microprocessors]] [[Category:4-bit microprocessors]]

[[Category:National Semiconductor microprocessors]] [[Category:8-bit microprocessors]]

[[Category:Western Digital microprocessors]] [[Category:4-bit microprocessors]]

| type = microprocessors [[Category:Fairchild microprocessors]]

[[Category:8-bit microprocessors]]

[[Category:Mitsubishi microprocessors]] [[Category:4-bit microprocessors]]

| type = microprocessors | arch = 2-bit bit-slice

| type = <!-- type "microprocessors", "microcontrollers", etc.. --> [[Category:4-bit microprocessors]]

| type = <!-- type "microprocessors", "microcontrollers", etc.. --> [[Category:4-bit microprocessors]]

| type = <!-- type "microprocessors", "microcontrollers", etc.. --> [[Category:4-bit microprocessors]]

[[Category:1971 microprocessors]]

[[Category:4-bit microprocessors]] [[Category:1972 microprocessors]]

==Microprocessors==

[[Category:Epson microprocessors]] [[Category:4-bit microprocessors]]

== Microprocessors ==

| type = Microprocessors

...ersion, like the normal {{intel|Iris Graphics}}, is aimed for the high end microprocessors in an attempt to compete with mid-range [[dedicated graphics processor]]s.

...ture]]. Intel later expanded the series along with the [[Broadwell]]-based microprocessors.

...l]] in [[2015]] for their mainstream mobile {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's high-end tier GPU incorporating 48 execution units.

...l]] in [[2015]] for their mainstream mobile {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's high-end tier GPU incorporating 48 execution units.

== Microprocessors ==

[[Category:Epson microprocessors]] [[Category:4-bit microprocessors]]

[[Category:24-bit microprocessors]]

By the mid-70s GI had a pretty successful family of microprocessors known as the {{gi|CP1600}}. The CP1600, however was losing market share due

== List of microprocessors ==

* {{intel|3000}}, Intel family of 2-bit microprocessors

== Microprocessors ==

| type = microprocessors

| type = microprocessors

| type 2 = microprocessors === Microprocessors ===

| type = Microprocessors ...amd|Argon}}, {{amd|Pluto}}, and {{amd|Orion}}-core based processors. Later microprocessors (starting with {{amd|Thunderbird}} core-based) introduced on-die L2$ simpli

| type = Microprocessors ...later expanded in [[1982]] which grew to incorporate the [[x86]] family of microprocessors and which later grew into legal dispute that lasted until [[1996]]<ref name

| type = microprocessors

| type = Microprocessors ...a replacement in their systems. Various observable differences in the two microprocessors were spotted very early on - particularly in the way illegal instructions w

| type = microprocessors

| type = microprocessors

...as used in the {{intel|mcs-8/8008|8008}} and {{intel|mcs-8/8008-1|8008-1}} microprocessors.

| type = microprocessors ...80 featured the {{\|8080}} CPU, the forefather of all modern [[x86]]-based microprocessors.

...ry with guidance and assistance with various technology nodes. By 2006, as microprocessors started dominating the technology scaling, ITRS replaced the term with a nu

| type = Microprocessors ...'''Athlon X4''' is a family of low-budget quad core {{arch|64}} [[AMD64]] microprocessors developed by [[AMD]] and introduced in 2012.

| type = Microprocessors '''A10''' is a family of {{arch|64}} quad code mid-class microprocessors developed by [[AMD]] and introduced in 2012.

| type = Microprocessors '''A8''' is a family of {{arch|64}} quad core mid-range microprocessors developed by [[AMD]] and introduced in early 2011.

<tr><th colspan="9" style="background:#D6D6FF;">Atom x3 Microprocessors</th></tr>

== 28 nm Microprocessors ==

...e|mainlabel=-|intro=<table class="wikitable"><tr><th colspan="8">[[32 nm]] Microprocessors</th></tr><tr><th colspan="3">Model</th><th colspan="5">Specs</th></tr><tr>< == 32 nm Microprocessors==

<tr><th colspan="11" style="background:#D6D6FF;">Braswell-based Atom x5 Microprocessors</th></tr> <tr><th colspan="11" style="background:#D6D6FF;">Cherry Trail-based Atom x5 Microprocessors</th></tr>

<tr><th colspan="11" style="background:#D6D6FF;">Cherry Trail-based Atom x7 Microprocessors</th></tr> <tr><th colspan="11" style="background:#D6D6FF;">Apollo Lake-based Atom x7 Microprocessors</th></tr>

== 14 nm Microprocessors==

<tr><th colspan="9" style="background:#D6D6FF;">Cherry Trail Microprocessors</th></tr>

== 45 nm Microprocessors== ...ress45nm107 FINAL.pdf|High-k + Metal Gate Transistor Breakthrough on 45 nm Microprocessors]]

First generation of Bonnell-based microprocessors introduced 2 cores: '''{{intel|Silverthorne|l=core}}''' for ultra-mobile PC ...most 4 times that of the processor itself. Second generation Bonnell-based microprocessors aimed to address this issue by integrating a memory controller and GPU on-c

| type = Microprocessors

| type = microprocessors '''Celeron''' is a family of low-end [[x86]] microprocessors developed by [[Intel]] and targets the ultra-cheap PC market. Celeron is th

...e|mainlabel=-|intro=<table class="wikitable"><tr><th colspan="8">[[22 nm]] Microprocessors</th></tr><tr><th colspan="3">Model</th><th colspan="5">Specs</th></tr><tr>< == 22 nm Microprocessors==

== 16 nm Microprocessors==

== 20 nm Microprocessors==

| type = Microprocessors

Westmere-based [[microprocessors]] and [[system on chips]] were manufactured on a [[32 nm process]] ("P1268"

Penryn-based [[microprocessors]] were manufactured on a [[45 nm process]]. Intel's 45 nm process is the is

...ed it as {{intel|Xeon E3|Xeon E3 v6}}. There are no Kaby Lake-based server microprocessors. ...croarchitecture and doubled the cores (4 from 2) of many mainstream mobile microprocessors.

