What Is The Future Of Intel Bay Trail Processors

What Is The Future Of Intel Bay Trail Processors
What Is The Future Of Intel Bay Trail Processors

What Is The Future Of Intel Bay Trail Processors : Intel has launched its low-power system-on-a-chip (SoC) Atom processors, codenamed Bay Trail, in an attempt to take on ARM’s dominance in the smartphone and tablet markets. The range supersedes the chip manufacturer’s previous Clovertrail CPUs, which featured in Windows 8 tablets such as the Acer Iconia W510 and Asus VivoTab. The Z3000 Bay Trail series is designed to be at the heart of next-generation smartphones, tablets and low-end laptops, as Intel attempts to increase its impact in an area of the market dominated by ARM chips. The Z3700 series features four models, each of which is equipped with quad-core processors and Intel HD graphics, while the Z3600 has two dual-core options primed for Android.

 

 

What Is The Future Of Intel Bay Trail Processors

 

What Is The Future Of Intel Bay Trail Processors
What Is The Future Of Intel Bay Trail Processors

 

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What Is The Future Of Intel Bay Trail Processors

 

 

Faster and Improved performance

 

Intel claims that Bay Trail offers twice the CPU speed of Cloverfield, and up to three times the GPU performance. The new designs are said to be up to 40 percent faster than nVidia’s Tegra 4 ARM processor (the CPU that powers HP’s Slatebook X2), and 60 percent faster than Qualcomm’s Snapdragon 800 (which powers handsets such as the Sony Xperia Z1 and is rumoured to be in the forthcoming Nexus 5). To this end Intel developed the latest 22-nanometrenm Silvermont architecture, This new architecture comes with some impressive processing power and better power-management features. And to be honest the most important and nice of these is the Out of Order Execution (OoOE) engine, which circumvents slowdowns traditionally caused by CPUs waiting for data before being able to execute certain instructions. Rather than holding other instructions in a queue, Silvermont allows quick tasks to be completed while the data for slower ones is located. The Atom design intelligently manages the use of its cores to either improve CPU performance or power management, depending on your needs. Intel claims that CPU/GPU power sharing, allied with its Burst Technology 2.0 resource management, will be able to give all mobile devices a significant amount of advantage over the ARM-based alternatives.

 

 

What Is The Future Of Intel Bay Trail Processors (2)

Intel offered various benchmark results to support these assertions. One notable example compared a Z3770 Bay Trail chip and an nVidia Tegra 3 (installed in a Microsoft Surface RT), with the Z3770 scoring more than three times higher in a 3D game benchmark test. This is a huge advantage for potential customers who are thinking about using their phone or tablet for graphics-heavy first-person-shooter or driving games. Bay Trail also features Intel’s Display Power Saving Technology (DPST 6.0), which lowers the backlight of a screen while enhancing the image to compensate. If the images are as good as Intel claims, we can look forward to extended battery life without toning down brightness. The HD Graphics architecture supports DirectX 11 and the Open GL ES 3.0 graphics core – as seen in the Sony Xperia Z, HTC One, and Samsung Galaxy S4. Bay Trail also boasts a respectable range of media capabilities, with full hardware acceleration for video decoding in MPEG-4/ H.263 with H.264 and VC1 along with several others. Plus there’s support for accelerated encoding in H.264 and a hybrid version for MPEG-2.

 

The future of Mobile Devices

 

 

What Is The Future Of Intel Bay Trail Processors
What Is The Future Of Intel Bay Trail Processors

 

It’s too early to tell whether Intel’s performance claims will hold up while the end consumer will use their device in the real world. But here one thing is clear that the latest Bay Trail processors certainly seems to indicate that the company is very serious about taking the share of tablets and smartphones from other competitors. Intel also said that they will update their cores each year, in a similar fashion to the tick-tock cycle that has seen the evolution of Sandy Bridge, Ivy Bridge and Haswell in desktop and laptop PCs. Next year it will release a 14nm core bearing the name Airmont, and the following year we’ll see a new architecture at the 14nm scale. ARM designs will also continue to advance, so Intel has its work cut out if it hopes to wrestle market share away from the likes of Qualcomm, nVidia and Apple. As always, only the near future will decide; but one thing is sure for now, and that is the innovative giant Intel is going to bring its A-game to the mobile arena, and this is a good thing for customers. With chip makers battling to be the best and most important in the mobile platform technology, the coming near future will be very interesting indeed.