MSI K8MM-V (MS-7142) motherboard specifications
| CPU socket type: | Socket 754 |
MSI K8MM-V (MS-7142) CPU compatibility list
| Part Number | Frequency | Features | BIOS | PCB | Notes |
|---|
| AMD Athlon 64 |
ADA2800AEP4AR
ADA2800BOX | 2800+ | CG version, ClawHammer, 130nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA2800AEP4AX
ADA2800AXBOX | 2800+ | CG version, Newcastle, 130nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3000AEP4AR
ADA3000BOX | 3000+ | CG version, ClawHammer, 130nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3000AEP4AX
ADA3000AXBOX | 3000+ | CG version, Newcastle, 130nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3000AIK4BX
ADA3000BXBOX
ADA3000AKK4BX | 3000+ | E6 version, Palermo, 90nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3000AIK4BX
ADA3000BXBOX
ADA3000AKK4BX | 3000+ | E6 version, Venice, 90nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3200AEP5AR
ADA3200BOX | 3200+ | CG version, ClawHammer, 130nm, L2 Cache 1MB, 200 MHz FSB | 1.A | 1A | |
ADA3200AEP4AX
ADA3200AXBOX | 3200+ | CG version, Newcastle, 130nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3200AIO4BX
ADA3200BXBOX | 3200+ | E6 version, Palermo, 90nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3400AEP5AR
ADA3400BOX | 3400+ | CG version, ClawHammer, 130nm, L2 Cache 1MB, 200 MHz FSB | 1.A | 1A | |
ADA3400AEP4AX
ADA3400AXBOX | 3400+ | CG version, Newcastle, 130nm, L2 Cache 512KB, 200 MHz FSB | 1.A | 1A | |
ADA3700AEP5AR
ADA3700BOX | 3700+ | CG version, ClawHammer, 130nm, L2 Cache 1MB, 200 MHz FSB | 1.A | 1A | |
| AMD Sempron |
SDA2500AIO3BX
SDA2500BXBOX | 2500+ | E6 version, L2 Cache 256KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA2600AIO2BA
SDA2600BABOX
SDA2600CVBOX | 2600+ | D0 version, L2 Cache 128KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA2600AIO2BX
SDA2600BXBOX | 2600+ | E6 version, L2 Cache 128KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA2800AIO3BA
SDA2800BABOX
SDA2800CVBOX | 2800+ | D0 version, L2 Cache 256KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA2800AIO3BX
SDA2800BXBOX | 2800+ | E6 version, L2 Cache 256KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA3000AIO2BA
SDA3000BABOX
SDA3000CVBOX | 3000+ | D0 version, L2 Cache 128KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA3000AIO2BX
SDA3000BXBOX | 3000+ | E6 version, L2 Cache 128KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA3100AIP3AX
SDA3100AXBOX | 3100+ | CG version, Paris, 130nm, L2 Cache 256KB, 200 MHz FSB | 1.A | 1A | |
SDA3100AIO3BA
SDA3100BABOX
SDA3100CVBOX | 3100+ | D0 version, L2 Cache 256KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA3100AIO3BX
SDA3100BXBOX | 3100+ | E6 version, L2 Cache 256KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA3300AIO2BA
SDA3300BABOX
SDA3300CVBOX | 3300+ | D0 version, L2 Cache 128KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA3300AIO2BX
SDA3300BXBOX | 3300+ | E6 version, L2 Cache 128KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
SDA3400AIO3BX
SDA3400BXBOX | 3400+ | E6 version, L2 Cache 256KB, Palermo, 90nm, L2 Cache 128/256KB, 200 MHz FSB | 1.A | 1A | |
| AMD Turion 64 |
| TMDML40BKX5LD | ML40 | E5 version, L2 Cache 1MB, 90nm, L2 Cache 512KB/1MB, 200 MHz FSB | 1.A | 1A | |
| TMDML42BKX4LD | ML42 | E5 version, L2 Cache 512K, 90nm, L2 Cache 512KB/1MB, 200 MHz FSB | 1.A | 1A | |
| TMDML44BKX5LD | ML44 | E5 version, L2 Cache 1MB, 90nm, L2 Cache 512KB/1MB, 200 MHz FSB | 1.A | 1A | |
| TMSMT28BQX4LD | MT28 | E5 version, L2 Cache 512KB, 90nm, L2 Cache 512KB/1MB, 200 MHz FSB | 1.A | 1A | |
TMSMT32BQX4LD
TMSMT32LDWOF | MT32 | E5 version, L2 Cache 512KB, 90nm, L2 Cache 512KB/1MB, 200 MHz FSB | 1.A | 1A | |
TMSMT34BQX5LD
TMSMT34LDWOF | MT34 | E5 version, L2 Cache 1MB, 90nm, L2 Cache 512KB/1MB, 200 MHz FSB | 1.A | 1A | |
TMSMT37BQX5LD
TMSMT37LDWOF | MT37 | E5 version, L2 Cache 1MB, 90nm, L2 Cache 512KB/1MB, 200 MHz FSB | 1.A | 1A | |
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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