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available at higher clock speeds at the time they were introduced and still cheaper than the Intel 386SX. Produced in 0.8 μm technology and using a static core, their clock speed could be dropped down to 0 MHz, consuming just some mWatts. Power consumption was up to 35% lower than with Intel's design and even lower than the 386SL's, making the AMD 386SX the ideal chip for both desktop and mobile computers. The SXL versions featured advanced power management functions and used even less power.
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486:
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In 1991 AMD also introduced advanced versions of the 386SX processor – again not as a second source production of the Intel chip, but as a reverse engineered pin compatible version. In fact, it was AMD's first entry in the x86 market other than as a second source for Intel. AMD 386SX processors were
382:
designs, and AMD's interpretation of the contract, made up in 1982, was that it covered all derivatives of them. Intel, however, claimed that the contract only covered the 80286 and prior processors and forbade AMD the right to manufacture 80386 CPUs in 1987. After a few years in the courtrooms, AMD
369:
While the AM386 CPU was essentially ready to be released prior to 1991, Intel kept it tied up in court. Intel learned of the Am386 when both companies hired employees with the same name who coincidentally stayed at the same hotel, which accidentally forwarded a package for AMD to Intel's employee.
398:
in 1989, AMD introduced 40 MHz versions of both its 386DX and 386SX out of the gate, extending the lifespan of the architecture. In the following two years the AMD 386DX-40 saw popularity with small manufacturers of PC clones and with budget-minded computer enthusiasts because it offered
1144:"486SX-25s vs. 386DX-40s: the upstart fights back. (evaluations of 30 microcomputers based on Intel Corp.'s 80486SX-25, 80386DX-40 microprocessors) (Hardware Review) (Systems: 486SX-25 vs. 386-40) (Evaluation)"
403:
performance at a much lower price than an actual 486. Generally the 386DX-40 performs nearly on par with a 25 MHz 486 due to the 486 needing fewer clock cycles per instruction, thanks to its tighter
1201:
920:
using floating point intensive calculations. However, both were niche markets in the early 1990s and the chip sold well, first as a mid-range contender, and then as a budget chip. Although
1143:
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928:'s memory requirements, boards using the Am386 were sold well into the mid-1990s; at the end as budget motherboards for those who were only interested in running
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finally won the case and the right to sell their Am386 in March 1991. This also paved the way for competition in the
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using the older 386 CPUs often had limited memory expansion possibilities and therefore struggled under
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AMD (Advanced Micro
Devices) AM386DE-33KC 32-BIT, 33 MHz, MICROPROCESSOR, PQFP132 pdf datasheet
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32-bit data bus, can select between either a 32-bit bus or a 16-bit bus by use of the BS16 input
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32-bit data bus, can select between either a 32-bit bus or a 16-bit bus by use of the BS16 input
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in March 1991. It sold millions of units, positioning AMD as a legitimate competitor to
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applications. The Am386 and its low-power successors were also popular choices for
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AMD Am386 Microprocessors for
Personal Computers Datasheet 15021 and 15022
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407:(more overlapping of internal processing) in combination with an on-chip
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24-bit physical address space, 16 Mbyte physical memory address space
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32-bit physical address space, 4 Gbyte physical memory address space
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32-bit physical address space, 4 Gbyte physical memory address space
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AMD Am386DE Block
Diagram There is not a Paging Unit like a DX CPU
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performance of the Am386 could be boosted with the addition of a
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gave the 386DX-40 comparatively good memory and I/O performance.
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AMD had previously been a second-source manufacturer of Intel's
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of the 486DX. This made the Am386DX a suboptimal choice for
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Wafer of an Am386 processor with Intel copyright notice.
443:
The Am386DE-33 is an embedded version of the Am386DX-33
491:
A scan of an AMD Am386™DX-40 mounted on a PGA adapter.
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prefetch unit reads two bytes as one unit (like the
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940:, for a much longer period than their life span as
391:CPU market and so lowered the cost of owning a PC.
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1142:Linderholm, Owen; Miller, Dan (1 December 1992).
