DFI INFINITY C51PV-M2/G processor support

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DFI INFINITY C51PV-M2/G motherboard specifications

CPU socket type:Socket AM2

DFI INFINITY C51PV-M2/G CPU compatibility list

Part NumberFrequencyFeaturesBIOSPCBNotes
AMD Athlon 64
ADA3000IAA4CN
ADA3000CNBOX
ADA3000IAA4CW
ADA3000CWBOX		3000+9 x 200 MHz, 62W, 512 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 
ADA3200IAA4CN
ADA3200CNBOX
ADA3200IAA4CW
ADA3200CWBOX		3200+10 x 200 MHz, 62W, 512 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 
ADD3500IAA4CN
ADD3500CNBOX		3500+11 x 200 MHz, 35W, 512 KB L2 cache, 0.090 micron, 78°C, F2The latestAny 
ADA3500IAA4CN
ADA3500CNBOX
ADA3500IAA4CW
ADA3500CWBOX		3500+11 x 200 MHz, 62W, 512 KB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADA3800IAA4CN
ADA3800CNBOX
ADA3800IAA4CW
ADA3800CWBOX		3800+12 x 200 MHz, 62W, 512 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 
ADAFX62IAA6CS
ADAFX62CSBOX		FX-6214 x 200 MHz, 125W, 2x1 MB L2 cache, 0.090 micron, 63°C, F2The latestAny 
AMD Athlon 64 X2
ADD3800IAA5CU
ADD3800IAT5CU
ADD3800CUBOX		3800+10 x 200 MHz, 35W, 2x512 KB L2 cache, 0.090 micron, 78°C, F2The latestAny 
ADO3800IAA5CS
ADO3800CSBOX
ADO3800IAA5CU
ADO3800CUBOX		3800+10 x 200 MHz, 65W, 2x512 KB L2 cache, 0.090 micron, 72°C, F2The latestAny 
ADA3800IAA5CU
ADA3800CUBOX		3800+10 x 200 MHz, 89W, 2x512 KB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADO4000IAA6CS
ADO4000CSBOX		4000+10 x 200 MHz, 65W, 2x1 MB L2 cache, 0.090 micron, 72°C, F2The latestAny 
ADA4000IAA6CS
ADA4000CSBOX		4000+10 x 200 MHz, 89W, 2x1 MB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADO4200IAA5CU
ADO4200CUBOX		4200+11 x 200 MHz, 65W, 2x512 KB L2 cache, 0.090 micron, 72°C, F2The latestAny 
ADA4200IAA5CU
ADA4200CUBOX		4200+11 x 200 MHz, 89W, 2x512 KB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADO4400IAA6CS
ADO4400CSBOX		4400+11 x 200 MHz, 65W, 2x1 MB L2 cache, 0.090 micron, 72°C, F2The latestAny 
ADA4400IAA6CS
ADA4400CSBOX		4400+11 x 200 MHz, 89W, 2x1 MB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADO4600IAA5CU
ADO4600CUBOX		4600+12 x 200 MHz, 65W, 2x512 KB L2 cache, 0.090 micron, 72°C, F2The latestAny 
ADA4600IAA5CU
ADA4600CUBOX		4600+12 x 200 MHz, 89W, 2x512 KB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADO4800IAA6CS
ADO4800CSBOX		4800+12 x 200 MHz, 65W, 2x1 MB L2 cache, 0.090 micron, 72°C, F2The latestAny 
ADA4800IAA6CS
ADA4800CSBOX		4800+12 x 200 MHz, 89W, 2x1 MB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADA5000IAA5CS
ADA5000CSBOX
ADA5000IAA5CU
ADA5000CUBOX		5000+13 x 200 MHz, 89W, 2x512 KB L2 cache, 0.090 micron, 70°C, F2The latestAny 
ADO5200IAA6CZ
ADO5200CZBOX		5200+13 x 200 MHz, Stepping : F3, 1MBx2, 0.090 micron, 65WThe latestAny 
ADA5400IAA5CZ
ADA5400CZBOX		5400+14 x 200 MHz, Stepping : F3, 512KBx2, 0.090 micron, 89WThe latestAny 
ADA6000IAA6CZ
ADA6000CZBOX		5600+14 x 200 MHz, Stepping : F3, 1MBx2, 0.090 micron, 89WThe latestAny 
ADX6000IAA6CZ
ADX6000CZBOX		6000+15 x 200 MHz, Stepping : F3, 1MBx2, 0.090 micron, 125WThe latestAny 
AMD Sempron
SDD3000IAA3CN
SDD3000CNBOX		3000+8 x 200 MHz, 35W, 256 KB L2 cache, 0.090 micron, 78°C, F2The latestAny 
SDA3000IAA3CN
SDA3000CNBOX		3000+8 x 200 MHz, 62W, 256 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 
SDD3200IAA2CN
SDD3200CNBOX		3200+9 x 200 MHz, 35W, 128 KB L2 cache, 0.090 micron, 78°C, F2The latestAny 
SDA3200IAA2CN
SDA3200CNBOX
SDA3200IAA2CW
SDA3200CWBOX		3200+9 x 200 MHz, 62W, 128 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 
SDD3400IAA3CN
SDD3400CBNOX		3400+9 x 200 MHz, 35W, 256 KB L2 cache, 0.090 micron, 78°C, F2The latestAny 
SDA3400IAA3CN
SDA3400CNBOX
SDA3400IAA3CW
SDA3400CWBOX		3400+9 x 200 MHz, 62W, 256 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 
SDD3500IAA2CN
SDD3500CBNOX		3500+10 x 200 MHz, 35W, 128 KB L2 cache, 0.090 micron, 78°C, F2The latestAny 
SDA3500IAA2CN
SDA3500CNBOX
SDA3500IAA2CW		3500+10 x 200 MHz, 62W, 128 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 
SDA3600IAA3CN
SDA3600CNBOX		3600+10 x 200 MHz, 62W, 256 KB L2 cache, 0.090 micron, 69°C, F2The latestAny 

When part numbers are not supplied by motherboard manufacturers, we use best guess approach to determine part numbers based on CPU model, frequency and features. In some cases our guess may be incorrect or incomplete. Please always verify part numbers before committing to buying the CPU.

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Last updated: Sep 28, 2007
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