...9. The i7-975 along with the {{\\|i7-965}} became Intel's flagship desktop microprocessors for the {{intel|Nehalem}} microarchitecture. This processor operates at 3.3

...9. The i7-965 along with the {{\\|i7-975}} became Intel's flagship desktop microprocessors for the {{intel|Nehalem}} microarchitecture. This processor operates at 3.2

== 40 nm Microprocessors ==

== 65 nm Microprocessors==

== 130 nm Microprocessors==

== 90 nm Microprocessors==

== 180 nm Microprocessors==

...ge their initial 10nm process for their {{intel|Cannon Lake|l=arch}}-based microprocessors which are used exclusively for mobile. They will then utilize their second == 10 nm Microprocessors==

== 7 nm Microprocessors==

== 5 nm Microprocessors==

== 250 nm Microprocessors==

== 350 nm Microprocessors==

DEC's half-micron process, '''CMOS-5''', which was used for their microprocessors such as the {{decc|Alpha 21164|l=arch}} used a Cabalt di-silicide in diffus == 500 nm Microprocessors ==

== 1.3 µm Microprocessors ==

== 110 nm Microprocessors==

== 150 nm Microprocessors==

== 5µm Microprocessors ==

== 2.5 μm microprocessors ==

== 750 nm Microprocessors ==

== 220 nm Microprocessors ==

== 240 nm Microprocessors ==

== 80 nm Microprocessors ==

This feature is only available on [[Intel]] microprocessors that support Turbo Boost and have the feature enabled and supported (e.g. m ...eaders=hide|mainlabel=-|intro=<table class="wikitable"><tr><th colspan="9">Microprocessors with [[intel/turbo boost technology#|Turbo Boost Technology]]</th><tr><th c

| type = Microprocessors '''Mobile Pentium II''' was a family of high performance {{intel|P6}}-based microprocessors introduced by [[Intel]] in [[1998]].

| type = Microprocessors ...hty-three-eighty-six'') was a family of {{arch|32}} 3rd-generation [[x86]] microprocessors introduced by [[Intel]] in [[1985]] as a successor to {{intel|80286}}. Thes

...] in [[2015]] for their desktop workstation {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's mid-tier GPU incorporating 24 execution units. The P

...introduced by [[Intel]] for their high-end {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's highest tier GPU incorporating 72 execution units as

| type = Microprocessors '''Am386''' was a family of {{arch|32}} 3rd-generation [[x86]] microprocessors introduced by [[AMD]] in [[1991]]. Am386 chips were 100%-compatible with [[

| type = Microprocessors ...e]] (CULV) [[x86]] microprocessors introduced by [[Intel]] in 2014. Core M microprocessors have ultra-low power (TDP ≤ 4.5 Watts) designed specifically for ultra-th

| type = Microprocessors ...ghty-four-eighty-six'') was a family of {{arch|32}} 4th-generation [[x86]] microprocessors introduced by [[Intel]] in [[1989]] as a successor to the {{intel|80386}}.

...6''' was the [[microarchitecture]] for [[Intel]]'s {{intel|80486}} line of microprocessors as a successor to the {{\\|80386}}. Introduced in April of 89, 80486 was in

| type = Microprocessors ...ut the Core i3 was not officially launched until January 04, 2010. Core i3 microprocessors are considered performance processors, but generally sit on the low side of

| type = Microprocessors ...d by Intel in 2009, following the retirement of the Core 2 family. Core i5 microprocessors are positioned between the high-end performance {{intel|Core i7}} and the l

| type = Microprocessors '''Am486''' was a family of {{arch|32}} 4th-generation [[x86]] microprocessors introduced by [[AMD]] in [[1993]]. Am486 chips were compatible with [[Intel

== 700 nm Microprocessors ==

| type = Microprocessors ...86Plus]]''') was a family of highest performance {{intel|80486|486}}-based microprocessors introduced by [[AMD]] in [[1995]]. These processors came with all the featu

| type = Microprocessors

| type = Microprocessors

| type = Microprocessors

| type = Microprocessors | arch = Multi-socket server microprocessors

* May 7: [[Intel]] acknowledges they've reached a "thermal wall" on their microprocessors; new emphasis on multi-core.

| type = Microprocessors ...' was a family of {{arch|8}} [[massively parallel processor array|MPPA]] [[microprocessors]] designed by [[Rapport]] introduced in [[2006]] that implemented their "Ki

| type = Microprocessors

| type = Microprocessors | arch = Pentium-compatible superscalar microprocessors

...pany. The company focused on designing ultra-fast [[PowerPC]]-compatible [[microprocessors]].

| type = Microprocessors

| type = Microprocessors FastMATH was a series of microprocessors developed by [[Intrinsity]] using {{\\|Fast14}} technology - i.e. processor

| type = Microprocessors | arch = Pentium II-compatible superscalar microprocessors with MMX

'''OBGA-349''' was a package for [[AMD]] embedded microprocessors of the [[amd/k6|K6]] family. Other members used the [[amd/packages/super so

| type = Microprocessors | arch = Pentium II-compatible superscalar microprocessors with MMX and 3DNow!

| type = Microprocessors '''K6-III''' was a family of {{arch|32}} [[x86]] microprocessors introduced by [[AMD]] in February of [[1999]] as a successor to the {{\\|K6

| type = Microprocessors '''Duron''' was a family of budget {{arch|32}} [[x86]] microprocessors developed by [[AMD]] and introduced in early 2000. Duron, a low-budget deri

<li>Use the reference platform equipped with various Pentium microprocessors (e.g., Pentium-75, Pentium-90, Pentium-100, etc.) to obtain an index table

...ocuses and designs high-performance and massively parallel [[ARM]]-based [[microprocessors]], [[ASIC]], and other high-performance [[SoC]] chips. Phytium was founded

'''K5''' was the [[microarchitecture]] for [[AMD]]'s {{amd|K5}} line of microprocessors as a successor to the {{\\|80486}}. Launched in early 1996, the K5 microarc

'''K6''' was the [[microarchitecture]] for [[AMD]]'s {{amd|K6}} line of microprocessors as a successor to the {{\\|K5}}. Contrary to its namesake, K6 design is ent

'''K6-2''' was the [[microarchitecture]] for [[AMD]]'s {{amd|K6-2}} line of microprocessors as a successor to the {{\\|K6}}. The microarchitecture introduced a number

...-III''' was the [[microarchitecture]] for [[AMD]]'s {{amd|K6-III}} line of microprocessors as a successor to the {{\\|K6-2}}. This short-lived microarchitecture serve

...oarchitecture]] for [[AMD]]'s {{amd|Athlon}} and {{amd|Duron}} families of microprocessors as a successor to the {{\\|K6-III}}. K7 was superseded by {{\\|K8}} in 2003

...mprovements and design changes over {{\\|Excavator}}. Mainstream Zen-based microprocessors utilize AMD's {{amd|Socket AM4}} unified platform along with the {{amd|Prom ...se-Em-Eye'') is an umbrella term for a number of features AMD added to Zen microprocessors designed to increase performance through various self-tuning using a networ

...equent branches could more easily be determined and taken (or not). Modern microprocessors such as Zen take this further by not only storing the history of the last b

<tr><th colspan="10" style="background:#D6D6FF;">Apollo Lake Microprocessors</th></tr>

...MIMD]] designs) of high-performance and low-power. Founded in 2010, PEZY's microprocessors have been used in a number of [[supercomputer]]s. PEZY is supported through

PEZY has developed a Quad-PEZY-1 PCI board for their microprocessors which has 4 PEZY-1 for a total of 2,048 PE cores (along with 8 ARM cores).

