866:, DDR/DDR2 memory controllers, and security accelerators. Speeds ranges from 533 MHz up to 1.5 GHz. These processors target enterprise level networking and telecom applications, high end storage, printing and imaging. Some of the processors use the older CPM module for the handling network processing offload, some use the newer QUICC Engine (same as in PowerQUICC II Pro), and some do not have a CPM or QUICC Engine at all. Freescale's marketing department nevertheless brand all devices in the 85xx series as being "PowerQUICC III".
22:
590:
669:
804:
799:
790:– All PowerQUICC II Pro processors share this common naming scheme. A trailing "E" signifies that the processors have a built in encryption module. All devices with an 834x name lacks the quicc engine, while devices with a number like 836x has one.
794:
946:
based processors, from single core, through multi-core, up to 32 cores. Freescale will keep manufacturing PowerQUICC processors in the foreseeable future for existing customers, but they will help facilitate the transition to QorIQ.
783:
and security devices. They also use a newer QUICC Engine network offload engine instead of the CPM used in the original PowerQUICC I and PowerQUICC II series. The memory controller provides support for DDR and DDR2 SDRAMs.
913:
1231:
893:
MPC8548/47/45/43(E) – A family of integrated devices included PCI Express and RapidIO, along with a single e500v2 core. Each lower number has fewer abilities than its higher-numbered siblings.
488:
1224:
699:. The processors still have 16/16 KiB instruction/data L1 caches, and are reaching frequencies up to 450 MHz. These communications processors are used in applications like
563:
PowerQUICC processors are used in networking, automotive, industrial, storage, printing and consumer applications. Freescale are using PowerQUICC processors as a part of their
862:, introduced in 2003. It has a dual issue, seven-stage pipeline with double precision FPUs, 32/32 KiB data and instruction L1 caches, multiple Gigabit Ethernet, PCI and PCIe,
1217:
715:. The PowerQUICC II family of processors are phased out in favour for the more powerful PowerQUICC II Pro line. There's no plans for further development of this core.
51:
639:. All processors in the family differ in on-chip features like USB, serial, PCMCIA, ATM and Ethernet controllers and different amount of L1 caches ranging from 1
1056:
912:
MPC8569E – e500v2 core frequency of 1.33 GHz, 45 nm fabrication process, enhanced QUICC engine, rich set of peripherals and low power requirements.
481:
768:
712:
896:
MPC8544E – Similar to the 8548 with e500v2 core, but produced in a cost-saving 90 nm process and with some differences in the actual feature set.
996:
872:– All PowerQUICC III processors share this common naming scheme. A trailing "E" signifies that the processors have a built-in encryption module.
984:
883:
enabled host processor with e500v1 core. Includes dual
Gigabit Ethernet controllers, ideal for routers. Speeds from 600 MHz to 1 GHz.
474:
436:
615:
devices. The core is an original implementation of the PowerPC specification. It is a single issue, four stage pipelined core with MMU and
906:
MPC8560 – Similar to the 8540 with e500v1 core, this was the first PQ III device launched. It includes a CPM along with the e500v1 core.
446:
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73:
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MPC8572E – Uses dual e500v2 cores with speed up to 1.5 GHz. Used in high end application-aware networking equipment like
1782:
909:
MPC8568/68E/67/67E – Uses the QUICC Engine with e500v2 core instead of a CPM, the 8567 has a reduced set of peripheral units.
632:
34:
1777:
1042:
44:
38:
30:
1620:
1253:
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MPC821 – The first embedded PowerPC processor, with integrated CPM, but no FPU and came in speeds up to 50 MHz
541:
441:
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175:
55:
771:. PowerQUICC II Pro processors reaches 677 MHz, and can include a multitude of embedded technologies like
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MPC850 – A low-cost, stripped MPC860 with integrated USB and
Ethernet. Speeds up to 50 MHz
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MPC860 – The first PowerPC with fully integrated QUICC engine, with speeds up to 80 MHz
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There are four distinct lines of processors, mainly based on processing power.
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635:(CPM) offloads networking tasks from the CPU, thus branding this family as
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PowerQUICC will cease development in favor of the software-compatible
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MPC8555E – Similar to the 8560 with e500v1 core, but without PCI-X,
1013:
Halfhill, Tom R. (21 March 2005). "Freescale
Quickens PowerQUICC".
