From WikiChip
Difference between revisions of "amd/duron"
< amd

(→‎Model Identification)
 
(17 intermediate revisions by 2 users not shown)
Line 27: Line 27:
 
| predecessor link = amd/k6-iii
 
| predecessor link = amd/k6-iii
 
| successor        = Sempron
 
| successor        = Sempron
−
| successor link  = amd/Sempron
+
| successor link  = amd/sempron
 
}}
 
}}
−
'''Duron''' was a family of {{arch|32}} [[x86]] microprocessors developed by [[AMD]] and introduced in early 2000. Duron, a low-budget derivative of {{amd|Athlon}} ({{amd|microarchitectures/k7|K7-based}}), was introduced as a way for AMD to aggressively compete against [[Intel]]'s {{intel|Celeron}} in the ultra-cheap PC segment. Announced in April of [[2000]], Duron processors offered the best price-performance ratio providing {{intel|Celeron}} with stiff competition.
+
'''Duron''' was a family of budget {{arch|32}} [[x86]] microprocessors developed by [[AMD]] and introduced in early 2000. Duron, a low-budget derivative of {{amd|Athlon}} ({{amd|microarchitectures/k7|K7-based}}), was introduced as a way for AMD to aggressively compete against [[Intel]]'s {{intel|Celeron}} in the ultra-cheap PC segment. Announced in April of [[2000]], Duron processors offered the best price-performance ratio providing {{intel|Celeron}} with stiff competition.
  
 
== Overview ==
 
== Overview ==
 +
[[File:KL AMD Duron Morgan.jpg|left|250px|link=amd/duron/dhd1300amt1b]]
 
In April of [[1998]] Intel introduced their {{intel|Celeron}} family of processors - a family specifically designed to target the ultra-cheaper computer segment. Duron (still nameless at the time) was marked on [[AMD]]'s roadmap during the Microprocessor Forum in [[1998]]. Almost a year after the introduction of {{amd|Athlon}}, AMD introduced the Duron family. With Celeron, Intel opted to using a single socket ([[Socket 370]]) for both the {{intel|Pentium III}} and {{intel|Celeron}} families. This allowed simplification for OEMs and opens the door for the end user to future upgrades. AMD moved in the same direction, using [[Socket A]] for {{amd|Athlon}} and the new Duron family.
 
In April of [[1998]] Intel introduced their {{intel|Celeron}} family of processors - a family specifically designed to target the ultra-cheaper computer segment. Duron (still nameless at the time) was marked on [[AMD]]'s roadmap during the Microprocessor Forum in [[1998]]. Almost a year after the introduction of {{amd|Athlon}}, AMD introduced the Duron family. With Celeron, Intel opted to using a single socket ([[Socket 370]]) for both the {{intel|Pentium III}} and {{intel|Celeron}} families. This allowed simplification for OEMs and opens the door for the end user to future upgrades. AMD moved in the same direction, using [[Socket A]] for {{amd|Athlon}} and the new Duron family.
  
 
Unlike original Celeron processor models which were artificially slowed down by Intel (e.g. slower bus speed), Duron processors shared the same specs as Athlon - including a higher speed of 100 MHz bus DDR (200 MT/s). Additionally, Intel used the same production for both Celeron and Pentium III, disabling various features as needed during the manufacturing process. Unlike Intel, AMD gave Duron a design of its own, the reduced cache for example directly resulted in smaller die size and thus cheaper manufacturing. These differences played fairly well in AMD's advantage - Duron models were cheaper and had superior performance over their Celeron counterparts.
 
Unlike original Celeron processor models which were artificially slowed down by Intel (e.g. slower bus speed), Duron processors shared the same specs as Athlon - including a higher speed of 100 MHz bus DDR (200 MT/s). Additionally, Intel used the same production for both Celeron and Pentium III, disabling various features as needed during the manufacturing process. Unlike Intel, AMD gave Duron a design of its own, the reduced cache for example directly resulted in smaller die size and thus cheaper manufacturing. These differences played fairly well in AMD's advantage - Duron models were cheaper and had superior performance over their Celeron counterparts.
  