The PEZY-SC (SC for "Super Computer") is [[PEZY]]'s second generation microprocessors which builds upon the {{pezy|PEZY-1}}. The chip contains exactly twice as m The PEZY-SC microprocessors is made of 4 blocks called "Prefectures". The Prefecture contains 2 MiB of

...Inc.''' is Taiwanese-American fabless semiconductor company that develops microprocessors, memory, and chipsets for AI, IoT, and computer vision applications.

| type = Microprocessors '''K6-III+''' ('''K6-III Plus''') was a family of mobile microprocessors introduced by AMD in early [[2000]] as a replacement for the previous gener

| type = Microprocessors '''K6-2+''' ('''K6-2 Plus''') was a family of mobile microprocessors introduced by AMD in early [[2000]] as a replacement for the previous gener

...) was the [[microarchitecture]] for [[Intel]]'s {{intel|Yonah}} core-based microprocessors. This miroarchitecture was a modified version of the original {{\\|Pentium

| type = Microprocessors '''Sempron''' is a family of budget {{arch|32}} [[x86]] microprocessors developed by [[AMD]] and introduced in early [[2004]], superseding the {{am

'''Spitfire''' was [[AMD]]'s core name for first generation {{amd|Duron}} microprocessors. Spitfire is based on the {{amd|K7|l1=arch}} microarchitecture and was manu

...'' for mobile) was [[AMD]]'s core name for second generation {{amd|Duron}} microprocessors, a successor to {{amd|Spitfire|l=core}}. Morgan is based on the {{amd|K7|l1

'''Applebred''' was [[AMD]]'s core name for third generation {{amd|Duron}} microprocessors, a successor to {{amd|Morgan|l=core}}. Applebred is based on the {{amd|K7|l

| type = Microprocessors | arch = Multi-socket server microprocessors

| type = Microprocessors '''Athlon XP''' was a family of performance {{arch|32}} [[x86]] microprocessors designed by [[AMD]] and introduced in [[2001]] as a successor to the origin

| type = Microprocessors Palomino-based microprocessors (i.e. Model 6) were manufactured on AMD's mature [[180 nm process]] copper

'''Celeron G3950''' is a {{arch|64}} [[dual-core]] budget [[x86]] desktop microprocessors introduced by [[Intel]] in early 2017. The G3950, which is based on the {{i

| type = Microprocessors ...e Athlon XP''') was a family of [[single-core]] {{arch|32}} [[x86]] mobile microprocessors designed by [[AMD]] for the performance mobile segment (i.e. a notch above

'''Celeron G3930T''' is a {{arch|64}} [[dual-core]] budget [[x86]] desktop microprocessors introduced by [[Intel]] in early 2017. The G3930T, which is based on the {{

| type = Microprocessors

| type = Microprocessors '''Athlon 64''' was a family of performance {{arch|64}} [[x86]] microprocessors designed by [[AMD]] and introduced in [[2003]] as a successor to the {{amd|

| type = Microprocessors ...{{amd|Athlon 64}} family. This was AMD's first series of dual-core desktop microprocessors.

| type = Microprocessors '''Athlon X2''' was a family of {{arch|64}} [[x86]] [[dual-core]] budget microprocessors designed by [[AMD]] and introduced in [[2008]].

| type = Microprocessors '''Athlon II X2''' was a family of {{arch|64}} [[x86]] [[dual-core]] budget microprocessors designed by [[AMD]] and introduced in [[2008]].

| type = Microprocessors ...d introduced in [[2007]]. This was AMD's first series of quad-core desktop microprocessors based on the {{amd|K10|K10 microarchitecture|l=arch}}.

| type = Microprocessors '''Phenom II X4''' was a family of {{arch|64}} [[x86]] [[quad-core]] desktop microprocessors designed by [[AMD]] based on and introduced in [[2009]] as a successor to

| type = Microprocessors '''Phenom X3''' was a family of {{arch|64}} [[x86]] [[tri-core]] budget microprocessors designed by [[AMD]] and introduced in [[2008]]. Phenom X3, which succeeded

| type = Microprocessors '''Phenom II X3''' was a family of {{arch|64}} [[x86]] [[tri-core]] budget microprocessors designed by [[AMD]] and introduced in [[2009]].

| type = Microprocessors '''Phenom II X2''' was a family of {{arch|64}} [[x86]] [[dual-core]] desktop microprocessors designed by [[AMD]] and introduced in [[2009]]. Contrary to their name-sake

| type = Microprocessors '''Phenom II X6''' was a family of {{arch|64}} [[x86]] [[hexa-core]] desktop microprocessors designed by [[AMD]] and introduced in [[2009]] in parallel to the {{amd|Phe

| type = Microprocessors '''Athlon II X3''' was a family of {{arch|64}} [[x86]] [[tri-core]] budget microprocessors designed by [[AMD]] and introduced in [[2009]].

| type = Microprocessors '''Athlon II X3''' was a family of {{arch|64}} [[x86]] [[quad-core]] budget microprocessors designed by [[AMD]] and introduced in [[2009]].

| type = Microprocessors '''Mobile Athlon 64''' was a family of {{arch|64}} [[x86]] [[single-core]] microprocessors designed by [[AMD]] for the performance mobile segment. Introduced in [[200

| type = Microprocessors '''Turion 64''' was a family of {{arch|64}} [[x86]] [[single-core]] microprocessors designed by [[AMD]] for the performance mobile segment and introduced in 20

| type = Microprocessors '''Turion 64 X2''' was a family of {{arch|64}} [[x86]] [[dual-core]] mobile microprocessors designed by [[AMD]] and introduced in 2005.

