Mobile phone processor comparison list pdf,cell phones at edgars stores botswana,how to find phone number by address in india visa - Downloads 2016

Published : 23.04.2015 | Author : admin | Categories : How To Lookup A Phone Number
I've got nothing against Qualcomm, but a big reason most Android phones feel slow is because they're running on slow hardware.
Our industry would be doomed if it weren't for a third rule, though: transistors get smaller every 12 - 24 months.
Rule three doesn't happen magically -- it takes a lot of very smart people and a great deal of work.
The 528MHz figure refers to the clock speed of the general purpose CPU core in these phones. To scale, we have a rough estimate of the size of an ARM11 core (just the die, not the packaging) vs. Like any other microprocessor company, ARM has to keep innovating, but since it doesn't make the chips, it takes a while for the design to go from ARM to incorporation in some manufacturer's SoC design, then to production, and then finally to actually being used in a smartphone. Move to 45nm transistors and now the Cortex A8 ends up being around the same (manufacturing) cost as a 65nm ARM11. In either case, we find ourselves in a sea of 528MHz ARM11-based Android phones because Android is still in its infancy and keeping costs low forces us into the open arms (pun) of a slower microprocessor. If the rumors hold up, we'll see support for TI's OMAP SoCs in this next generation of Android phones. Save up to 90 percent on these top digital photography products from Adobe, Lytro, and more.
The HTC One Max is officially revealed yesterday as the biggest member of the current aluminium clad HTC One series. For the first time for HTC, the One Max features a fingerprint scanner that’s located at the back. Performance shouldn’t be a big issue as the Snapdragon 600 processor has proven itself on the HTC One with a buttery smooth experience. In our previous Samsung Galaxy S III spec comparison, we compared it with its direct rival the HTC One X and its former Galaxy predecessors. Huawei too is going quad core with its Ascend D Quad which is expected to be released in mid 2012.
In terms of cloud storage, it is worth pointing out that both Apple & Microsoft are bundling their own storage in the form of iCloud and SkyDrive. Also worth mentioning is the Galaxy Nexus like its predecessor Nexus S, does not come with expandable microSD slot. In just a couple of hours to go, the Samsung Galaxy S II will be officially launched in Malaysia with Maxis being the exclusive telco for the time being.
Today we are spoilt for choice with the variety of high end Android smart phones that are closely priced with each other. As compared on the table, the 6 offers different specifications including processor, RAM, built-in storage, display, battery, camera and dimensions.
Going back to the display, it is worth mentioning that both HTC Sensation and Motorola Atrix displays a much higher 960×540 qHD resolution which gives better clarity and pixel density especially when viewing web pages and text. For the photobugs, the Sony Ericsson Xperia arc offers the best camera of the lot with its 8.1MP camera with Exmor R for mobile feature. Meanwhile for those looking for dual-core smart phone on a budget, the LG Optimus 2X which we’ve reviewed earlier on meets the criteria as it is also the cheapest among the 6. The comparison above is to serve as a reference guide and do feel free to share your opinion in the comments below.
The intel core i7-3920XM is an appreciable 3rd generation processor with 4 cores and 8 threads. The Ivy Bridge marks the start of tri-gate transistors and the 22-nm die shrink of the previous architecture (Sandy Bridge) offers optimum performance. There wasn’t a huge amount of ultramobile PC content for us at the Intel Developer Forum this week.
Intel Atom X3 (SoFIA) – with integrated cellular modem and voice support for phones and phablets. Intel Atom Z3000 series (Baytrail-T) Not shown in the slide but sits underneath Atom X5 and X7 as the outgoing architecture in the Windows and Android tablet and small-screen 2-in-1 segment. Intel Core M (Broadwell and Skylake) – Currently based on the Broadwell architecture and scales from fanless tablets to large-screen 2-in-1 devices.
Intel Core i3, i5, i7 (Broadwell and Skylake) – Laptop-standard CPUs available in U-series versions for advanced tablets and Ultrabooks. The Intel Atom X5 and X7 processors use the same basic design but are divided into low and high-end performance and feature sets with the X7 supporting 4K video output and higher GPU and CPU clocks. Braswell covers the same ground as the outgoing Baytrail-M CPU which was used for entry-level laptop and mini desktop systems.
Core i3 i5 and i7 processors cover all laptop scenarios up to desktop-and PC-gaming capable laptops but in the ultramobile sector we’re limited to the U-series SoC variants which can go into thin, mostly sealed-battery designs of 12-inch and above. A few years ago Intel decided to introduce the Scenario Design Power (SDP) measurement which was targeted at system design engineers. Single-task benchmarking doesn’t match real-world usage but the slide that Intel provide here is a good look at how the CPU performance characteristics compare across the ultramobile segment. Note that CPU Turbo Boost is likely to be included in these figures and these are highly dependant on thermal design. Memory performance is defined by the technology used, the clockrate of the memory and the memory bus capacity. With graphics, video and media support we come to one of the most complex mix of capability and the widest range of performances. The performance comparisons are split between two benchmarks here but for comparison you can expect Intel Atom X7-8700 to have about 40% less  3DMark 11 performance than the low-end Core-M (Broadwell.) That gap will widen with Skylake architecture Core M products. Video playback, video encoding, image processing and audio processing are important media features and here we also see big differences in the range of offerings.