 +
{{clear}}
 
== Architecture ==
 
== Architecture ==
−
{{main|amd/microarchitecture/k7|l1=K7 Microarchitecture}}
+
{{main|amd/microarchitectures/k7|l1=K7 Microarchitecture}}[[File:AMD Duron processor 3.jpg|right|350px]]
 
{{empty section}}
 
{{empty section}}
  
 
== Die Shot ==
 
== Die Shot ==
−
{{empty section}}
+
 
 +
=== {{\\|D800AUT1B}} ({{amd|Spitfire|l=core}}) ===
 +
[[File:AMD D800AUT1B die shot.jpg|550px]]
 +
 
 +
=== {{\\|DHD1200AMT1B}} ({{amd|Morgan|l=core}}) ===
 +
[[File:AMD DHD1200AMT1B die shot.jpg|550px]]
  
 
== Model Identification ==
 
== Model Identification ==
Line 76: Line 83:
 
=== Desktop Processors ===
 
=== Desktop Processors ===
 
==== Spitfire Core ====
 
==== Spitfire Core ====
−
Spitfire-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, and {{x86|Extended 3DNow!}}.
+
{{amd|Spitfire|l=core}}-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, and {{x86|Extended 3DNow!}}.
 
<!-- NOTE:  
 
<!-- NOTE:  
 
           This table is generated automatically from the data in the actual articles.
 
           This table is generated automatically from the data in the actual articles.
Line 109: Line 116:
 
</table>
 
</table>
 
==== Morgan Core ====
 
==== Morgan Core ====
−
Morgan-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, {{x86|Extended 3DNow!}}, and {{x86|SSE}}.
+
{{amd|Morgan|l=core}}-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, {{x86|Extended 3DNow!}}, and {{x86|SSE}}.
 
<!-- NOTE:  
 
<!-- NOTE:  
 
           This table is generated automatically from the data in the actual articles.
 
           This table is generated automatically from the data in the actual articles.
Line 142: Line 149:
 
</table>
 
</table>
 
==== Applebred Core ====
 
==== Applebred Core ====
−
Applebred-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, {{x86|Extended 3DNow!}}, and {{x86|SSE}}.
+
{{amd|Applebred|l=core}}-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, {{x86|Extended 3DNow!}}, and {{x86|SSE}}. Applebred was based on the {{amd|Appaloosa|l=core}} which was announced but never officially released.
 
<!-- NOTE:  
 
<!-- NOTE:  
 
           This table is generated automatically from the data in the actual articles.
 
           This table is generated automatically from the data in the actual articles.
Line 177: Line 184:
 
=== Mobile Processors ===
 
=== Mobile Processors ===
 
==== Spitfire Core ====
 
==== Spitfire Core ====
−
Spitfire-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, and {{x86|Extended 3DNow!}}.
+
{{amd|Spitfire|l=core}}-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, and {{x86|Extended 3DNow!}}.
 
<!-- NOTE:  
 
<!-- NOTE:  
 
           This table is generated automatically from the data in the actual articles.
 
           This table is generated automatically from the data in the actual articles.
Line 209: Line 216:
 
{{table count|col=11|ask=[[Category:microprocessor models by amd]][[instance of::microprocessor]][[microprocessor family::Duron]][[market segment::Mobile]][[core name::Spitfire]]}}
 
{{table count|col=11|ask=[[Category:microprocessor models by amd]][[instance of::microprocessor]][[microprocessor family::Duron]][[market segment::Mobile]][[core name::Spitfire]]}}
 
</table>
 
</table>
−
==== Camaro Core ====
+
==== Morgan Core ====
−
Camaro-based processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, {{x86|Extended 3DNow!}}, and {{x86|SSE}}.
+
{{amd|Morgan|l=core}}-based (formerly Camaro) processors incorporated {{x86|MMX}}, {{x86|Extended MMX}}, {{x86|3DNow!}}, {{x86|Extended 3DNow!}}, and {{x86|SSE}}.
 
