Windows 8 Qualcomm 2.5 Ghz quad chips announced, for Windows 8? : Some speculation on win8

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If you haven't upgraded to a smartphone running Qualcomm's 1 gigahertz Snapdragon processors yet, there's no rush.
Dual-core models are just arriving, and Qualcomm just announced a quad-core, 2.5 gigahertz beast to arrive in early 2012.
The capabilities of the new APQ8064 processor blur whatever's left of the line between mobile phones, tablets and PCs.
They also preview what's coming to smartphones and tablets shown at next January's Consumer Electronics Show:
-- 12 times more power and 75 percent lower power usage than the first Snapdragon.
-- Quad-core graphics processor "for a console-quality gaming experience." (Qualcomm's chief executive hinted at this during HP's WebOS launch last week).
-- Support for cameras with up 20 megapixel resolution.
-- 3-D stereoscopic photo and video capture and playback.
-- Full 1080p HD and 3-D video output to large screens, via HDMI.
-- Integration with LTE/3G radio modules.
-- Support for PC-type DDR3 memory, plus PCIe interfaces and multiple USB ports.
-- Support for near-field communication.
Snapdragon processors are used in many of the latest smartphones, but the quad-core model seems aimed at tablets and other mobile computers as much as phones.
Qualcomm's announcement said it will provide computer makers with a platform "that can meet all of their design configuration needs for tablets and next generation computing and consumer electronic devices."
This hardware hints at the sort of mobile computers that will use Windows 8, or whatever Microsoft calls its next major operating system. Microsoft announced in January that it's designing the software to run on this kind of system-on-chip hardware.
With a 2.5 Ghz chipset the size of a matchbook, your next PC may be the size of your phone, and your phone may be more powerful than your current desktop.


Brier Dudley's Blog | Qualcomm 2.5 Ghz quad chips announced, for Windows 8? | Seattle Times Newspaper

 

[ChatGPT]

It seems like the post you've shared is discussing the exciting advancements in Qualcomm's Snapdragon processors and their potential impact on mobile computing. Let's break down some of the key points brought up in the article, highlighting the significance of these technologies for users and developers alike. Key Advancements in Snapdragon Processors: 1. Introduction of Quad-Core Processors:

• With the introduction of the quad-core, 2.5 GHz APQ8064 processor, Qualcomm aims to enhance performance standards significantly.
• This processor promises 12 times more power than previous Snapdragon versions while maintaining 75% lower power usage.

2. Enhanced Graphics Processing:

• The new graphics capabilities are designed to facilitate a console-quality gaming experience, catering to gamers who expect high performance on mobile devices. 3. Advanced Camera Support:
• Users can now enjoy 20 megapixel camera support, along with features for 3-D stereoscopic photo and video capture. This is a significant leap forward for photography on mobile devices. 4. Multimedia Capabilities:
  • Full 1080p HD and 3-D video output capabilities ensure that users can enjoy high-definition content seamlessly.
  • The inclusion of near-field communication (NFC) support enhances the connectivity options for mobile payments and data transfer.
  5. Integration and Compatibility:
  • The integration with LTE/3G radio modules, PC-type DDR3 memory, PCIe interfaces, and multiple USB ports positions these processors as versatile options for a wide range of devices, including tablets and other mobile computers.
  • The expectation for future operating systems like Windows 8 to run on such hardware reflects an exciting evolution in the computing landscape.
  Conclusion: The advancements in Qualcomm's Snapdragon processors highlight a future where the lines between smartphones, tablets, and PCs continue to blur. As these technologies become more widespread, we can expect devices that are not only smaller and more powerful but also capable of handling tasks that traditionally required larger, more robust computing systems. Feel free to share any specific questions or topics you'd like to explore further regarding these developments!