| type = Microprocessors ...urion X2 Ultra''' was a family of {{arch|64}} [[x86]] [[dual-core]] mobile microprocessors designed by [[AMD]] and introduced in 2008 as a successor to the {{amd|Turi

| type = Microprocessors ...urion II Ultra''' was a family of {{arch|64}} [[x86]] [[dual-core]] mobile microprocessors designed by [[AMD]] and introduced in [[2009]] as a successor to the {{amd|

| type = Microprocessors '''Turion II''' was a family of {{arch|64}} [[x86]] [[dual-core]] mobile microprocessors designed by [[AMD]] and introduced in [[2009]] as a successor to the {{amd|

...cessors]] introduced by [[Intel]] in their {{intel|Westmere|l=arch}}-based microprocessors in [[2010]]. These IGPs are found in {{intel|Clarkdale|l=core}} and {{intel <tr><th colspan="18" style="background:#D6D6FF;">Microprocessors with Ironlake GPUs</th></tr>

...core name given by [[Intel]] for their [[dual-core]] mainstream [[x86-64]] microprocessors using 5 series chipset. These were first generation ({{intel|Westmere|l=arc <tr><th colspan="18" style="background:#D6D6FF;">Arrandale-based Microprocessors</th></tr>

...n fabless semiconductor company that specializes in [[ARM]] and [[MIPS]] [[microprocessors]] for networking devices in enterprise, data centers, and [[IoT]] gateways.

<tr><th colspan="17" style="background:#D6D6FF;">All cnMIPS Microprocessors</th></tr>

...AMD introduces {{amd|Threadripper}}, a family of enthusiasts-class [[x86]] microprocessors == Microprocessors released in 2017 ==

'''OCTEON''' was a family of {{arch|64}} [[multi-core]] [[MIPS]] microprocessors designed by [[Cavium]] and introduced in mid-[[2005]]. These processors are The original OCTEON family of network-oriented microprocessors were announced in September of [[2004]]. These chips are based on [[Cavium]

'''OCTEON Plus''' was a family of {{arch|64}} [[multi-core]] [[MIPS]] microprocessors designed by [[Cavium]] and introduced in [[2007]]. These processors are pri <tr><th colspan="14" style="background:#D6D6FF;">CN57xx-Series Microprocessors</th></tr>

'''AM4''' is a socket for [[AMD]]'s mainstream series of microprocessors, serving as a successor to {{\\|Socket FM2+}} and {{\\|Socket AM3+}}. It wa The AM4 accepts zero-insertion force '''µOPGA-1331'''-packaged microprocessors designed based on the {{amd|Excavator|l=arch}}, {{amd|Zen|l=arch}}, {{amd|Z

This is a '''[[has type::boolean]]''' property holding whether the microprocessors has support for x86's {{x86|Advanced Vector Extensions 2}}.

'''Celeron 3965U''' is a {{arch|64}} [[dual-core]] budget [[x86]] mobile microprocessors introduced by [[Intel]] in early 2017. The 3965U, which is based on the {{i

'''Celeron 3865U''' is a {{arch|64}} [[dual-core]] budget [[x86]] mobile microprocessors introduced by [[Intel]] in early 2017. The 3865U, which is based on the {{i

...ocessor]] designed by [[Intel]] for their {{intel|Kaby Lake|l=arch}}-based microprocessors. The 610 are the low-end (GT1) IGP offered by Intel with only 12 execution

...ocessor]] designed by [[Intel]] for their {{intel|Kaby Lake|l=arch}}-based microprocessors. The 615 are the mid-range (GT2) IGP offered by Intel with 24 execution uni

...ocessor]] designed by [[Intel]] for their {{intel|Kaby Lake|l=arch}}-based microprocessors. The 620 are the mid-range (GT2) IGP offered by Intel with 24 execution uni

...ocessor]] designed by [[Intel]] for their {{intel|Kaby Lake|l=arch}}-based microprocessors. The 630 are the mid-range (GT2) IGP offered by Intel with 24 execution uni

...ocessor]] designed by [[Intel]] for their {{intel|Kaby Lake|l=arch}}-based microprocessors. The P630 are the mid-range (GT2) IGP offered by Intel with 24 execution un

...cessors]] designed by [[Intel]] for their {{intel|Kaby Lake|l=arch}}-based microprocessors. The Iris Plus 640 are the high-end (GT3e) IGP offered by Intel with 48 exe

...cessors]] designed by [[Intel]] for their {{intel|Kaby Lake|l=arch}}-based microprocessors. The Iris Plus 650 are the high-end (GT3e) IGP offered by Intel with 48 exe

...offee Lake}}-based, {{\\|Comet Lake}}-based,and {{\\|Goldmont Plus}}-based microprocessors. Gen9.5 is the successor to {{\\|Gen9}} used by {{\\|Skylake}} and introduc

...[[Intel]]'s [[graphics processing unit]] utilized by {{\\|Skylake}}-based microprocessors. Gen9 is the successor to {{\\|Gen8}} used by {{\\|Broadwell}}. The Gen9 mi

...Intel]]'s [[graphics processing unit]] utilized by {{\\|Cannonlake}}-based microprocessors. Gen10 is the successor to {{\\|Gen9.5}} used by {{\\|Kaby Lake}}.

...sion operated its own [[foundry]], manufacturing IBM's own {{ibm|Power}} [[microprocessors]] on a bleeding edge process. The division was sold to [[GlobalFoundries]].

...to {{\\|POWER8}}, a [[14 nm]] microarchitecture for [[Power]]-based server microprocessors first introduced in the 2nd half of [[2017]]. POWER9-based processors are b POWER9-based microprocessors are fabricated on [[GlobalFoundries]]'s High-Performance [[14 nm process|14

...oarchitecture designed by [[Qualcomm]] for the server market. Falkor-based microprocessors are manufactured on a [[10 nm process]] and sold under the {{qualcomm|Centr

...esigned in-house by [[Phytium]] for their consumer market and server-based microprocessors.

...S. B., and A. R. P. Thomas. "ARM3—a study in design for compatibility." Microprocessors and Microsystems 14.6 (1990): 407-415.

...ompany was established with the primary goal of further developing the ARM microprocessors. In 1993, in addition to VLSI, both [[Sharp]] and [[GEC-Plessey Semiconduct

| type = Microprocessors ...Seven'') is a family of high-performance {{arch|64}} [[octa-core]] [[x86]] microprocessors introduced by [[AMD]] in [[2017]] as a successor to the {{amd|FX}} family.

