Why Can’t We Use Intel in Smartphones?-GAMES sport
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The world’s biggest chipmaker, Intel Corporation, has been trying hard to make a foot in the lucrative smartphone market for years now, with products like Moorestown and Medfield, but with limited success. While it doesn’t look like it’s going to be successful anytime soon, why don’t we take a look at this interesting company that came up with the 80x86 and Pentium processor architecture and see what went wrong? Why can’t we use intel in smartphones?
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The Importance of SOC Design
At its core, SOC design is all about maximizing performance by balancing power and area. It’s one of those industries that has yet to be completely disrupted by new technology and will always focus on optimizing cost, performance, and size. That’s why it takes a lot of experience and knowledge to do well — and why companies like Intel are so good at it. That said, there are some up-and-coming startups that could give them a run for their money if they continue to scale quickly enough. Companies like Graphcore, for example, which use a revolutionary architecture to drastically improve power efficiency and processing speed. So don’t count out big names just yet; with new innovation comes change… but don’t expect it to happen overnight.
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Why Can’t We Use Intel in Smartphones?
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While it’s true that Intel and Arm work differently, there’s nothing stopping a mobile device manufacturer from using an Intel-based processor — with two caveats. First, they’d need to make changes to their operating system to account for these differences. Second, they would need to reconfigure their entire supply chain around an entirely new type of processor — not impossible, but certainly not simple. It takes more than just swapping out processors for manufacturers to change their entire product line. This is why Apple stuck with Arm for so long. The company was able to build its own ecosystem and streamline its production process around one architecture, making switching over to another type of processor difficult. In other words: Why can’t we use Intel in smartphones? Because Apple won’t let us.
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Can we expect intel in smartphones?
Mobile devices are continually gaining power. You can now buy a phone with a octa-core processor and 8 GB of RAM! Of course, these new smartphones also use much more energy than their predecessors. Because of that, many believe that Intel will never be able to fully replace ARM processors in mobile devices. But is it really impossible to use an x86 chip like an Intel Atom or Core i3 CPU in your smartphone or tablet? If not, why can’t we do it? Keep reading to find out! 1. Energy Efficiency
ARM cores are typically designed for low power consumption. That’s why they’re so popular for phones and tablets. However, Intel has been working on its own low-power core designs for years: Atom C2000 series CPUs were designed for servers; Intel Pentium M CPUs were designed for laptops; and newer Bay Trail chips were designed for tablets (and some laptops). The problem is that most x86 chips aren’t as efficient as ARM chips when it comes to battery life . Why? It all comes down to architecture. 2. ArchitectureARM processors use a RISC design , which stands for reduced instruction set computing. In a nutshell, RISC chips have fewer transistors and fewer instructions than CISC (complex instruction set computing) chips like x86 processors do. RISC was first developed by Berkeley professor David Patterson back in 1980 . This makes them simpler and more energy efficient than CISC processors — but less powerful at executing multiple instructions at once or running programs written specifically for other architectures like x86. 3. CompatibilityEven if you could get an x86 chip to work in your smartphone, there would be another big issue: compatibility with existing apps and software. For example, if you installed an Intel processor into your phone today, you wouldn’t be able to run any of your favorite Android apps because they’re not compatible with x86 processors! You also wouldn’t be able to use Google Play Store, Gmail, Google Maps, Chrome, or many other applications without having to install custom versions from third parties. 4. Software SupportIf you can get past all these problems and somehow make an x86 processor work in your smartphone…why bother? Why should you put up with all these issues just to save a few minutes of charge time per day? There are already plenty of ways to extend your device’s battery life without switching architectures! 5. ConclusionIn short, I don’t think we’ll ever see an x86 CPU inside a smartphone or tablet. Why? Because there are too many reasons why it wouldn’t work out: too much complexity, too much risk, and not enough reward for such a small improvement in performance.