668:
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571:
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152:
997:"Freescale Power Architecture White paper - From Somerset to SoC"
1752:
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886:
MPC8541E – Similar to 8540 with e500v1 core, but without PCI-X,
721:– All PowerQUICC II processors share this common naming scheme.
533:
394:
1213:
1038:
1401:
876:
MPC8536/35/33(E) – Communications processor with e500v2 core.
772:
640:
575:
549:
15:
649:– All PowerQUICC processors share this common naming scheme.
611:
based embedded processors, suited for network processors and
809:
MPC8321E – low end for easy transition from MPC8xx family
631:
with reduced caches and IO ports came in 1997. The QUICC
687:
was introduced in 1998 and is the direct descendant of
1241:
Motorola-Freescale-NXP processors and microcontrollers
627:
with a complete QUICC engine. A slimmed down version,
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739:core, with 32/32 KiB instruction/data L1 caches.
43:but its sources remain unclear because it lacks
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593:The Freescale XPC855T Service Processor of a
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8:
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985:"Freescale's Power Architecture portfolio"
489:
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85:
74:Learn how and when to remove this message
588:
536:core specialized in such tasks such as
403:
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331:
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104:
88:
691:and the core also goes under the name
623:was introduced in 1995 together with
105:NXP (formerly Freescale and Motorola)
7:
619:with speeds up to 133 MHz. The
520:. They are built around one or more
14:
854:processors are based on a 32-bit
729:Introduced in 2004, based on the
20:
1087:Communications Processor Module
526:Communications Processor Module
633:communication processor module
1:
879:MPC8540 – The world's first
607:family was Motorola's first
570:Freescale also manufactures
1030:Freescale's PowerQUICC site
1804:
1618:
1614:
1251:
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903:and with security engine.
890:and with security engine.
544:, security acceleration,
812:MPC8343E – used in the "
761:network-attached storage
556:designs tailor-made for
504:is the name for several
112:PowerPC e series (2006)
29:This article includes a
1788:PowerPC microprocessors
1503:Memory management units
1263:Industrial control unit
1168:Freescale Semiconductor
942:platform featuring all
518:Freescale Semiconductor
58:more precise citations.
765:wireless access points
709:cellular base stations
681:
617:branch prediction unit
600:
572:QUICC microcontrollers
552:. Many components are
532:) which is a separate
245:PowerPC series (1992)
1783:Power microprocessors
1016:Microprocessor Report
745:networking processors
671:
592:
412:OpenPOWER Foundation
574:based on the older
1778:NXP Semiconductors
1066:NXP Semiconductors
1009:on March 22, 2013.
735:core, an enhanced
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601:
540:, communications,
465:historic in italic
293:RAD series (1997)
149:Qor series (2008)
31:list of references
1765:
1764:
1761:
1760:
1610:
1609:
1207:
1206:
991:on March 7, 2012.
741:PowerQUICC II Pro
725:PowerQUICC II Pro
499:
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461:Cancelled in gray
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1622:Microcontrollers
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1002:. Archived from
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987:. Archived from
856:Power ISA v.2.03
705:telecom switches
613:system-on-a-chip
554:System-on-a-chip
514:microcontrollers
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685:PowerQUICC II
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678:Fibre Channel
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672:MPC8245 in a
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664:PowerQUICC II
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134:
132:
129:
127:
124:
122:
119:
117:
114:
113:
111:
110:
109:
108:
103:
100:architectures
99:
95:
91:
87:
78:
75:
67:
57:
53:
47:
46:
40:
36:
32:
27:
18:
17:
1748:PowerPC 5000
1742:
1621:
1573:
1479:coprocessors
1336:68000 family
1299:Hitachi 6309
1254:
1161:Acquisitions
1121:
1082:555 timer IC
1014:
1004:the original
989:the original
967:PowerPC e500
962:PowerPC e300
944:PowerPC e500
937:
869:
868:
858:core called
851:
849:
818:network card
787:
786:
740:
737:PowerPC 603e
730:
728:
718:
717:
696:
692:
689:PowerPC 603e
684:
683:
676:SANbox 5200
646:
645:
636:
628:
624:
620:
604:
602:
585:PowerQUICC I
580:
578:technology.
569:
562:
530:QUICC Engine
501:
500:
464:
417:AIM alliance
393:
353:
346:
339:
332:IBM/Nintendo
319:
296:
272:
265:
248:
209:
202:
195:
188:
181:
70:
61:
50:Please help
42:
1280:6800 family
1117:NXP ARM S32
743:is used as
56:introducing
1772:Categories
1743:PowerQUICC
1574:PowerQUICC
1389:DragonBall
1297:see also:
1255:Processors
1122:PowerQUICC
978:References
814:Killer NIC
637:PowerQUICC
567:platform.