...revenue. Samsung is a major manufacturer of electronic products such as [[microprocessors]], [[flash memory]], and many other [[integrated circuits]]. Samsung is als

| type = Microprocessors ...ange performance {{arch|64}} [[quad-core|quad]] and [[hexa-core]]s [[x86]] microprocessors introduced by [[AMD]] in March of [[2017]]. Ryzen 5 is based on the {{amd|Z

| type = Microprocessors ...en'') is a family of low-end performance {{arch|64}} [[quad-core]] [[x86]] microprocessors introduced by [[AMD]] in late-[[2017]]. Ryzen 3 is based on the {{amd|Zen|l

Note: Only the APU series of microprocessors retains the monolithic design, so they are fabricated solely on [[TSMC]]'s

...emiconductor company that primarily focuses on high-performance consumer [[microprocessors]]. Loongson was founded in April of [[2010]] through the cooperation of the ...CT, became one of the most famous and most successful series of indigenous microprocessors in [[China]].

| type = Microprocessors ...rocessor. The Godson 1 is famous for being the first [[Chinese]] developed microprocessors.

| type = Microprocessors ...e Godson 2 is famous for being the first [[Chinese]] developed {{arch|64}} microprocessors as well as the first Chinese processors to break the gigahertz frequency.

| type = Microprocessors

== 3 nm Microprocessors==

...alight laptops/nettops, MIDs, and embedded internet devices. Stealey-based microprocessors were branded as Intel A1xx series and were part of the {{intel|McCaslin|Ult

'''Diamondville-SC''' refers to all the [[single-core]] Diamondville-based microprocessors. In late [[2008]] Intel introduced a single [[dual-core]] variant (the {{in

...ns]], HAL is known for having designed one of first commercial {{arch|64}} microprocessors and as the company that beat [[Sun Microsystems]] to the first [[SPARC-V9]] == Microprocessors ==

| type = Microprocessors '''SPARC64''' is a family of high-performance {{arch|64}} [[SPARC]] microprocessors designed by [[Fujitsu]] (originally [[HAL Computer Systems|HAL]]'s) since t

...has been responsible for the development of a number of high-performance [[microprocessors]] and [[supercomputer]]s.

| type = Microprocessors ...ding different [[ISA]]s implementations. The latest models are [[many-core microprocessors]] implementing a custom ISA.

...was the [[microarchitecture]] for [[Intel]]'s for {{intel|80286}} line of microprocessors as a successor to {{intel|8086}}. Introduced in 1982, 80286 was manufacture

| type = Microprocessors ...ily of {{arch|64}} [[x86]] dual-socket multi-core entry-level server-class microprocessors introduced by [[Intel]] in 2017.

| type = Microprocessors ...of {{arch|64}} [[x86]] dual-socket multi-core mid-range performance server microprocessors introduced by [[Intel]] in 2017.

| type = Microprocessors ...of {{arch|64}} [[x86]] dual/quad-socket multi-core high performance server microprocessors introduced by [[Intel]] in 2017. The Xeon Gold offers highest performance a

| type = Microprocessors ...of {{arch|64}} [[x86]] multi-socket multi-core highest performance server microprocessors introduced by [[Intel]] in 2017. The Xeon Platinum series offers the highes

EPYC is AMD's flagship mainstream server microprocessors. It was originally announced during AMD's Financial Analyst Day on May 16, ...Using chips manufactured on a [[GlobalFoundries]] [[14 nm process]], these microprocessors range from [[8 cores|eight]] to [[32 cores|thirty-two]] cores. In mid-[[201

'''Rome''' is codename for [[AMD]]'s high-performance server microprocessors based on the {{amd|Zen 2|l=arch}} microarchitecture serving as a successor Rome-based microprocessors are branded as second-generation, {{amd|EPYC#7002 Series (Zen 2)|7002-serie

...]]'s {{amd|EPYC#7003 Series (Zen 3)|EPYC 7003 series}} of high-performance microprocessors based on the {{amd|Zen 3|l=arch}} microarchitecture for single- and dual-so

| type = Microprocessors

...' ('''SA''') was a microarchitecture for [[DEC]]'s series of [[ARM]]-based microprocessors {{decc|StrongARM|branded under the same name}}. This microarchitecture was ...puhl, Daniel W. "Circuits and technology for Digital's StrongARM and ALPHA microprocessors [CMOS technology]." Advanced Research in VLSI, 1997. Proceedings., Seventee

| type = Microprocessors ...s a family of high-performance and high [[core count]] {{arch|64}} [[x86]] microprocessors introduced by [[Intel]] in mid-2017.

...puhl, Daniel W. "Circuits and technology for Digital's StrongARM and ALPHA microprocessors [CMOS technology]." Advanced Research in VLSI, 1997. Proceedings., Seventee

...occurs along with their development of new generations of high-performance microprocessors. Digital continued to operate the Hudson fab until 1997.Fab-6 in Hudson, Ma

* [[:File:alpha 21464.ppt|The Alpha 21364 and 21464 Microprocessors: Continuing the Performance Lead Beyond Y2K (PPT)]] ([[:File:alpha 21464.pd

* [[:File:alpha 21464.ppt|The Alpha 21364 and 21464 Microprocessors: Continuing the Performance Lead Beyond Y2K (PPT)]] ([[:File:alpha 21464.pd

'''Celeron G3930E''' is a {{arch|64}} [[dual-core]] budget [[x86]] desktop microprocessors introduced by [[Intel]] in mid-2017. The G3930E, which is based on the {{in

'''Celeron G3930TE''' is a {{arch|64}} [[dual-core]] budget [[x86]] desktop microprocessors introduced by [[Intel]] in mid-2017. The G3930TE, which is based on the {{i

| type = Microprocessors '''Alpha''' was a family of {{arch|64}} [[Alpha]]-based performance microprocessors designed by [[DEC]] and introduced in [[1992]].

