Mobile CPU Mania
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Page 1:Introduction
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Page 2:Thermal Design Power
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Page 3:Cooling A Mobile CPU
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Page 4:Heat Pipes, Heat Sinks, Heat Spreaders And Remote Heat Exchange, Continued
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Page 5:Desktop Vs. Mobile CPU
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Page 6:Speedstep, Continued
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Page 7:Mobile Module 1
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Page 8:Mobile Module 1, Continued
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Page 9:Mobile Module 1, Continued
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Page 10:Mobile Module 2
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Page 11:Mobile Module 2, Continued
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Page 12:Mini-Cartridge
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Page 13:Mini-Cartridge, Continued
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Page 14:BGA-1
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Page 15:BGA-1, Continued
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Page 16:Micro-PGA1
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Page 17:Micro-PGA1, Continued
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Page 18:BGA-2
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Page 19:Micro-PGA2
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Page 20:BGA-2, Continued
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Page 21:Mobile CPU Matrix
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Page 22:Conclusion
Mini-Cartridge
Parallel to the MMC-1 module a different form factor for mobiles CPUs arrived to the market. The Mini-Cartridge was one of the first Intel processors to implement the on-die level two cache.
When you see the above chart you might stop for a second and ask yourself, why is the 400 PE MHz CPU as hot as the 366 PE MHz CPU? The answer to this is quite strange. While all Mini-Cartridges use 1.6V, the 400 PE MHz CPU only requires 1.55V.
Inside the Mini-Cartridge is the CPU core with cache and thermal diode and sensor.
Summary
- Introduction
- Thermal Design Power
- Cooling A Mobile CPU
- Heat Pipes, Heat Sinks, Heat Spreaders And Remote Heat Exchange, Continued
- Desktop Vs. Mobile CPU
- Speedstep, Continued
- Mobile Module 1
- Mobile Module 1, Continued
- Mobile Module 1, Continued
- Mobile Module 2
- Mobile Module 2, Continued
- Mini-Cartridge
- Mini-Cartridge, Continued
- BGA-1
- BGA-1, Continued
- Micro-PGA1
- Micro-PGA1, Continued
- BGA-2
- Micro-PGA2
- BGA-2, Continued
- Mobile CPU Matrix
- Conclusion