<!-- NOTE:  
 
<!-- NOTE:  
 
           This table is generated automatically from the data in the actual articles.
 
           This table is generated automatically from the data in the actual articles.
Line 221: Line 228:
 
<tr><th colspan="11" style="background:#D6D6FF;">Camaro-based Mobile Models</th></tr>
 
<tr><th colspan="11" style="background:#D6D6FF;">Camaro-based Mobile Models</th></tr>
 
<tr><th>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Mult.</th><th>Bus</th><th>Max Mem</th><th>V<sub>CORE</sub></th><th>Package</th><th>Min T<sub>case</sub></th><th>Max T<sub>case</sub></th></tr>
 
<tr><th>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Mult.</th><th>Bus</th><th>Max Mem</th><th>V<sub>CORE</sub></th><th>Package</th><th>Min T<sub>case</sub></th><th>Max T<sub>case</sub></th></tr>
−
{{#ask: [[Category:microprocessor models by amd]][[instance of::microprocessor]][[microprocessor family::Duron]][[market segment::Mobile]][[core name::Camaro]]
+
{{#ask: [[Category:microprocessor models by amd]][[instance of::microprocessor]][[microprocessor family::Duron]][[market segment::Mobile]][[core name::Morgan]]
 
  |?full page name
 
  |?full page name
 
  |?model number
 
  |?model number
Line 240: Line 247:
 
  |mainlabel=-
 
  |mainlabel=-
 
}}
 
}}
−
{{table count|col=11|ask=[[Category:microprocessor models by amd]][[instance of::microprocessor]][[microprocessor family::Duron]][[market segment::Mobile]][[core name::Camaro]]}}
+
{{table count|col=11|ask=[[Category:microprocessor models by amd]][[instance of::microprocessor]][[microprocessor family::Duron]][[market segment::Mobile]][[core name::Morgan]]}}
 
</table>
 
</table>
−
 
−
 
  
 
== Motherboards ==
 
== Motherboards ==
−
 
+
[[File:Mainboard Elitegroup K7S5A.jpg|right|350px|thumb|Elitegroup K7S5A with SIS 735 Chipset.]]
 
{| class="wikitable sortable"
 
{| class="wikitable sortable"
 
|-
 
|-
Line 445: Line 450:
 
| XFX || KT33F-ANB || ATX || VIA KT333  
 
| XFX || KT33F-ANB || ATX || VIA KT333  
 
|}
 
|}
 +
 +
== Documents ==
 +
 +
=== DataSheet ===
 +
* [[:File:AMD Duron Processor Model 3 Data Sheet (June, 2001).pdf|AMD Duron Processor Model 3 Data Sheet]]; Publication # 23802; Rev: I; Issue Date: June 2001.
 +
* [[:File:AMD Duron Processor Model 7 Data Sheet (January, 2002).pdf|AMD Duron Processor Model 7 Data Sheet]]; Publication # 24310; Rev: G; Issue Date: January 2002.
 +
* [[:File:AMD Duron Processor Model 8 Data Sheet (August, 2003).pdf|AMD Duron Processor Model 8 Data Sheet]]; Publication # 25848; Rev: B; Issue Date: August 2003.
 +
* [[:File:Mobile AMD Duron Processor Model 7 Data Sheet (December, 2001).pdf|Mobile AMD Duron Processor Model 7 Data Sheet]]; Publication # 24068; Rev: F; Issue Date: December 2001.
 +
 +
=== Software Manual ===
 +
* [[:File:AMD Duron Processor Rev. A0- CPUID Reporting of L2 Cache Size (July, 2000).pdf|AMD Duron Processor Rev. A0: CPUID Reporting of L2 Cache Size]].
 +
* [[:File:AMD Processor Recognition (June, 2000).pdf|AMD Processor Recognition Application Note]]; Publication # 20734; Rev: R; Issue Date: June 2000.
 +
* [[:File:Methodologies for Measuring Temperature on AMD Athlon and AMD Duron Processors.pdf|Methodologies for Measuring Temperature on AMD Athlon and AMD Duron Processors Application Note]]; Publication # 24228; Revision: E; Issue Date: January 2003.
 +
* [[:File:Microsoft Windows 2000 Patch for AGP Applications on AMD Athlon and AMD Duron Processors.pdf|Microsoft Windows 2000 Patch for AGP Applications on AMD Athlon and AMD Duron Processors]]; September 21, 2000.
 +
 +
=== Other ===
 +
* [[:File:AMD Duron Processor Model 3 Revision Guide (October, 2003).pdf|AMD Duron Processor Model 3 Revision Guide]]; Publication # 23865; Rev: K; Issue Date: October 2003.
 +
* [[:File:AMD Duron Processor Model 7 Revision Guid (October, 2003).pdf|AMD Duron Processor Model 7 Revision Guide]]; Publication # 24806; Rev: E; Issue Date: October 2003.
 +
* [[:File:AMD Duron Processor Revision Guide (August, 200).pdf|AMD Duron Processor Revision Guide; Publication # 23865]]; Rev: C; Issue Date: August 2000.
 +
* [[:File:AMD Athlon and AMD Duron Processor-Based System Build Checklist.pdf|AMD Athlon and AMD Duron Processor-Based System Build Checklist]]; Publication # 24387; Rev A; October 2000.
 +
 +
== Artwork ==
 +
<gallery>
 +
File:AMD Duron processor 1.gif
 +
File:AMD Duron processor 2.jpg
 +
File:AMD Duron processor 3.jpg
 +
File:AMD Duron processor earth.jpg
 +
File:AMD Duron processor global.gif
 +
File:AMD Duron processor laptop.jpg
 +
</gallery>
  