...ns along with a number of complex ones borrowed from early {{arch|8}} CISC microprocessors. Each instruction is 32-bit in size and operates on two 32-bit operands. Th

| type = Microprocessors ...s a family of {{arch|64}} [[x86]] high-performance desktop and workstation microprocessors. Ryzen Threadripper is geared toward prosumers that rely on heavily threade

'''Celeron 3965Y''' is a {{arch|64}} [[dual-core]] budget [[x86]] mobile microprocessors introduced by [[Intel]] in early 2017. The 3965Y, which is based on the {{i

[[Category:microprocessors]]

== Microprocessors ==

| type = Microprocessors | arch = 32-bit ARM microprocessors

...introduced by [[Intel]] for their high-end {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's highest tier GPU incorporating 72 execution units as

...l]] in [[2015]] for their low-end/low-power {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's lowest tier GPU incorporating just 12 execution unit

...l]] in [[2015]] for the extremely low power {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's mid-tier GPU incorporating 24 execution units. The 5

...l]] in [[2015]] for their mainstream mobile {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's mid-tier GPU incorporating 24 execution units. The 5

...[[Intel]] in [[2015]] for their mainstream {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's mid-tier GPU incorporating 24 execution units. The 5

...[[Intel]] in [[2016]] for their mainstream {{intel|Skylake|l=arch}}-based microprocessors. This GPU is Skylake's high-end tier GPU incorporating 48 execution units.

...rmally introduced by [[Intel]] in July [[2013]] with first general-purpose microprocessors implementing the extensions introduced in July [[2017]]. ...rand using constant indices. For each element of the destination vector, a 2-bit index selects an element in the same 64-bit lane of the source operand. For

...ined classified for over 40 years. In early 1970 at least three additional microprocessors were already under development. Intel started working on the {{intel|4004}}

| type = Microprocessors

The z900 microprocessors were manufactured on [[IBM]]'s [[0.180 µm process]] bulk technology with c

The z990 microprocessors were manufactured on [[IBM]]'s [[0.13 µm process]] with copper interconnec

The z9 microprocessors were manufactured on [[IBM]]'s [[90 nm process]].

The z10 microprocessors were manufactured on [[IBM]]'s [[65 nm process]].

The z196 microprocessors were manufactured on [[IBM]]'s [[45 nm process]].

The z12 microprocessors were manufactured on [[IBM]]'s [[32 nm process]].

The z13 microprocessors were manufactured on [[GlobalFoundries]]'s [[22 nm process]]. Note that thi

z14-based microprocessors are manufactured on [[GlobalFoundries]]'s [[14 nm process|14 nm]] (14HP) [[

.... Coffee Lake S is the first series of mainstream desktop PC [[hexa-core]] microprocessors from Intel.

| {{intel|Tejas|l=core}} || Desktop microprocessors | {{intel|Jayhawk |l=core}} || Server microprocessors

Although those microprocessors are still based on {{intel|Kaby Lake|l=arch}}, Intel has branded them as 8t

...2017]] for their low-power performance mobile {{intel|Kaby Lake R|l=core}} microprocessors. The 620 are the mid-range (GT2) IGP offered by Intel with 24 execution uni

Skylake W are enterprise workstation microprocessors. Those are a two-chip solution consisting of the microprocessor and the C42

| type = microprocessors ...of enterprise-class {{arch|64}} multi-core [[x86]] performance workstation microprocessors.

...ced the Kirin family which featured their flagship high-performance mobile microprocessors found in their high-end phones and tablets.

...tel]] in [[2017]] for the performance desktop {{intel|Coffee Lake|l=arch}} microprocessors. The 630 are the mid-range (GT2) IGP offered by Intel with 24 execution uni

In normal microprocessors such as typical [[CPU]]s and [[GPU]]s, when a core in the case of a CPU or

...Sun Microsystems]] in 2010, Oracle has also been designing [[SPARC]]-based microprocessors.

...'s}} L2 latency was always designed to be 12 cycles. In fact all Zen-based microprocessors (including {{amd|EPYC}}, {{amd|Ryzen Threadripper}}, and Zen-based APUs) ha All Zen+-based mainstream consumer microprocessors utilizes AMD's {{amd|Socket AM4}}, a unified socket infrastructure. All tho

...ps which have become considerably more powerful than other [[ARM]]-based [[microprocessors]].

| type = Microprocessors '''Pentium Gold''' is a family of {{arch|64}} [[x86]] budget-level microprocessors introduced by [[Intel]] since 2017 succeeding the {{\\|Pentium (2009)|Penti

| type = Microprocessors '''Pentium Silver''' is a family of {{arch|64}} [[x86]] low-power microprocessors introduced by [[Intel]] in late 2017, succeeding the {{\\|Pentium (2009)|Pe

...''Core IQ''") is a family of [[ARM]] and [[POWER]] embedded and networking microprocessors designed and sold by [[NXP]] (formerly [[Freescale]]) since [[2008]] as a s Announced in mid-2008, the QorIQ P-series are [[POWER]]-based microprocessors based on the {{freescale|e500|l=arch}} microarchitecture. Being the first F

This is a '''[[has type::boolean]]''' property holding whether the microprocessors has AMD {{amd|Precision Boost 2}} support.

| type = Microprocessors PEZY-SCx is a family of high-performance, low-power many-core microprocessors designed by [[PEZY]] for a series of supercomputer developed in [[Japan]].

'''UltraSPARC''' was a family of {{arch|64}} [[SPARC]] microprocessors designed by [[Sun Microsystems]] as a successor to {{\\|SuperSPARC}}. Initi ...1995, the UltraSPARC-I (''STP1030A'') were Sun's first set of {{arch|64}} microprocessors based on the [[SPARC V9]] architecture. Fabricated on [[Texas Instruments]]

Matisse-based microprocessors are branded as 3000-series {{amd|Ryzen 3}}, {{amd|Ryzen 5}}, {{amd|Ryzen 7}

...] for the low-power budget mobile and desktop {{intel|Gemini Lake|l=core}} microprocessors. The 600 are the least powerful (GT1) IGP offered by Intel with 12 executio

...] for the low-power budget mobile and desktop {{intel|Gemini Lake|l=core}} microprocessors. The 605 are a low-power (GT1.5) IGP offered by Intel with 18 execution uni

| type = Microprocessors | arch = Many-core x86 microprocessors

...Intel Data Catalogs''', a complete offerings of their products including [[microprocessors]], [[ROM]]s, [[RAM]]s, [[memory]] peripherals, and various other [[ICs]].

...roprocessor designer that specialized in math [[coprocessors]] and [[x86]] microprocessors. Founded by a small group of former [[Texas Instruments]] engineers in [[19

'''Centaur Technology''' is a [[fabless]] designer of [[x86]] compatible microprocessors. Centaur was funded by [[Integrated Device Technology]] and in September [[

| type = Microprocessors '''KaiXian''' ('''ZX'''/'''KX''') is a family of [[x86]] microprocessors developed by [[Zhaoxin]] for the [[Chinese]] market.

