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While it is possible to use desktop processors in laptops, this practice is generally not recommended, as desktop processors heat faster than notebook processors and drain batteries faster.
153:, under 10 to 15W, which is cool enough without a fan. It is typically housed in a smaller chip package, but more importantly, in order to run cooler, it uses lower voltages than its
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capability. A mobile processor can be throttled down to different power levels or sections of the chip can be turned off entirely when not in use. Further, the
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199:, however, they are not without tradeoffs; they also tend to not perform as well as their desktop counterparts.
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may be stepped down under low processor loads. This stepping down conserves power and prolongs
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214:. The objective of a notebook computer is to provide the performance and functionality of a
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Today's CPUs are usually more than just a single unit. They are split into "
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229:" integrated circuits that use less power than most notebook processors.
180:", allowing each core to do multiple tasks, amplifying the performance.
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210:. Notebook computers are a popular format of the broader category of
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470:"CPU vs GPU: A Deep Dive into Their Roles & Differences"
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495:"Intel Processor Letter Meanings [2022 Guide]"
455:"Fanless computer boards are pushing 15W to the limit"
176:", each acting like an individual CPU. They also use "
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A CPU chip is designed for portable computers to run
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188:One of the main characteristics differentiating
202:The notebook processor has become an important
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51:introducing citations to additional sources
1525:Computer performance by orders of magnitude
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41:Relevant discussion may be found on the
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122:Mobile, clocked at 300 MHz (1998)
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1496:Floating-point operations per second
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13:
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16:Processor found in mobile devices
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2422:Semiconductor device fabrication
34:relies largely or entirely on a
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2397:History of general-purpose CPUs
624:Nondeterministic Turing machine
577:Deterministic finite automaton
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192:processors from other CPUs is
1:
1368:Simultaneous and heterogenous
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384:processors for the pre-Intel
183:
2475:. You can help Knowledge by
2052:Integrated memory controller
2034:Translation lookaside buffer
1233:Memory dependence prediction
676:Random-access stored program
629:Probabilistic Turing machine
7:
1508:Synaptic updates per second
235:
10:
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1912:Heterogeneous architecture
834:Orthogonal instruction set
604:Alternating Turing machine
592:Quantum cellular automaton
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225:Cell phones and PDAs use "
2402:Microprocessor chronology
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2365:Dynamic frequency scaling
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1520:Cache performance metrics
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157:counterpart and has more
2417:Hardware security module
1760:Digital signal processor
1737:Graphics processing unit
1549:Graphics processing unit
2370:Dynamic voltage scaling
2153:Memory address register
2047:Branch target predictor
2011:Address generation unit
1754:Physics processing unit
1543:Central processing unit
1502:Transactions per second
1490:Instructions per second
1413:Array processing (SIMT)
557:Stored-program computer
378:Freescale Semiconductor
2471:-related article is a
2176:Hardwired control unit
2058:Memory management unit
2023:Memory management unit
1772:Secure cryptoprocessor
1766:Tensor Processing Unit
1748:Vision processing unit
1482:Cycles per instruction
1476:Instructions per cycle
1423:Associative processing
1114:Instruction pipelining
536:Processor technologies
208:semiconductor industry
123:
2259:Sum-addressed decoder
2005:Arithmetic logic unit
1132:Classic RISC pipeline
1086:Epiphany architecture
933:Motorola 68000 series
117:
2380:Performance per watt
1958:replacement policies
1624:Package on a package
1514:Performance per watt
1418:Pipelined processing
1188:Tomasulo's algorithm
993:Clipper architecture
849:Application-specific
562:Finite-state machine
47:improve this article
2542:Microcomputer stubs
2412:Digital electronics
2065:Instruction decoder
2017:Floating-point unit
1671:Soft microprocessor
1618:System in a package
1193:Reservation station
723:Transport-triggered
306:Samsung Electronics
2284:Integrated circuit
2128:Processor register
1782:Baseband processor
1127:Operand forwarding
587:Cellular automaton
497:. 10 January 2022.
457:. 15 October 2015.