1001:
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330:, rather than being merely a second source for
1287:
787:The various models of the Am386SX, data from
637:The various models of the Am386DE, data from
516:The various models of the Am386DX, data from
8:
1237:AMD: 30 Years of Pursuing the Leader. Part 2
394:While Intel's 386 CPUs had topped out at 33
30:
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467:A PQFP Am386DX-40 on a 132-pin PGA adapter
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1222:AMD.com: Am386 Family 32-bit Processors
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1935:Computer-related introductions in 1991
29:
772:16-bit data bus, no bus sizing option
698:
593:
7:
1242:Shvets, Gennadiy (5 November 2011).
1039:Shvets, Gennadiy (5 November 2011).
968:A Cyrix FasMath 387DX-33 Coprocessor
1904:indicates an upcoming architecture.
25:
1099:"Intel Loses Trademark Decision"
1097:Pollack, Andrew (2 March 1991).
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629:fetches code in four-byte units
508:fetches code in four-byte units
159:Architecture and classification
42:An AMD 80386DX-40 in a 132-pin
1227:AMD Am386SX/SXL/SXLV Datasheet
1:
167:Desktop, Embedded (DE-Models)
1175:"The AMD Am386 SX Processor"
1007:"The AMD Am386 DX Processor"
980:An ULSI 387SX-40 Coprocessor
1232:cpu-collection.de: Pictures
1070:The Art of Thinking Clearly
956:An IIT 387SX-25 Coprocessor
1951:
1244:"AMD 80386 microprocessor"
1117:"386DX-40 and competitors"
1041:"AMD 80386 microprocessor"
130:20 MHz to 40 MHz
119:20 MHz to 40 MHz
1896:
1208:, AMD Datasheet no 15022.
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35:
27:AMD microprocessor clone
1925:AMD x86 microprocessors
211:Physical specifications
1930:X86 microarchitectures
1121:the red hill cpu guide
511:released in March 1991
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355:
361:
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316:100%-compatible clone
146:Motherboard dependent
195:Instruction set
173:Technology node
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322:design released by
83:Common manufacturer
52:General information
32:
1421:Microarchitectures
1406:Microarchitectures
1204:2016-03-04 at the
1103:The New York Times
860:AMD Am386SX/SXL-33
846:AMD Am386SX/SXL-25
823:AMD Am386SX/SXL-20
786:
636:
591:AMD Am386DX/DXL-40
580:AMD Am386DX/DXL-33
569:AMD Am386DX/DXL-25
549:AMD Am386DX/DXL-20
515:
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346:History and design
336:CPUs (then termed
46:, soldered onboard
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1911:
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1179:cpu-collection.de
1150:on 1 January 2014
1083:978-0-06-221968-8
1011:cpu-collection.de
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890:80387 coprocessor
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183:Microarchitecture
16:(Redirected from
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1615:Current products
1569:Bobcat (aka 14h)
1562:x86-64 low-power
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1146:. Archived from
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1072:(1st ed.).
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710:AMD Am386DE-33GC
696:AMD Am386DE-33KC
673:AMD Am386DE-25KC
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455:A PGA Am386DX-40
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177:1.5 μm to 0.8 μm
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411:. However, its
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1076:. p. 71.
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855:29 April 1991
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632:no paging unit
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602:AMD Am386DX-40
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1074:HarperCollins
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1066:Dobelli, Rolf
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818:Release date
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761:An Am386SX-40
757:
752:
749:An Am386SX-33
745:
740:
737:An Am386SX-25
733:
728:
726:
719:
713:132-pin CPGA
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668:Release date
667:
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431:An Am386DX-25
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1704:
1664:Discontinued
1646:Threadripper
1548:
1251:. Retrieved
1247:
1195:
1183:. Retrieved
1178:
1152:. Retrieved
1148:the original
1137:
1125:. Retrieved
1120:
1111:
1102:
1092:
1069:
1060:
1048:. Retrieved
1044:
1015:. Retrieved
1010:
944:processors.
