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Processor Family |
Model Name |
AMD Athlon K7 |
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Performance Rating |
750 MHz |
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Front-side Bus Speed |
100 MHz (200 DDR) |
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Multiplier Ratio |
7.5x |
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Physical Design |
Interface Packing |
242-Pin Slot A Cartridge |
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Core Die Size |
.18 micron, 102 mm |
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Transistor Count |
22 Million |
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Voltage Interface |
Split Core and I/O |
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Core Voltage |
1.6 volts |
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Power Consumption |
35 watts |
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Maximum Power |
40 watts |
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Athlon K75 |
Model Rating |
750 MHz |
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Overclocking Potential |
Multiplier Lock Support |
Unlocked Multiplier via |
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External GFD |
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Typical Multiplier O/C |
8.0x – 9.0x |
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Typical Front-side Bus O/C |
103 – 108+ MHz |
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Typical O/C Potential |
800 – 900 MHz |
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Maximum O/C Potential |
950 MHz |
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Overclocking Tolerances |
Recommended Cooling Type |
Forced-Air Heatsink |
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Recommended Heatsink Coolers |
GlobalWin VOS-32 |
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Alpha P7125 |
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Recommended Peltier Active Cooler |
Swifttech MC1501 |
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Maximum Core Voltage |
1.85 volts with Heatsink Cooler |
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Maximum Core Temperature |
70° Celsius |
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The Athlon K75 750 offers a decent possibility of reaching upwards of 1000 MHz with the use of Peltier or liquid-based cooling technologies. Traditional cooling can net returns exceeding 900 MHz with little effort beyond the installation of a replacement forced-air heatsink. Operating temperatures need to be monitored closely at speeds approaching 1 GHz. Even the efficient .18-micron Athlon core can produce high thermal loads at this level.
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