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62:"Mobile processor"
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1953:Instruction cache
1943:Scratchpad memory
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1777:Network processor
1706:Network on a chip
1661:Ultra-low-voltage
1612:Multi-chip module
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1228:Branch prediction
1205:Register renaming
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1081:VISC architecture
903:Quantum computing
898:VISC architecture
780:Secondary storage
696:Microarchitecture
656:Register machines
222:size and weight.
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2527:Mobile computers
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2407:Processor design
2299:Power management
2181:Instruction unit
2042:Branch predictor
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1471:Transistor count
1395:Flynn's taxonomy
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913:Addressing modes
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770:Memory hierarchy
634:Hypercomputation
552:Abstract machine
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429:Mobile Athlon 64
425:Mobile Athlon II
247:ARM architecture
227:system on a chip
216:desktop computer
212:mobile computers
128:mobile processor
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2427:Tick–tock model
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2254:Address decoder
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2158:Program counter
2133:Status register
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2029:Load–store unit
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797:Multiprocessing
765:Cache hierarchy
758:Register/memory
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468:Ahmad, Saalim.
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261:laptops, Linux
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2249:Binary decoder
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386:Apple Computer
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273:Apple M series
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204:market segment
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136:mobile devices
132:microprocessor
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103:September 2021
45:. Please help
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2227:Demultiplexer
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2143:Register file
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2083:Combinational
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1199:
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1189:
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1183:Scoreboarding
1181:
1180:
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1165:False sharing
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958:Stanford MIPS
956:
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837:
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832:
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820:
819:architectures
814:
808:
805:
803:
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795:
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788:
787:Heterogeneous
785:
781:
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771:
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766:
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751:
749:
746:
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741:
740:
739:
738:Memory access
736:
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729:
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719:
716:
712:
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708:
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685:
677:
674:
672:
671:Random-access
669:
667:
664:
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654:
652:
651:Stack machine
649:
647:
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640:
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612:
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601:
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583:
580:
578:
575:
573:
570:
568:
567:with datapath
565:
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541:
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141:
137:
134:designed for
133:
129:
121:
120:Intel Pentium
116:
106:
95:
92:
88:
85:
81:
78:
74:
71:
67:
64: –
63:
59:
58:Find sources:
52:
48:
44:
38:
37:
36:single source
32:This article
30:
26:
21:
20:
2477:expanding it
2462:
2447:
2437:Chip carrier
2375:Clock gating
2294:Mixed-signal
2191:Write buffer
2168:Control unit
1980:Clock signal
1719:accelerators
1701:Cypress PSoC
1655:
1358:Simultaneous
1175:Out-of-order
807:Neuromorphic
688:Architecture
646:Belt machine
639:Zeno machine
572:Hierarchical
489:
478:. Retrieved
474:Future Bytes
473:
463:
449:
334:A-Series APU
231:
224:
201:
187:
171:
167:battery life
148:
127:
125:
100:
90:
83:
76:
69:
57:
33:
2222:Multiplexer
2186:Data buffer
1897:Single-core
1869:bit slicing
1727:Coprocessor
1582:Coprocessor
1463:performance
1385:Cooperative
1375:Speculative
1335:Distributed
1294:Superscalar
1279:Instruction
1247:Parallelism
1220:Speculative
1052:System/3x0
924:Instruction
701:Von Neumann
614:Post–Turing
265:and recent
251:Chromebooks
197:consumption
144:cell phones
2516:Categories
2342:management
2237:Multiplier
2098:Logic gate
2088:Sequential
1995:Functional
1975:Clock rate
1948:Data cache
1921:Components
1902:Multi-core
1890:Core count
1380:Preemptive
1284:Pipelining
1267:Bit-serial
1210:Wide-issue
1155:Structural
1077:Tilera ISA
1043:MicroBlaze
1013:ETRAX CRIS
908:Comparison
753:Load–store
733:Endianness
480:2023-06-26
441:References
388:notebooks.