.... Coffee Lake R is the first series of mainstream desktop PC [[octa-core]] microprocessors from Intel.

...g''' is a fabless semiconductor company that designed [[ARM]]-based server microprocessors. Ampere was founded in [[2017]] from funding from Carlyle Group. Ampere has

* [[AppliedMicro]]'s family [[ARM]] server microprocessors

...mbedded effectively succeeded the {{amd|Opteron}} A1100 series of embedded microprocessors (although those were actually based on [[ARM]], not [[x86]]).

...yzen Embedded effectively succeeded the {{amd|Embedded R-Series}} embedded microprocessors.

...sed in Grenoble area, France that designs ultra-low power [[RISC-V]]-based microprocessors for [[neural processor|intelligent]] edge and IoT processing.

This is a '''[[has type::boolean]]''' property holding whether the microprocessors has AMD {{amd|Extended Frequency Range|Extended Frequency Range 2}} support

Vermeer-based microprocessors are branded as 5000-series [[Ryzen 3]], [[Ryzen 5]], [[Ryzen 7]], and [[Ryz

...This microarchitecture is found in their server ({{intel|Xeon Scalable}}) microprocessors and the {{intel|Core i7}} and {{intel|Core i9}} HEDT parts. The first Intel server and HEDT microprocessors to implement the mesh were those based on the Skylake server configuration.

...Nvidia to support NVLink on their [[POWER]] microprocessors. For supported microprocessors, the NVLink can eliminate PCIe entirely for all links.

...le those ports will be used in configurations involving the {{ibm|POWER9}} microprocessors which have native support for NVLink 2.0.

Introduced in [[2018]], Vulcan-based microprocessors are branded as part of the {{cavium|ThunderX2}} family. ...-the-isambard-supercomputer/ A Look at Cavium’s New High-Performance ARM Microprocessors and the Isambard Supercomputer]''.

| type = Microprocessors '''ThunderX2''' is a family of {{arch|64}} [[multi-core]] [[ARM]] server microprocessors introduced by [[Cavium]] in early [[2018]] succeeding the original {{\\|Thu

| type = Microprocessors '''KaisHeng''' ('''KH''') is a family of [[x86]] microprocessors developed by [[Zhaoxin]] for the [[Chinese]] market. This family is primari

Kunpeng, also known as Hi16xx, is a series of {{arch|64}} [[ARM]] server microprocessors designed by [[Huawei]]. First introduced in 2015, those processors are gear

...'CPKWS''') is the codename for [[AMD]]'s highest-performance enthusiasts [[microprocessors]] serving as a successor to {{\\|Colfax}}, released in late 2019. Castle Pe Castle Peak-based microprocessors are branded as 3rd-generation [[Ryzen Threadripper]].

| type = Microprocessors '''eMAG''' is a family of {{arch|64}} high-performance [[ARM]] server microprocessors designed by [[Ampere Computing]] for the data center.

Modern microprocessors exploit [[data parallelism]] further through the introduction of various ve

| type = Microprocessors '''X-Gene''' was a family of {{arch|64}} [[ARM]] server microprocessors designed and introduced by [[AppliedMicro]].

...based microprocessors were sold under the {{apm|X-Gene 2}} brand of server microprocessors.

...based microprocessors were sold under the {{apm|X-Gene 1}} brand of server microprocessors.

...wer. CSA supports the same HPC programming models supported by traditional microprocessors. ...gnitude gain in energy efficiency and performance relative to existing HPC microprocessors through the use of highly-dense and efficient atomic compute units. The bas

...]]'s {{amd|EPYC#9004 Series (Zen 4)|EPYC 9004 series}} of high-performance microprocessors based on the {{amd|Zen 4|l=arch}} microarchitecture for single- and dual-so

| type = Microprocessors '''ThunderX''' is a family of {{arch|64}} [[multi-core]] [[ARM]] server microprocessors introduced by [[Cavium]].

...a [[Chinese]] semiconductor company that designs and sells [[ARM]] server microprocessors. NXT is a joint venture between Guizhou Province and Qualcomm. In MAy 31, 2

'''StarDragon''' ('''昇龙''') is a family of [[ARM]] server microprocessors designed by [[Huaxintong]] based on [[Qualcomm]]'s design.

* Segars, Simon. "The ARM9 Family-High Performance Microprocessors for Embedded Applications." Proceedings of the International Conference on

'''Exynos Auto''' is a family of {{arch|64}} [[ARM]] microprocessors designed by [[Samsung]] for the automotive industry.

'''Sforza''' is code name for [[IBM]]'s general server scale-out microprocessors based on the {{ibm|POWER9|l=arch}} microarchitecture.

...relative simplicity, SRAM is the most common memory cell found in modern [[microprocessors]]. It is used for various large buffers and caches. Current SoCs allocate a Below are large SRAM blocks highlighted on real-world high-performance microprocessors, showing how much [[silicon]] area, SRAM typically occupies. There are many

'''OCTEON TX''' is a family of {{arch|64}} [[multi-core]] [[ARM]] microprocessors designed by [[Cavium]] and introduced in [[2016]]. These processors are pri <tr><th colspan="14" style="background:#D6D6FF;">CN83xx-Series Microprocessors</th></tr>

| type = Microprocessors '''FeiTeng''' ('''FT'''; '''飞腾''') is a series of [[ARM]] microprocessors designed and introduced by [[Phytium]] for the desktop and server markets.

| type = Microprocessors '''ThunderX3''' is a family of {{arch|64}} [[multi-core]] [[ARM]] server microprocessors planned by [[Marvell]], succeeding the {{\\|ThunderX2}} line originally rel

| type = Microprocessors ...family of high-performance {{arch|64}} [[dodeca-core]] [[x86]] and hexadec microprocessors introduced by [[AMD]] in [[2019]]. Ryzen 9 is based on the {{amd|Zen 2|l=ar

Cascade Lake W are enterprise workstation microprocessors. Those are a two-chip solution consisting of the microprocessor and the {{i

IBM fabricates its z15 microprocessors and system controllers on [[GlobalFoundries]]'s [[14 nm process|14 nm]] (14

...ufactured at the [[TSMC]] factory ([[Taiwan]]). In 2014, the production of microprocessors at the russian «Micron» factory also began using a 90 nm process<ref>http MCST microprocessors are used in computing systems with high requirements for information securi

| type = Microprocessors

'''Socket 754''' was the socket for '''µOPGA-754'''-packaged [[AMD]] microprocessors, successor to {{\\|Socket A}} and the original socket for AMD's [[amd/athlo

