AMD Duron 950 - D950AUT1B


Specifications

General information
TypeCPU / Microprocessor
Market segmentDesktop
FamilyAMD Duron
CPU part numberD950AUT1B is an OEM/tray microprocessor
Stepping codesANCA   ANDA
Frequency  ? 950 MHz
Bus speed  ? 200 MHz
Clock multiplier  ? 9.5
Package453-pin staggered ceramic PGA
1.95" x 1.95" (4.95 cm x 4.95 cm)
AMD Package number27016
SocketSocket A (Socket 462)
Introduction date6-Jun-01
Price at introduction$122
 
Architecture / Microarchitecture
MicroarchitectureK7
Processor core  ? Spitfire (Model 3)
Manufacturing process0.18 micron
25 million transistors
Data width32 bit
The number of cores1
The number of threads1
Floating Point UnitIntegrated
Level 1 cache size  ? 64 KB code
64 KB data
Level 2 cache size  ? on-die 64 KB exclusive cache
MultiprocessingUniprocessor
Features
  • MMX technology
  • Enhanced 3DNow! Technology with 24 new instructions
Low power features
  • Halt state
  • Stop Grant states
  • Sleep state  ? 
  • Probe state
 
Electrical/Thermal parameters
V core  ? 1.6V ± 0.1V
Minimum/Maximum operating temperature  ? 0°C - 90°C
Typical/Maximum power dissipation37.2 Watt / 41.5 Watt
 
Notes on AMD D950AUT1B
  • Actual bus frequency is 100 MHz. Because the processor uses Double Data Rate bus the effective bus speed is 200 MHz.
  CPUs, related to AMD Duron 950 MHz (D950AUT1B)  

Model Freq. L2
cache
Features
AMD Duron family, Socket 462
   AMD Duron 950 MHz (DHD950AMT1B)950 MHz64 KBSSE
   AMD Duron 1 GHz (DHL1000AKT1B)1 GHz64 KB
   AMD Duron 1 GHz (DHD1000AMT1B)1 GHz64 KBSSE
   AMD Duron 1.1 GHz (DHD1100AMT1B)1.1 GHz64 KBSSE
   AMD Duron 1.2 GHz (DHD1200AMT1B)1.2 GHz64 KBSSE
   AMD Duron 1.3 GHz (DHD1300AMT1B)1.3 GHz64 KBSSE
   AMD Duron 1.4 GHz (DHD1400AMT1B)1.4 GHz64 KBSSE
   AMD Duron 1.4 GHz (DHD1400DLV1C)1.4 GHz64 KBSSE
   AMD Duron 1.6 GHz (DHD1600DLV1C)1.6 GHz64 KBSSE
   AMD Duron 1.8 GHz (DHD1800DLV1C)1.8 GHz64 KBSSE
Other families, K7 micro-architecture, Socket 462
   AMD Athlon 1.4 GHz (A1400AMS3B)1.4 GHz256 KB
   AMD Athlon 1600+1.4 GHz256 KBSSE
   AMD Sempron 2800+ (Thorton)2 GHz256 KBSSE
   AMD Sempron 3000+2 GHz512 KBSSE
   AMD Athlon XP 3200+2.2 GHz512 KBSSE
   AMD Sempron 3300+2.2 GHz512 KBSSE
   AMD Athlon XP 2800+2.25 GHz256 KBSSE
   AMD Athlon XP 3200+2.33 GHz512 KBSSE

 • Highlighted numbers and features indicate whether specific processor performs better or worse than Duron 950 MHz (D950AUT1B)

 • Within each category, the CPUs are sorted from slower (at the top) to faster (at the bottom)

 • List of related CPUs is not complete.

 • Features abbreviations:

SSE - SSE instructions

Pictures (3)

AMD Duron 950 - D950AUT1B

AMD Duron 950 - D950AUT1B
 
2010-06-01 16:47:47
Posted by: Fuynfactory

 
 
AMD Duron 950 mHz D950AUT1B Version ANDA
2011-07-16 11:05:41
Posted by: PoCoMo

 
AMD Duron 950 mHz D950AUT1B Version ANDA

CPU ID

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Comments (4)

This Processor

2007-10-06 20:32:20
Posted by: MMC

I have ran this exact processor on my tyan trinity KT133 [S2390] motherboard for 7 years without any glitch, overheating, or slow down! It runs as great today as it did brand new..It is amazing how fast this processor is..It'll keep up with any of our 2 plus GHZ processors. I would LOVE to be able to find a new one someone just laid aside and forgot about..lol

The First and The Best CPU

2008-08-27 03:52:42
Posted by: Bradonja

Had one too! Never failed me, and was faster than some 1.7GHz CPU`s.

;)

On that machine, I could run four movies and one music playlist without any glitches!

processor

2009-02-18 09:17:09
Posted by: ben

slow with XP I must admit. I too impactient.

Not good at overclocking, but tweakable

2009-12-07 05:37:16
Posted by: Mitch 74

Using the lead pen trick, this processor could be multiplier unlocked. On my motherboard, exploiting the trick made computer reboots delicate (I needed a complete power cycle), but performance was the result. I mean:

- base clock is 100 MHz, multiplier is 9.5; reduce the multiplier, and the CPU can reach slightly under 1 GHz with 7.5x133, with no problem - but much higher (+33%) memory bandwidth: +10% performance for RAM, +5% performance for CPU O/C

- with a DDR chipset (say, Via KT233a) and good timings, this meant that you could sync the CPU's bus with the highest supported RAM clock: +20% performance

- with quality DDR RAM, you could lower timings quite a bit: +2% performance

With these 3 points used (lower multiplier, slight overclock, much better RAM access), performance could increase by as much as 40%! Yes, I know, it seems a bit much... But then, I ran extensive Aquamark3 tests to be sure, and there it was.

Now, apps that ran in the CPU's cache didn't get much of an improvement; but with 64k of cache, the CPU spent its time waiting on the RAM. Improving RAM access as much as you could was, indeed, key.

For me, it meant going from unable to start to playing Doom 3 not too badly on that CPU.

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