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Intel Celeron D User Manual

Intel Celeron D
64 pages
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Intel
®
Celeron
®
D Processor in
the 775-Land LGA Package for
Embedded Applications
Thermal Design Guide
July 2005
Order #303730-002

Table of Contents

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Intel Celeron D Specifications

General IconGeneral
Processor FamilyIntel Celeron D
ArchitectureNetBurst
Number of Cores1
SocketLGA 775
FSB Speed533 MHz
Operating Voltage1.25V-1.4V
Virtualization TechnologyNo
Integrated GraphicsNo
Core NamePrescott
Core SteppingD0
Clock Speed3.6 GHz
L1 Cache16 KB
Process Technology90 nm
Instruction SetSSE, SSE2, SSE3
L2 Cache256 KB - 512 KB

Summary

Introduction

Importance of Thermal Management

Ensures components operate within their functional temperature range for optimal performance and prevents damage.

Processor Thermal/Mechanical Information

Heatsink Attach

Describes general guidelines and requirements for attaching a heatsink to the processor package.

Heatsink Design Considerations

Covers key parameters for heatsink design: surface area, conduction path, and heat transfer.

Thermal Metrology

Characterizing Cooling Performance Requirements

Defines thermal characterization parameters (Psi) to evaluate thermal solution performance.

Local Ambient Temperature Measurement Guidelines

Provides guidelines for accurately measuring local ambient temperature around the processor.

Processor Case Temperature Measurement Guidelines

Describes procedures for accurately measuring processor case temperature (Tc) on the IHS.

Thermal Management Logic and Thermal Monitor

Thermal Monitor Implementation

Details the on-die thermal management features: PROCHOT#, TCC, and registers.

Operation and Configuration

Covers enabling, configuring, and monitoring the Thermal Control Circuit (TCC).

How On-Die Thermal Diode, TCONTROL and Thermal Profile Work Together

Explains the interaction of thermal diode, TCONTROL, and thermal profile for fan speed control.

LGA775 Socket Heatsink Loading

LGA775 Socket Heatsink Considerations

Discusses heatsink clip load for mechanical performance and thermal interface.

Heatsink Clip Load Metrology

Thermal Interface Management

Case Temperature Reference Methodology

Thermocouple Attach Procedure

Provides step-by-step instructions for conditioning and attaching a thermocouple to the IHS.

Board Level PWM and Fan Speed Control Requirements

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