934:Windows 3.1x
922:motherboards
893:
792:Model number
767:Am386SX data
723:
642:Model number
618:Am386DE data
521:Model number
497:Am386DX data
415:40 MHz
393:
387:-compatible
368:
337:
331:
308:
306:
273:132-pin PQFP
263:
260:100-pin PQFP
252:
249:132-pin PQFP
238:
97:Product code
1671:Early x86 (
1497:Steamroller
1253:29 November
1185:30 November
1154:12 November
1127:12 November
1050:29 November
1017:12 November
906:coprocessor
877:40 MHz
863:33 MHz
849:25 MHz
826:20 MHz
699:33 MHz
676:25 MHz
594:40 MHz
583:33 MHz
572:25 MHz
552:20 MHz
380:Intel 80286
376:Intel 80186
339:8086-family
320:Intel 80386
286:Predecessor
164:Application
105:Performance
75:Designed by
65:Marketed by
1919:Categories
1492:Piledriver
1317:Processors
986:References
926:Windows 95
914:scientific
597:2.10 Watt
586:1.73 Watt
575:1.31 Watt
405:pipelining
372:Intel 8086
264:DE variant
257:88-pin PGA
253:SX variant
239:DX variant
115:clock rate
1790:Athlon 64
1502:Excavator
1487:Bulldozer
1453:Athlon/K7
1248:CPU-World
1045:CPU-World
880:1.55 Watt
866:1.35 Watt
795:Frequency
645:Frequency
605:3.03 Watt
558:1.05 Watt
524:Frequency
409:CPU cache
296:Successor
18:AMD Am386
1767:AMD Élan
1411:Chipsets
1202:Archived
1068:(2013).
835:100-pin
720:AM386 SX
685:132-pin
608:132-pin
561:132-pin
417:data bus
268:132-pin
243:132-pin
232:Packages
151:L2 cache
57:Launched
1902:Italics
1877:Alchemy
1872:Am29000
1834:Opteron
1807:Sempron
1514:1st gen
1389:Opteron
1379:Sempron
903:80387SX
899:80387DX
804:Voltage
654:Voltage
533:Voltage
318:of the
281:History
1882:MIPS32
1860:Am2900
1855:Am9080
1817:Phenom
1812:Turion
1781:64-bit
1777:x86-64
1740:Athlon
1735:K6-III
1715:Am5x86
1696:32-bit
1673:16-bit
1636:Athlon
1627:64-bit
1623:x86-64
1577:Jaguar
1534:Zen 3+
1434:32-bit
1384:Turion
1359:Phenom
1332:Athlon
1181:. 2011
1123:. 2011
1080:
1013:. 2011
930:MS-DOS
814:Socket
664:Socket
543:Socket
413:32-bit
389:32-bit
127:speeds
1848:Other
1762:Geode
1757:Duron
1710:Am486
1705:Am386
1692:IA-32
1682:Am286
1641:Ryzen
1594:ARM64
1550:Zen 6
1544:Zen 5
1539:Zen 4
1529:Zen 3
1524:Zen 2
1430:IA-32
1374:Duron
1369:Ryzen
1310:Lists
883:1991
869:1992
841:1991
809:Power
780:80286
679:3-5 V
659:Power
538:Power
401:80486
399:near-
385:80386
328:Intel
314:is a
309:Am386
300:Am486
290:Am286
217:Cores
204:IA-32
188:80386
142:cache
135:Cache
110:Max.
100:23936
31:Am386
1865:list
1730:K6-2
1651:Epyc
1582:Puma
1573:16h
1519:Zen+
1483:15h
1401:APUs
1394:Epyc
1255:2011
1187:2011
1156:2011
1129:2011
1078:ISBN
1052:2011
1019:2011
837:PQFP
687:PQFP
610:PQFP
563:CPGA
378:and
307:The
154:none
60:1991
44:PQFP
1509:Zen
932:or
918:CAD
910:FPU
901:or
829:5 V
799:FSB
702:5 V
649:FSB
555:5 V
528:FSB
396:MHz
363:Die
342:).
333:x86
324:AMD
312:CPU
270:PGA
245:PGA
200:x86
140:L1
125:FSB
112:CPU
89:AMD
78:AMD
69:AMD
1921::
1829:FX
1822:II
1800:II
1795:X2
1750:MP
1745:XP
1725:K6
1720:K5
1474:K9
1469:K8
1448:K6
1443:K5
1364:FX
1352:II
1347:X2
1342:64
1337:XP
1327:K6
1322:K5
1246:.
1177:.
1164:^
1119:.
1101:.
1043:.
1027:^
1009:.
994:^
942:PC
782:).
691:?
374:,
1783:)
1779:(
1698:)
1694:(
1675:)
1629:)
1625:(
1436:)
1432:(
1295:e
1288:t
1281:v
1257:.
1189:.
1158:.
1131:.
1105:.
1086:.
1054:.
1021:.
266::
255::
241::
224:1
206:)
202:(
20:)
Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