 
== See Also ==
 
== See Also ==

Latest revision as of 16:30, 3 December 2016

AMD Duron
AMD Duron.svg
Duron Logo
Developer AMD
Manufacturer AMD
Type Microprocessors
Introduction April 27, 2000 (announced)
June 19, 2000 (launch)
Production 2000-2005
Architecture K7-derived processor for budget computers
ISA IA-32
µarch K7
Word size 32 bit
4 octets
8 nibbles
Process 180 nm
0.18 μm
1.8e-4 mm
, 130 nm
0.13 μm
1.3e-4 mm
Technology CMOS
Clock 600 MHz-1,800 MHz
Package CPGA-453
Socket Socket A
Succession
← →
K6-III Sempron

Duron was a family of budget 32-bit x86 microprocessors developed by AMD and introduced in early 2000. Duron, a low-budget derivative of Athlon (K7-based), was introduced as a way for AMD to aggressively compete against Intel's Celeron in the ultra-cheap PC segment. Announced in April of 2000, Duron processors offered the best price-performance ratio providing Celeron with stiff competition.

Overview[edit]

KL AMD Duron Morgan.jpg

In April of 1998 Intel introduced their Celeron family of processors - a family specifically designed to target the ultra-cheaper computer segment. Duron (still nameless at the time) was marked on AMD's roadmap during the Microprocessor Forum in 1998. Almost a year after the introduction of Athlon, AMD introduced the Duron family. With Celeron, Intel opted to using a single socket (Socket 370) for both the Pentium III and Celeron families. This allowed simplification for OEMs and opens the door for the end user to future upgrades. AMD moved in the same direction, using Socket A for Athlon and the new Duron family.

Unlike original Celeron processor models which were artificially slowed down by Intel (e.g. slower bus speed), Duron processors shared the same specs as Athlon - including a higher speed of 100 MHz bus DDR (200 MT/s). Additionally, Intel used the same production for both Celeron and Pentium III, disabling various features as needed during the manufacturing process. Unlike Intel, AMD gave Duron a design of its own, the reduced cache for example directly resulted in smaller die size and thus cheaper manufacturing. These differences played fairly well in AMD's advantage - Duron models were cheaper and had superior performance over their Celeron counterparts.

Architecture[edit]

Main article: K7 Microarchitecture
AMD Duron processor 3.jpg
New text document.svg This section is empty; you can help add the missing info by editing this page.