...ackaged [[AMD]] [[amd/opteron|Opteron]] and [[amd/athlon_64|Athlon 64 FX]] microprocessors, AMD's first generation of server and workstation processors, based on the

'''Socket 939''' was the socket for '''µOPGA-939'''-packaged [[AMD]] microprocessors and the successor to {{\\|Socket 754}}. This is the second socket designed

=== Alchemy Embedded Microprocessors (MIPS32) ===

...2''' was the socket for '''OPGA-940''' and '''OPGA-938'''-packaged [[AMD]] microprocessors with an integrated DDR2 memory controller and the successor to {{\\|Socket

...s the second socket for '''OPGA-940''' and '''OPGA-938'''-packaged [[AMD]] microprocessors with an integrated DDR2 memory controller and the successor to {{\\|Socket

...3''' was the socket for '''OPGA-938''' and '''OPGA-940'''-packaged [[AMD]] microprocessors with an integrated DDR2/DDR3 memory controller and the successor to {{\\|So

...3r2, was the socket for '''OPGA-938''' and '''OPGA-940'''-packaged [[AMD]] microprocessors with an integrated DDR3 memory controller and the successor to {{\\|Socket

'''ASB1''' was a BGA-812 package for low power [[AMD]] mobile microprocessors with an

'''ASB2''' was a BGA-812 package for low power [[AMD]] mobile microprocessors with an

'''FT1''' was a CPU package for low power [[AMD]] microprocessors with integrated graphics targeting the thin client, embedded, and tablet ma

...''CPGA-321'''-packaged [[AMD]] [[amd/k6-2|K6-2]] and [[amd/k6-iii|K6-III]] microprocessors, compatible with [[Intel]]'s earlier Socket 7, and an open standard unlike

'''Socket FM1''' was the socket for '''OPGA-905'''-packaged [[AMD]] microprocessors, the first generation of AMD APUs, desktop processors with integrated graph

...FM2b and FM2r2, is the socket for '''OPGA-906'''-packaged [[AMD]] desktop microprocessors with integrated graphics. Mobile and embedded versions of these APUs are av

'''Socket FM2''' was the socket for '''OPGA-904'''-packaged [[AMD]] desktop microprocessors with integrated graphics, the successor to {{\\|Socket FM1}}. Its counterpa

...T3''' is a '''BGA-769''' package for low power [[AMD]] mobile and embedded microprocessors with an integrated north bridge, graphics processor, and controller hub. It

'''FT3b''' is a '''BGA-769''' package for low power [[AMD]] microprocessors with an integrated north bridge, graphics processor, and controller hub tar

'''FT4''' is a '''BGA-769''' package for low power [[AMD]] mobile microprocessors with an integrated north bridge, graphics processor, and controller hub. Th

'''Socket FS1''' was the socket for '''OPGA-722'''-packaged [[AMD]] mobile microprocessors, the first generation of APUs, "Fusion" processors with integrated graphics

...\|Socket FS1b}}, was the socket for '''OPGA-722'''-packaged [[AMD]] mobile microprocessors with integrated graphics, the successor to {{\\|Socket FS1}}. For thin clie

...as Socket FS1b, was the socket for '''OPGA-721'''-packaged [[AMD]] desktop microprocessors with an integrated north bridge, graphics processor, and controller hub tar

'''FP2''' was a BGA-827 package for [[AMD]] mobile and embedded microprocessors with integrated graphics, the BGA counterpart to the PGA-722 package for {{

'''FP3''' is a BGA-854 package for [[AMD]] mobile and embedded microprocessors with integrated graphics. Its counterpart for desktop processors is the PGA

'''SP1''' was a '''BGA-1021''' package for [[AMD]] server microprocessors codenamed {{amd|Seattle|l=core}} with 8 ARM {{armh|Cortex-A57|l=arch}} CPU

'''Seattle''' is the codename for a series of [[AMD]] server microprocessors based on

'''FP4''' is a BGA-968 package for [[AMD]] mobile and embedded microprocessors with an integrated north bridge, graphics processor, and controller hub. So

'''FP5''' is a BGA-1140 package for [[AMD]] mobile and embedded microprocessors with an integrated north bridge, graphics processor, and controller hub tar

...ps which have become considerably more powerful than other [[ARM]]-based [[microprocessors]].-->

...''-packaged AMD [[amd/opteron|Opteron]] and [[amd/athlon_64|Athlon 64 FX]] microprocessors with integrated [[DDR2]] memory controllers. It succeeded {{\\|Socket 940}}

...s, was a low-profile ZIF socket for '''OPGA-638'''-packaged [[AMD]] mobile microprocessors with an integrated [[DDR2]] memory controller, and the successor to {{\\|So

...t S1g2''' was the second socket for '''OPGA-638'''-packaged [[AMD]] mobile microprocessors with an integrated [[DDR2]] memory controller, and the successor to {{\\|So

...et S1g3''' was the third socket for '''OPGA-638'''-packaged [[AMD]] mobile microprocessors with an integrated DDR2 memory controller, and the successor to {{\\|Socket

...was the fourth and last socket for '''OPGA-638'''-packaged [[AMD]] mobile microprocessors with an integrated [[DDR2]] and [[DDR3]] memory controller, and the success

...et for '''LGA-1207'''-packaged [[AMD]] [[amd/opteron|Opteron]] 4000 Series microprocessors in servers optimized for energy efficiency and cost. Like the prior generat

...ed for '''LGA-1944'''-packaged [[AMD]] [[amd/opteron|Opteron]] 6000 Series microprocessors optimized for performance per Watt and scalability. The designation G34 sta

...Lake S is the first series of mainstream desktop heterogeneous multi-core microprocessors from Intel. Alder Lake S (C0) microprocessors are fabricated on [[Intel]]'s [[Intel 7|Intel 7 process]]. This SoC uses a

...r {{alchemy|Alchemy}} family of high performance, ultra low power embedded microprocessors. Details about Au1 were disclosed at the Embedded Processor Forum in San Jo

'''Alchemy''' is a family of high performance, ultra low power embedded microprocessors implementing the [[MIPS32]] ISA. They were originally designed by [[Alchemy

'''Socket 563''' was a socket for low voltage [[AMD]] {{amd|Athlon XP-M}} microprocessors targeting thin and light mobile and value PCs. The majority of Athlon proce