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1.5Ghz Snapdragon Coming Q4

Doesn't mean a phone will use it right away, unfortunately. The QSD 8x50 (current 1ghz Snapdragons) were shipped Q4 2008! We didn't see the first Android Snapdragon (N1, I believe) until January 2010. The 1.3ghz and the dual-core 1.0ghz chips were shipped Q4 2009. Trend seems to be phones using chips a year after the chips are shipped.
 
Doesn't mean a phone will use it right away, unfortunately. The QSD 8x50 (current 1ghz Snapdragons) were shipped Q4 2008! We didn't see the first Android Snapdragon (N1, I believe) until January 2010. The 1.3ghz and the dual-core 1.0ghz chips were shipped Q4 2009. Trend seems to be phones using chips a year after the chips are shipped.

They'd be behind TI's OMAP processor by a bit then since the 1.2 Ghz Moto devices are due to hit by year's end.
 
They'd be behind TI's OMAP processor by a bit then since the 1.2 Ghz Moto devices are due to hit by year's end.

Not likely. The 1.2/1.3ghz Moto device is supposedly using the new Snapdragon (w/Adreno 205 GPU). TI's roadmap doesn't have a CPU above 1ghz planed right now.

TI is working on launching their OMAP4 line. This comes in two variations. One is 720mhz (OMAP4 4430), the other is 1ghz (OMAP4 4440). Both are dual-core. They're using Cortex A9 as the MPcore, which is 20% faster than A8 clock for clock. They're also using the PowerVR SGX540 for the GPU!

But all indications are that the Droid Pro is going to use the 1.3ghz Snapdragon, and not an OMAP.
 
can anyone saaaay: bigger battery? ;)

The nice thing about these higher clocked Snapdragons is that they're fabbed on the 45nm process, as opposed to the 65nm process of the current Snapdragons. A lower process means less heat, higher clocks, and thankfully, less power consumption.

OMAP3, AFAIK, is already 45nm, which is why they're generally better at battery life. I believe OMAP4 is also 45nm.
 
The nice thing about these higher clocked Snapdragons is that they're fabbed on the 45nm process, as opposed to the 65nm process of the current Snapdragons. A lower process means less heat, higher clocks, and thankfully, less power consumption.

OMAP3, AFAIK, is already 45nm, which is why they're generally better at battery life. I believe OMAP4 is also 45nm.

can you saaaaaaaaaaaaaaaaaaaay: Root! ;) :p
 
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