Die Shot[edit]

D800AUT1B (Spitfire)[edit]

AMD D800AUT1B die shot.jpg

DHD1200AMT1B (Morgan)[edit]

AMD DHD1200AMT1B die shot.jpg

Model Identification[edit]

Duron processors follow AMD's Ordering Part Number (OPN):

Identification
D950AUT1B 
DHD600DLV1C 
        Max FSB
B200 MT/s
C266 MT/s
       L2$ Size
164 KB
      TCASE Range
V0 °C – 85 °C S0 °C – 95 °C
T0 °C – 90 °C Q0 °C – 100 °C
     Core Voltage
V1.4 V ± 0.1 V
Q1.45 V ± 0.1 V
S1.5 V ± 0.1 V
L1.5 V ± 0.1 V
U1.6 V ± 0.1 V
M1.75 V ± 0.1 V
    Package Designation
ACPGA-453
DOPGA
   Frequency (MHz)
  Model Variation
(none)Original Desktop Processor
MOriginal Mobile Desktop Processor
HDHigh-Performance Desktop Processor
HMHigh-Performance Mobile Processor
 Family Designation
DDuron Processor

Members[edit]

Desktop Processors[edit]

Spitfire Core[edit]

Spitfire-based processors incorporated MMX, Extended MMX, 3DNow!, and Extended 3DNow!.

,,,,,,,,,,,,,,
Spitfire-based Desktop Models
ModelLaunchedProcessFreqMult.BusMax MemVCOREPackageMin TcaseMax Tcase
Duron 55019 June 2000180 nm
0.18 μm
1.8e-4 mm
550 MHz
0.55 GHz
550,000 kHz
5.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 60019 June 2000180 nm
0.18 μm
1.8e-4 mm
600 MHz
0.6 GHz
600,000 kHz
6100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 60019 June 2000180 nm
0.18 μm
1.8e-4 mm
600 MHz
0.6 GHz
600,000 kHz
6100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 65019 June 2000180 nm
0.18 μm
1.8e-4 mm
550 MHz
0.55 GHz
550,000 kHz
6.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 65019 June 2000180 nm
0.18 μm
1.8e-4 mm
650 MHz
0.65 GHz
650,000 kHz
6.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 70017 October 2000180 nm
0.18 μm
1.8e-4 mm
700 MHz
0.7 GHz
700,000 kHz
7100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 70019 June 2000180 nm
0.18 μm
1.8e-4 mm
700 MHz
0.7 GHz
700,000 kHz
7100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 70019 June 2000180 nm
0.18 μm
1.8e-4 mm
700 MHz
0.7 GHz
700,000 kHz
7100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 7505 September 2000180 nm
0.18 μm
1.8e-4 mm
750 MHz
0.75 GHz
750,000 kHz
7.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 7505 September 2000180 nm
0.18 μm
1.8e-4 mm
750 MHz
0.75 GHz
750,000 kHz
7.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 80017 October 2000180 nm
0.18 μm
1.8e-4 mm
800 MHz
0.8 GHz
800,000 kHz
8100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 8002 April 2001180 nm
0.18 μm
1.8e-4 mm
800 MHz
0.8 GHz
800,000 kHz
8100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 8508 January 2001180 nm
0.18 μm
1.8e-4 mm
850 MHz
0.85 GHz
850,000 kHz
8.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 9002 April 2001180 nm
0.18 μm
1.8e-4 mm
900 MHz
0.9 GHz
900,000 kHz
9100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 9506 June 2001180 nm
0.18 μm
1.8e-4 mm
950 MHz
0.95 GHz
950,000 kHz
9.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.6 V
16 dV
160 cV
1,600 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Count: 15

Morgan Core[edit]

Morgan-based processors incorporated MMX, Extended MMX, 3DNow!, Extended 3DNow!, and SSE.

