Iphone3
Dee Sandin — March 12, 2008 — Tech
References: theinquirer.net & theinquirer.net
If you are still planning to buy an Apple iPhone, keep waiting. If you can wait until 2009 or even 2010, you could grab one that it will run the Intel processor like all the iMacs do now when the new phones launch with x86.
According to Charlie Demerjian at The Inquirer, "The iPhone is going to go x86 in a year or two, and Moorestown is set to be the lead vehicle. A year of whispers was finally nailed down a few days ago with a comment and a slide.
They got the school at CeBIT, from which they've featured the slides attached.
"Intel will have their usual hissy-fit when this is published, but we have source after source telling us that it will happen, so we will go with that. Save your pennies boys and girls, the Iphone3 is going to be pretty nice, if a bit fascistic."
According to Charlie Demerjian at The Inquirer, "The iPhone is going to go x86 in a year or two, and Moorestown is set to be the lead vehicle. A year of whispers was finally nailed down a few days ago with a comment and a slide.
They got the school at CeBIT, from which they've featured the slides attached.
"Intel will have their usual hissy-fit when this is published, but we have source after source telling us that it will happen, so we will go with that. Save your pennies boys and girls, the Iphone3 is going to be pretty nice, if a bit fascistic."
Trend Themes
1. X86 Adoption in Mobile Devices - The trend of mobile devices, like the iPhone, transitioning to x86 processors presents disruptive innovation opportunities in terms of increased performance, compatibility, and power efficiency.
2. Moorestown Platform Revolution - The introduction of Intel's Moorestown platform in future iPhones can disrupt the smartphone industry by providing advanced capabilities, improved battery life, and enhanced user experiences.
3. Integration of Intel Technology in Apple Ecosystem - The integration of Intel processors in Apple products, such as iPhones, opens up potential disruptive innovation opportunities for seamless cross-device compatibility, faster processing, and new possibilities in software development.
Industry Implications
1. Mobile Devices - The transition to x86 processors in mobile devices, as indicated by the future iPhone models, can disrupt the mobile device industry by offering enhanced performance, greater compatibility, and improved power efficiency.
2. Smartphone Manufacturing - The adoption of Intel's Moorestown platform in upcoming iPhones can disrupt the smartphone manufacturing industry by introducing advanced features, extended battery life, and better overall user experiences.
3. Technology Integration and Development - The incorporation of Intel technology within Apple's ecosystem, particularly in iPhones, presents disruptive innovation opportunities in terms of seamless integration, faster processing capabilities, and new avenues for software development.
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