382:PowerPC G4
296:Snapdragon
259:Windows 11
255:Windows 10
184:In laptops
159:sleep mode
73:newspapers
2276:Circuitry
2196:Microcode
2120:Registers
1963:coherence
1938:CPU cache
1796:Word size
1461:Processor
1105:Execution
1008:DEC Alpha
986:Power ISA
802:Cognitive
609:Universal
416:Pentium M
399:Transmeta
249:(used in
194:low-power
178:threading
43:talk page
2214:Datapath
1907:Manycore
1879:variable
1717:Hardware
1353:Temporal
1033:OpenRISC
728:Cellular
718:Dataflow
711:modified
407:Efficeon
374:Motorola
345:mobile,
301:Rockchip
292:Qualcomm
278:MediaTek
263:netbooks
236:Examples
220:portable
138:such as
2522:Laptops
2390:Related
2321:Quantum
2311:Digital
2306:Boolean
2204:Counter
2103:Quantum
1864:512-bit
1859:256-bit
1854:128-bit
1697:(MPSoC)
1682:on chip
1680:Systems
1498:(FLOPS)
1311:Process
1160:Control
1142:Hazards
1028:Itanium
1023:Unicore
981:PowerPC
706:Harvard
666:Pointer
661:Counter
619:Quantum
369:PowerPC
355:Celeron
351:Pentium
241:Current
206:in the
155:desktop
151:fanless
140:laptops
87:scholar
2326:Switch
2316:Analog
2054:(IMC)
2025:(MMU)
1874:others
1849:64-bit
1844:48-bit
1839:32-bit
1834:24-bit
1829:16-bit
1824:15-bit
1819:12-bit
1656:Mobile
1572:Stream
1567:Barrel
1562:Vector
1551:(GPU)
1510:(SUPS)
1478:(IPC)
1330:Memory
1323:Vector
1306:Thread
1289:Scalar
1091:Others
1038:RISC-V
1003:SuperH
972:Power
968:MIPS-X
943:PDP-11
792:Fabric
544:Models
403:Crusoe
363:Former
353:, and
332:, and
330:Athlon
310:Exynos
283:Nvidia
190:laptop
142:, and
89:
82:
75:
68:
60:
2467:- or
2463:This
2382:(PPW)
2340:Power
2232:Adder
2108:Array
2075:Logic
2036:(TLB)
2019:(FPU)
2013:(AGU)
2007:(ALU)
1997:units
1933:Cache
1814:8-bit
1809:4-bit
1804:1-bit
1768:(TPU)
1762:(DSP)
1756:(PPU)
1750:(VPU)
1739:(GPU)
1708:(NoC)
1691:(SoC)
1626:(PoP)
1620:(SiP)
1614:(MCM)
1555:GPGPU
1545:(CPU)
1535:Types
1516:(PPW)
1504:(TPS)
1492:(IPS)
1484:(CPI)
1255:Level
1066:S/390
1061:S/370
1056:S/360
998:SPARC
976:POWER
859:TRIPS
827:Types
412:Intel
380:made
339:Intel
326:Ryzen
287:Tegra
218:in a
174:cores
130:is a
94:JSTOR
80:books
2473:stub
2360:ACPI
2093:Glue
1985:FIFO
1928:Core
1666:ASIP
1607:CPLD
1602:FPOA
1597:FPGA
1592:ASIC
1445:SPMD
1440:MIMD
1435:MISD
1428:SWAR
1408:SIMD
1403:SISD
1318:Data
1301:Task
1272:Word
1018:M32R
963:MIPS
926:sets
893:ZISC
888:NISC
883:OISC
878:MISC
871:EPIC
866:VLIW
854:EDGE
844:RISC
839:CISC
748:HUMA
743:NUMA
405:and
376:and
347:Core
343:Xeon
267:Macs
66:news
2355:APM
2350:PMU
2242:CPU
2199:ROM
1970:Bus
1587:PAL
1262:Bit
1048:LMC
953:ARM
948:x86
938:VAX
421:AMD
394:x86
322:AMD
317:x86
118:An
49:by
2518::
2289:3D
472:.
431:,
427:,
423::
414::
401::
349:,
341::
328:,
324::
308::
294::
285::
269:)
257:,
253:,
169:.
146:.
126:A
2504:e
2497:t
2490:v
2479:.
528:e
521:t
514:v
483:.
105:)
101:(
91:·
84:·
77:·
70:·
53:.
39:.
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