,,,,,
Morgan-based Desktop Models
ModelLaunchedProcessFreqMult.BusMax MemVCOREPackageMin TcaseMax Tcase
Duron 100020 August 2001180 nm
0.18 μm
1.8e-4 mm
1,000 MHz
1 GHz
1,000,000 kHz
10100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.75 V
17.5 dV
175 cV
1,750 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 11001 October 2001180 nm
0.18 μm
1.8e-4 mm
1,100 MHz
1.1 GHz
1,100,000 kHz
11100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.75 V
17.5 dV
175 cV
1,750 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 120015 November 2001180 nm
0.18 μm
1.8e-4 mm
1,200 MHz
1.2 GHz
1,200,000 kHz
12100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.75 V
17.5 dV
175 cV
1,750 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 130021 January 2002180 nm
0.18 μm
1.8e-4 mm
1,300 MHz
1.3 GHz
1,300,000 kHz
13100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.75 V
17.5 dV
175 cV
1,750 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 9002 April 2001180 nm
0.18 μm
1.8e-4 mm
900 MHz
0.9 GHz
900,000 kHz
9100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.75 V
17.5 dV
175 cV
1,750 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Duron 95012 July 2001180 nm
0.18 μm
1.8e-4 mm
950 MHz
0.95 GHz
950,000 kHz
9.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.75 V
17.5 dV
175 cV
1,750 mV
0 °C
273.15 K
32 °F
491.67 °R
90 °C
363.15 K
194 °F
653.67 °R
Count: 6

Applebred Core[edit]

Applebred-based processors incorporated MMX, Extended MMX, 3DNow!, Extended 3DNow!, and SSE. Applebred was based on the Appaloosa which was announced but never officially released.

,,
Applebred-based Desktop Models
ModelLaunchedProcessFreqMult.BusMax MemVCOREPackageMin TcaseMax Tcase
Duron 140015 August 2003130 nm
0.13 μm
1.3e-4 mm
1,400 MHz
1.4 GHz
1,400,000 kHz
10.5133.33 MHz
0.133 GHz
133,330 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
85 °C
358.15 K
185 °F
644.67 °R
Duron 160015 August 2003130 nm
0.13 μm
1.3e-4 mm
1,600 MHz
1.6 GHz
1,600,000 kHz
12133.33 MHz
0.133 GHz
133,330 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
85 °C
358.15 K
185 °F
644.67 °R
Duron 180015 August 2003130 nm
0.13 μm
1.3e-4 mm
1,800 MHz
1.8 GHz
1,800,000 kHz
13.5133.33 MHz
0.133 GHz
133,330 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
85 °C
358.15 K
185 °F
644.67 °R
Count: 3

Mobile Processors[edit]

Spitfire Core[edit]

Spitfire-based processors incorporated MMX, Extended MMX, 3DNow!, and Extended 3DNow!.

,,
Spitfire-based Mobile Models
ModelLaunchedProcessFreqMult.BusMax MemVCOREPackageMin TcaseMax Tcase
Duron 60015 January 2001180 nm
0.18 μm
1.8e-4 mm
600 MHz
0.6 GHz
600,000 kHz
6100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 65015 January 2001180 nm
0.18 μm
1.8e-4 mm
650 MHz
0.65 GHz
650,000 kHz
6.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 70015 January 2001180 nm
0.18 μm
1.8e-4 mm
700 MHz
0.7 GHz
700,000 kHz
7100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Count: 3

Morgan Core[edit]

Morgan-based (formerly Camaro) processors incorporated MMX, Extended MMX, 3DNow!, Extended 3DNow!, and SSE.

