Table of Contents
Previous Section Next Section

Pentium II Deschutes 333

Table 6-13: Pentium II Deschutes 333 Specifications

Processor Family

Model Name

Intel Pentium II Deschutes


 

Performance Rating

333 MHz

 

Front-side Bus Speed

66 MHz

 

Multiplier Ratio

5.0×

Physical Design

Interface Packing

242-Pin Slot 1 Cartridge

 

Core Voltage

2.0 volts

 

I/O Voltage

3.3 volts

 

Level 2 Cache Voltage

3.3 volts

 

Power Consumption

14 watts

 

Maximum Power

20.6 watts

Table 6-14: Pentium II Deschutes 333 Overclocking

Pentium II Deschutes

Model Rating

333 MHz


Overclocking Potential

Multiplier Lock Support

Locked Multiplier

 

Typical Multiplier O/C

N/A

 

Typical Front-side Bus O/C

Up to 83 MHz

 

Typical O/C Potential

375 – 415 MHz

 

Maximum O/C Potential

450 – 500 MHz

Overclocking Tolerances

Recommended Cooling Type

Forced-Air Heatsink

 

Recommended Heatsink Coolers

Globalwin VEK 16

  

Vantec PIID-4535H

 

Recommended Peltier Active Cooler

STEP-UP-53X2

 

Maximum Core Voltage

2.2 volts with Heatsink Cooler

 

Maximum I/O Voltage

3.5 volts with Chipset Cooler

 

Maximum Core Temperature

65° Celsius

Strategy

The Pentium II Deschutes 333 MHz is the last of the 66-MHz front-side bus Pentium II processors. With a 5.0× multiplier, the P2 333 is well suited for overclocking upwards of 500 MHz, with the installation of a quality aftermarket cooling solution. Peltier-based cooling presents a good alternative to traditional forced-air heatsink cooling under these conditions.

Systems with older motherboards are generally assured a stable overclock to 375 MHz using the 75-MHz front-side bus rate. The Level 2 cache chips employed in the P2 333-MHz series are often capable of 200+ MHz; thus overclocking beyond 400 MHz is generally successful. Those attempting overclocks upwards of 500 MHz should implement a cooling solution for the Level 2 cache chips in order to ensure stable operation. Some quality Slot 1 coolers feature a special base designed to contact both the processor core and cache SRAM chips to optimize thermal regulation.


Table of Contents
Previous Section Next Section