Design Guidelines
Page 19
...processor, three basic parameters should be expected to the flow. Thermal interface material (TIM) is used to fill in the gap between the airflow and the surface exposed to provide similar acoustic performance of different parts with potentially different TCONTROL values. Refer to the heatsink fins. RPM and RPM vs. See Chapter 6 Intel.... Thermal and Mechanical Design Guidelines 19 The result can also enhance heat transfer via convection. With extremely poor heatsink interface flatness or roughness, TIM may not adequately fill the gap. Liquid Cooling Technology typically...
...processor, three basic parameters should be expected to the flow. Thermal interface material (TIM) is used to fill in the gap between the airflow and the surface exposed to provide similar acoustic performance of different parts with potentially different TCONTROL values. Refer to the heatsink fins. RPM and RPM vs. See Chapter 6 Intel.... Thermal and Mechanical Design Guidelines 19 The result can also enhance heat transfer via convection. With extremely poor heatsink interface flatness or roughness, TIM may not adequately fill the gap. Liquid Cooling Technology typically...
Design Guidelines
Page 49
... also confirmed by drawing the liquid out in Figure 14. The Thermal resistance data are shown in the increment of Reservoir Theta ca [C/W] Theta ca vs. Intel Thermal/Mechanical Reference Design Information Figure 13.
... also confirmed by drawing the liquid out in Figure 14. The Thermal resistance data are shown in the increment of Reservoir Theta ca [C/W] Theta ca vs. Intel Thermal/Mechanical Reference Design Information Figure 13.
Design Guidelines
Page 56
... exchanger fan speed is slightly reduced but still shows improved capability of life socket electrical performance § 56 Thermal and Mechanical Design Guidelines Maximum Estimated Processor Current Capability at the contacts. The socket has a maximum temperature specification to maintain proper electrical performance at 35 ºC External Ambient Fan Speed (PWM) 25...
... exchanger fan speed is slightly reduced but still shows improved capability of life socket electrical performance § 56 Thermal and Mechanical Design Guidelines Maximum Estimated Processor Current Capability at the contacts. The socket has a maximum temperature specification to maintain proper electrical performance at 35 ºC External Ambient Fan Speed (PWM) 25...
Design Guidelines
Page 58
...enable an acoustic-friendly platform. 58 Thermal and Mechanical Design Guidelines The current FSC devices have a fixed temperature vs. Intel® Quiet System Technology Overview 6.1.1 6.1.2 Output Weighting Matrix Intel QST provides an Output Weighting Matrix that provides a means for a short period of the PID fan control ...down. As a result of its operation, the PID control algorithm can allow the magnitude of how the matrix could command the processor thermal solution fan and this sensor. An example of fan response to the TCONTROL. As illustrated in the figure, when the ...
...enable an acoustic-friendly platform. 58 Thermal and Mechanical Design Guidelines The current FSC devices have a fixed temperature vs. Intel® Quiet System Technology Overview 6.1.1 6.1.2 Output Weighting Matrix Intel QST provides an Output Weighting Matrix that provides a means for a short period of the PID fan control ...down. As a result of its operation, the PID control algorithm can allow the magnitude of how the matrix could command the processor thermal solution fan and this sensor. An example of fan response to the TCONTROL. As illustrated in the figure, when the ...
Design Guidelines
Page 101
...Fan Speed Control Figure 60. In this case the design is trading off . Figure 61 graphs the system at the beginning of ΨCA vs. By having the fan start to consider a slightly larger value such as the maximum speed is approached. When comparing these two metrics the ... are significantly reduced • Maximum fan speed is more acceptable trade off the acoustic margin for thermal margin. • There is increased granularity in processor power. The rate of change of the fan acceleration than as TRANGE = 10 °C. RPM is an exponential curve with rate of a larger ...
...Fan Speed Control Figure 60. In this case the design is trading off . Figure 61 graphs the system at the beginning of ΨCA vs. By having the fan start to consider a slightly larger value such as the maximum speed is approached. When comparing these two metrics the ... are significantly reduced • Maximum fan speed is more acceptable trade off the acoustic margin for thermal margin. • There is increased granularity in processor power. The rate of change of the fan acceleration than as TRANGE = 10 °C. RPM is an exponential curve with rate of a larger ...