,,,,,,,,,,,
Camaro-based Mobile Models
ModelLaunchedProcessFreqMult.BusMax MemVCOREPackageMin TcaseMax Tcase
Duron 100017 December 2001180 nm
0.18 μm
1.8e-4 mm
1,000 MHz
1 GHz
1,000,000 kHz
10100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 110030 January 2002180 nm
0.18 μm
1.8e-4 mm
1,100 MHz
1.1 GHz
1,100,000 kHz
11100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.55 V
15.5 dV
155 cV
1,550 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 120030 January 2002180 nm
0.18 μm
1.8e-4 mm
1,200 MHz
1.2 GHz
1,200,000 kHz
12100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.45 V
14.5 dV
145 cV
1,450 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 130030 January 2002180 nm
0.18 μm
1.8e-4 mm
1,300 MHz
1.3 GHz
1,300,000 kHz
13100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 8002001180 nm
0.18 μm
1.8e-4 mm
800 MHz
0.8 GHz
800,000 kHz
8100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 80014 May 2001180 nm
0.18 μm
1.8e-4 mm
800 MHz
0.8 GHz
800,000 kHz
8100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 8002001180 nm
0.18 μm
1.8e-4 mm
800 MHz
0.8 GHz
800,000 kHz
8100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 85014 May 2001180 nm
0.18 μm
1.8e-4 mm
850 MHz
0.85 GHz
850,000 kHz
8.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 8502001180 nm
0.18 μm
1.8e-4 mm
850 MHz
0.85 GHz
850,000 kHz
8.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.4 V
14 dV
140 cV
1,400 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 85014 May 2001180 nm
0.18 μm
1.8e-4 mm
850 MHz
0.85 GHz
850,000 kHz
8.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.5 V
15 dV
150 cV
1,500 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 90020 August 2001180 nm
0.18 μm
1.8e-4 mm
900 MHz
0.9 GHz
900,000 kHz
9100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.45 V
14.5 dV
145 cV
1,450 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Duron 95012 November 2001180 nm
0.18 μm
1.8e-4 mm
950 MHz
0.95 GHz
950,000 kHz
9.5100 MHz
0.1 GHz
100,000 kHz
4,096 MiB
4,194,304 KiB
4,294,967,296 B
4 GiB
0.00391 TiB
1.45 V
14.5 dV
145 cV
1,450 mV
0 °C
273.15 K
32 °F
491.67 °R
95 °C
368.15 K
203 °F
662.67 °R
Count: 12

Motherboards[edit]

