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Essor instruction architecture which is used inside their ARM processor cores. Where other companies like NVIDIA, Texas Instruments and Samsung come in is in the production of the SoCs. They take (through licensing) the ARM developed and produced processor core and put it inside their chipsets in combination with whatever GPUs, memory and other things they desire. Qualcomm is a slightly different story, but well get to that later. This is why two SoCs from different companies can both appear to contain the same processor, such as how both the TI OMAP3630 and Samsung Exynos 3310 use a single-core 1 GHz ARM Cortex-A8 solution. They are different though in their use of other components, such as how the OMAP uses a PowerVR SGX530 GPU but the Exynos features the SGX540.

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The ARM architecture is something that you dont really have to worry about when looking at a new smartphone as almost all new ARM processors feature their ARMv7 architecture. The older ARMv6 architecture was used on old ARM11 processors, which in turn were used in old SoCs on devices such as the HTC Dream (T-Mobile G1, the first Android phone) and iPhone 3G. Currently there are two ARM processor types that are widely in use: the ARM Cortex-A8 and ARM Cortex-A9 MPCore; both use the ARMv7 architecture.

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Without getting extremely technical, the Cortex-A8 is usually found in single-core implementations and the Cortex-A9 in devices with up to 4 cores. The A9 is the newer implementation and as well as being (usually) multi-core, it is slightly faster per MHz than the A8 processors (2. 0 DMIPS MHz vs. 2. 5 DMIPS MHz). Youll find the ARM Cortex-A8 processor inside SoCs such as the TI OMAP3 series and Samsungs SP5C series (Hummingbird Exynos 3xxx). The Cortex-A9 is found in the TI OMAP4 series, Samsung Exynos 4xxx series, NVIDIAs Tegra 2 3 and the Apple A5. In the future well be seeing SoCs that feature ARMs Cortex-A15 MPCore, which is allegedly 40% faster than the Cortex-A9. We should see these in the TI OMAP5 series, Samsung Exynos 5xxx series and the Tegra Wayne series in late 2012 early 2013. In the distant future we can also expect ARM cores that use their ARMv8 architecture. Qualcomm is slightly different to the other SoC manufacturers in that they dont actually use the reference ARM processor core designs.

Instead they take cues from the ARM Cortex-A8 and make improvements that they package into their very own Scorpion and Krait CPUs. This obviously requires more research and development than say the TI OMAP series, but is apparently slightly better for media-related operations and power efficiency compared to the standard Cortex-A8. These processors make their way into Qualcomms Snapdragon range of SoCs, which are split up into different series. Each series is numbered from S1 to S4 (currently), and the higher the series the more powerful and (usually) the more recent the SoCs are. As of writing there are no products on the market that make use of Qualcomms S4 chipsets, but they are on their way shortly.

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Snapdragon SoCs are usually named using a three-letter designation followed by four numbers. QSD was used on the older S1 processors, followed later by MSM for devices with wireless connectivity and APQ for those without.

When it comes to the numbers, the first (eg. 8xxx) indicates the class with 7 usually meaning low range and 8 meaning mid high end. The second number (eg. x2xx) indicates whether the device is GSM or CDMA, with 2 indicating GSM and 6 indicating CDMA. The final two numbers usually designate the performance grade of the CPU: eg. the MSM8255 is a 1 GHz S2 single-core, then up to the MSM8260 1. 2 GHz S3 dual-core, and then to the future MSM8270 Krait-powered S4 Snapdragon. Both S1 and S2 Snapdragon SoCs are single-core only, ranging up to 1. 5 GHz via their Scorpion processors inside.

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S1 was the primary and only processor type allowed in the first batch of Windows Phones, using the 1 GHz QSD8x50, and was also used in some Android devices such as the HTC Desire, HTC Droid Incredible, Nexus One and HTC EVO 4G. The S2 Snapdragons are used in a much wider range of products. S2 differs from S1 in that there is a more powerful graphics processor inside along with a decrease in process from 65nm to 45nm, which helps conserve power and heat output allowing for larger CPU clocks.

Youll see the 1 GHz MSM8x55 in a huge range of Android products such as the HTC Desire HD, HTC Desire S, HTC Thunderbolt and pretty much all of Sony Ericssons first-batch of Xperia devices (including the Xperia Play). There is also a faster S2 SoC which is the MSM8x55T which is clocked between 1. 4 and 1. 5 GHz. This is seen in a lot of the second generation Windows Phones such as the Nokia Lumia series, HTC Titan and Samsung Focus S. It is also used in a few Android devices such as the HTC Flyer and Samsung Galaxy W. The S3 Snapdragons see a jump from single-core to dual-core SoCs, as well as a graphics boost. These devices are manufactured using the 45nm process and the Scorpion cores used are still Cortex-A8-based, as opposed to other dual-core SoCs that use newer Cortex-A9 technology. Youll find the 1. 2-1. 5 GHz S3 MSM8x60 in products like the HTC Sensation, HTC EVO 3D, HTC Rezound and some Samsung Galaxy S II models.

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Apart from the obvious differences in each series processor and graphics chips, along with progressively smaller manufacturing processes, each series improves on other capabilities such as camera resolution, screen resolution and media tasks. Below is a quick rundown of each series in these respects. Snapdragon S1: Supports up to 720p displays, 720p playback and 720p video recording.

Supports up to 12 megapixel cameras. Supports up to HSPA radios.

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Youd walk into the verizon or at t store when your contract was up, buy the best phone you could find, and never realize the wonderful world of unlocked devices you were missing. Avec son design tres soigne, son ecran oled tout a fait correct, une batterie amovible et une extension de sa capacite de stockage via microsd, ce terminal est un beau et bon point d'entree vers windows 10 mobile, a moindres frais. My original Lumia 930 was all black, which looked pretty profes

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