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Processor Family |
Model Name |
Intel Pentium 4 Northwood |
---|---|---|
|
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Performance Rating |
2000 MHz |
|
Front-side Bus Speed |
400 QDR (4 × 100 MHz) |
|
Multiplier Ratio |
20.0× |
|
Physical Design |
Interface Packing |
478-Pin PGA |
Core Voltage |
1.5 volts |
|
Power Consumption |
52.4 watts |
|
Maximum Power |
66 watts |
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Pentium 4 Northwood |
Model Rating |
2000 MHz |
---|---|---|
|
||
Overclocking Potential |
Multiplier Lock Support |
Locked Multiplier |
Typical Multiplier O/C |
N/A |
|
Typical Front-side Bus O/C |
440 – 480 QDR |
|
(110 – 120 MHz) |
||
Typical O/C Potential |
2200 – 2400 MHz |
|
Maximum O/C Potential |
2400+ MHz |
|
Overclocking Tolerances |
Recommended Cooling Type |
Forced-Air Heatsink |
Recommended Heatsink Coolers |
Swiftech MCX-478 |
|
Maximum Core Voltage |
1.75 volts with Extreme |
|
Cooling | ||
Maximum I/O Voltage |
3.5 volts with Chipset Cooler |
|
Maximum Core Temperature |
68° Celsius |
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The P4 2000A features a 20.0× multiplier, once again enabling a higher core operating speed with a lower front side bus. That's good if you're trying to push the core speed to the max, without stressing subsystems that are driven by the FSB, but it may offer lower overall system performance as compared to using a slightly higher FSB and a slightly lower processor core operating speed. If you're aiming for 2400 MHz, the 1600A or 1800A will therefore yield greater overall performance due to their higher FSBs, along with comparable stability, depending on voltage, cooling, and your particular processor sample.