Elitegroup K7S5A with SIS 735 Chipset.
Vendor Model Form Chipset
Abit KD7 ATX VIA KT400
Abit KR7A ATX VIA KT266A
Acorp 7KT266A ATX VIA KT266A
Albatron KX400+ ATX VIA KT333
Albatron KX400+ Pro ATX VIA KT333
Albatron KX400-8X ATX VIA KT400
AOpen AK77-333 ATX VIA KT333
AOpen AK77-8X Max ATX VIA KT400
AOpen AK77-8XN ATX VIA KT400
Asus A7N266-VM µATX NVIDIA nForce 220D
Asus A7N266-VM µATX NVIDIA nForce 220D
Asus A7N266-VM/AA µATX NVIDIA nForce 220D
Asus A7N8X ATX NVIDIA nForce2
Asus A7V266-E ATX VIA KT266A
Asus A7V333 ATX VIA KT333
Asus A7V333 ATX VIA KT333
Asus A7V8X ATX VIA KT400
AZZA KT33F-ANB ATX VIA KT333
Biostar M7VIF ATX VIA KT333
Biostar M7VIG µATX VIA KM266
Biostar M7VIK ATX VIA KT400
Biostar M7VIP ATX VIA KT333
Chaintech 7AIV5 µATX VIA KM133A
Chaintech 7SIF µATX SiS 740
Chaintech 7VIA µATX VIA KT333
Chaintech 7VJDA ATX VIA KT266A
Chaintech 7VJS ATX VIA KT400
DFI AD73PRO ATX VIA KT266A
ECS K7S5A ATX SiS 735
ECS K7S6A ATX SiS 745
ECS K7SOM/M841LR ATX SiS 740
ECS K7VTA3 ATX VIA KT266
ECS K7VTA3 ATX VIA KT333
ECS L7VMM µATX VIA KM266
ECS L7VTA ATX VIA KT400
ECS M825ULR µATX VIA KM266
EPoX 8KHA+ ATX VIA KT266A
EPoX 8KMM+ µATX VIA KM266
EPoX EP-8K3A ATX VIA KT333
EPoX EP-8K9A2 ATX VIA KT400
EPoX EP-8KMM+ µATX VIA KM266
FIC AM-35 µATX VIA KM266
FIC AM37 µATX VIA KM266
FIC AN-17 ATX VIA KT333
FIC AN11 ATX VIA KT266A
FIC AN19C ATX VIA KT400
FIC AN19E ATX VIA KT400
Gigabyte GA-7DX ATX AMD-761
Gigabyte GA-7DX+ ATX AMD-761
Gigabyte GA-7DXE ATX AMD-761
Gigabyte GA-7DXR+ ATX AMD-761
Gigabyte GA-7VA ATX VIA KT400
Gigabyte GA-7VAX ATX VIA KT400
Gigabyte GA-7VAXP ATX VIA KT400
Gigabyte GA-7VAXP Ultra ATX VIA KT400
Gigabyte GA-7VKML µATX VIA KM266
Gigabyte GA-7VR ATX VIA KT333
Gigabyte GA-7VRX ATX VIA KT333
Gigabyte GA-7VRX ATX VIA KT333
Gigabyte GA-7VRXP ATX VIA KT333
Gigabyte GA-7VTXE+ ATX VIA KT266A
Gigabyte GA-7VTXH+ ATX VIA KT266A
Jetway 866AS-Ultra ATX VIA KT266A
Jetway V333DA ATX VIA KT333
Leadtek 7350KDA ATX SiS 735
Leadtek K7N415DA ATX NVIDIA nForce 415D
Mach Speed Technologies MZ333DA ATX VIA KT333
Mach Speed Technologies MZ866AS ATX VIA KT266A
MSI K7N2 ATX NVIDIA nForce2
MSI K7T Turbo2 ATX VIA KT133A
MSI K7T266 Pro2 ATX VIA KT266A
MSI KT3 Ultra ATX VIA KT333
MSI KT3 Ultra2 ATX VIA KT333
MSI KT4 Ultra ATX VIA KT333
MSI KT4M µATX VIA KT400
MSI KT4V ATX VIA KT400
MSI MS-6340M µATX VIA KM133A
MSI MS-6367 µATX nVidia nForce 420D
MSI MS-6382E ATX VIA KT333
MSI MS-6390 µATX VIA KM266
MSI MS-6568 µATX SiS 740
MSI MS-6593 ATX VIA KT333
QDI KD7X ATX VIA KT400
QDI KuDoZ 7E/333 ATX VIA KT333
QDI KuDoz 7 ATX VIA KT266A
Shuttle AK35GTR ATX VIA KT266A
Shuttle AK35GTR ATX VIA KT333
Shuttle AK37GTR ATX VIA KT400
Shuttle AK38 ATX VIA KT333
Shuttle AK39N ATX VIA KT400
Shuttle FS40 FlexATX SiS 740
Shuttle FX41 FlexATX VIA KM266
Soltek SL-75DRV5 ATX VIA KT333
Soyo K7V Dragon Plus ATX VIA KT266A
Soyo SY-KT333 Dragon Lite ATX VIA KT333
Soyo SY-KT333 Dragon Ultra ATX VIA KT333
XFX KT33F-ANB ATX VIA KT333

Documents[edit]

DataSheet[edit]

Software Manual[edit]

Other[edit]

Artwork[edit]

  • AMD Duron processor 1.gif
  • AMD Duron processor 2.jpg
  • AMD Duron processor 3.jpg
  • AMD Duron processor earth.jpg
  • AMD Duron processor global.gif
  • AMD Duron processor laptop.jpg

See Also[edit]

Retrieved from "https://en.wikichip.org/w/index.php?title=amd/duron&oldid=30279"
Facts about "Duron - AMD"
RDF feed
designerAMD +
first announcedApril 27, 2000 +
first launchedJune 19, 2000 +
full page nameamd/duron +
instance ofmicroprocessor family +
instruction set architectureIA-32 +
main designerAMD +
manufacturerAMD +
microarchitectureK7 +
nameAMD Duron +
packageCPGA-453 +
process180 nm (0.18 μm, 1.8e-4 mm) + and 130 nm (0.13 μm, 1.3e-4 mm) +
socketSocket A +
technologyCMOS +
word size32 bit (4 octets, 8 nibbles) +