| 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

| 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)

...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.

The '''20-bit [[architecture]]''' is a [[microprocessor]] or [[computer]] architecture th == 20-bit microprocessors ==

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

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

[[Category:8-bit microprocessors]]

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

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

[[Category:8-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

| type 2 = microprocessors === 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

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

...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==

== 14 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

...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==

...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.

...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==

| 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

| 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 ...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

| type = Microprocessors

...y 14: AMD announces the {{amd|Athlon 4}} family of high-performance mobile microprocessors

...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

...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).

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

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

'''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

...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

...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

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

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

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

...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

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

...rmally introduced by [[Intel]] in July [[2013]] with first general-purpose microprocessors implementing the extensions introduced in July [[2017]].

...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}}

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

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

...'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]].

...''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

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

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

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

...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. ...ises a 25-bit CRC field (discussed below), 83-bit transaction field, and a 20-bit data link (DL) layer field. The transaction field includes the request type

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]''.

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

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

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

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

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

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