546:networking
502:PowerQUICC
379:PWRficient
1689:16/32-bit
1636:6801/6803
1584:PPC e6500
1569:PPC e5500
1404:-variants
1187:Spin-offs
1173:Signetics
1092:GreenChip
923:antivirus
919:firewalls
703:systems,
598:Fire V20z
510:Power ISA
432:Power.org
427:Blue Gene
98:Power ISA
1712:DSP568xx
1560:PPC 74xx
1555:PPC e500
1536:PPC e200
1384:ColdFire
1199:Nexperia
1147:Nexperia
1142:TriMedia
1074:Products
951:See also
841:MPC8379E
838:MPC8378E
835:MPC8377E
832:MPC8360E
829:MPC8358E
826:MPC8349E
823:MPC8347E
805:MPC8315E
800:MPC8314E
795:MPC8313E
781:Ethernet
757:printers
753:switches
565:mobileGT
558:embedded
355:Espresso
348:Broadway
1550:PPC 7xx
1541:PPC 6xx
1527:PowerPC
1464:MC88110
1459:MC88100
1441:68LC060
1436:68EC060
1431:68LC040
1426:68EC040
1421:68EC030
1416:68EC020
1411:68EC000
1194:Ampleon
1112:NXP LPC
901:RapidIO
888:RapidIO
881:RapidIO
870:MPC85xx
864:RapidIO
788:MPC83xx
749:routers
719:MPC82xx
609:PowerPC
522:PowerPC
512:-based
506:PowerPC
452:AltiVec
309:RAD5500
298:RAD6000
282:(2010)
237:Power10
158:Qorivva
94:PowerPC
52:improve
1738:MPC5xx
1733:M·CORE
1726:32-bit
1705:24-bit
1680:68HC16
1675:68HC12
1670:68HC11
1653:68HC08
1648:68HC05
1529:family
1481:(FPUs)
1326:68HC16
1321:68HC12
1316:68HC11
1311:68HC08
1306:68HC05
1107:Ne-XVP
1102:MIFARE
934:Future
769:DSLAMs
713:DSLAMs
680:switch
674:Qlogic
647:MPC8xx
629:MPC850
625:MPC860
621:MPC821
605:MPC8xx
508:- and
325:(1996)
323:series
304:RAD750
232:POWER9
227:POWER8
222:POWER7
217:POWER6
211:POWER5
204:POWER4
197:POWER3
190:POWER2
183:POWER1
96:, and
1696:683xx
1630:8-bit
1579:QorIQ
1517:68851
1512:68451
1505:(MMU)
1493:68882
1488:68881
1451:88000
1379:68060
1374:68040
1369:68030
1364:68020
1359:68012
1354:68010
1349:68008
1344:68000
1270:14500
1127:QorIQ
1007:(PDF)
1000:(PDF)
972:QorIQ
940:QorIQ
516:from
389:Xenon
373:Titan
364:Other
341:Gekko
176:Power
153:QorIQ
141:e6500
136:e5500
90:POWER
37:, or
1753:i.MX
1663:RS08
1644:6804
1640:6802
1602:i.MX
1564:e600
1545:e300
1293:6809
1288:6800
1097:i.MX
921:and
860:e500
850:The
767:and
747:for
732:e300
711:and
701:VoIP
693:603e
603:The
548:and
534:RISC
447:CHRP
442:PReP
437:PAPR
422:RISC
395:X704
384:Cell
321:RS64
267:74xx
131:e600
126:e500
121:e300
116:e200
1658:S08
1594:ARM
1402:68k
777:PCI
773:USB
695:or
641:KiB
595:Sun
576:68k
550:USB
542:ATM
538:I/O
288:A2O
285:A2I
274:970
261:7xx
256:4xx
250:6xx
168:IBM
1774::
929:).
816:"
779:,
775:,
763:,
759:,
755:,
751:,
707:,
697:G2
463:,
280:A2
92:,
41:,
33:,
1562:/
1543:/
1233:e
1226:t
1219:v
1058:e
1051:t
1044:v
1019:.
820:.
528:(
490:e
483:t
476:v
77:)
71:(
66:)
62:(
48:.
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