The last piece of the media chain is the video output to internal, external and wirelessly remote screens. The ultramobile processor range from Intel spans from entry-level phone through phablet, tablet, 2-in-1 and ultrabook space and covers multiple operating systems.
Intel has set their Atom processor down to the mobile device, where in the future, you can see Intel Atom (Z6) CPU embedded on tablets and smartphones.

As for tablet device, Intel revealing OpenPeak tablet that featuring 7-inch touchscreen, and carrying the fastest processor 1.9Ghz of Intel Z6 CPU.
There is no benchmark score yet so no one know how it will perform in tablets and smartphones. With over a decade of experience poring over the latest in chip developments, he's here to explain how things work and why our tech is the way it is. It's interesting for a number of reasons, but I want to highlight that all present day Android phones use virtually the same Qualcomm application processor, all based on a sluggish 528MHz ARM11 core. There are two basic rules to know -- first, as chip size goes up, so does cost; and second, as chip performance goes up, so does size. There's much more to the Qualcomm SoC, but that's beyond the scope of this article, and it's really that 528Mhz ARM11 core that makes launching applications or interacting with your phone slow.
Most PC buyers don't understand microprocessor architecture, they just buy into clock speed.
To make a long story short, while Cortex A8 debuted in 2005, it wasn't until 2009 that Apple used it in the iPhone 3GS and Palm used it in the Pre. Of course, ARM is also expecting manufacturers to make 45nm ARM11 cores, which will be even cheaper and thus enable even lower cost handsets (or higher profit margins), so we won't totally escape ARM11 anytime soon. Samsung is also going to be making an appearance, obviously -- it'll be interesting to see if the Moment has a Cortex A8-based chip or just uses the higher-clocked ARM11 SoC that Samsung already produces. Unlike the iPhone 5S’s home button with discreet Touch ID, the One Max fingerprint scanner is rather conventional with the typical finger swipe motion. We dare say that the HTC One is much smoother and has better battery life than the Galaxy S4 non-LTE edition. The Xperia Z Ultra which is now available with 4G LTE support is currently priced at RM2,199 with 16GB of storage. Now we are comparing it with the rest of the notable flagship models including the Sony Xperia S, Huawei Ascend D Quad, iPhone 4S and the Nokia Lumia 900. Overall, looking at all flagship devices launched this year, all of them are on the Micro-SIM bandwagon. Another update is the Galaxy Nexus does not come with expandable Micro SD slot which is a bummer.
In terms of connectivity, the Galaxy Nexus supports HSPA+ up to 21Mbps while the RAZR supports up to 14.4Mbps HSPA.
Unfortunately the high capacity battery on the RAZR is non removable which probably is a compromise to maintain its slimmest 7.1mm profile.
This is a bummer for those that intend to store massive photos, music and movies while on the go, beyond its internal storage. As demonstrated in our first impressions, it performed amazingly well especially in low light conditions with snappy response time.
That being said, we wished the software could have been better which shouldn’t be a problem for those who plan to load a custom ROM.
A change from 32nm to 22nm is highly beneficial in term of efficiency and power consumption. IoT, robots and wearables were taking the limelight along with gaming, big data and, for the first time, cyber security.
Airmont processors (as seen in the latest Atom X5 and X7) sit alongside ARM Mali graphics  and Intel’s 3G and LTE modems.
Performance can range from below Intel Atom X7 to above Core i3 but it all depends on product design and specifically, thermal design. It runs the same CPU core as Atom X5 and X7 but offers more interface flexibility and less in terms of power efficiency. It’s a figure that can be used by engineers to quickly determine what sort of device the processor will fit into and what thermal considerations need to be made.
The X3’s MALI architecture is nothing compared to the new Skylake architecture which can support desktop-style PC gaming but in the ultramobile space there are limits to how much of that high-end architecture can be used. The new Skylake architecture will introduce an image signal processor and a real-time video encoding engine targeted at video conferencing. Skylake architecture is expected to bring big advantages to Ultrabooks and new Core-M based 2-in-1 products and Atom X5 and X7 offer interesting possibilities for very small Windows solutions. There have been rumours that HP pushed their X2 10 with Bay Trail because of a delay with their manufacturer.
To support this new Intel Atom Z6 CPU, Intel is showing off a new device that has come embedding the CPU.
Until recently, running Android on other SoCs required a bit of legwork, but Android 1.6 adds in native support for non-Qualcomm processors.
Instead, it licenses out the design to companies like TI, Samsung and Qualcomm, who in turn make SoCs based on the architecture either at their own fabs or at foundries like TSMC. But the Cortex A8 is built using 65nm transistors, which makes it roughly twice the size (and thus twice the cost to manufacture) of an ARM11 core.
We're also seeing Qualcomm's Snapdragon chips arrive in Android phones, like Acer's Liquid and the rumored HTC Dragon. However it is worth pointing out that the Xperia Z Ultra is thinner (6.5mm) and lighter (212g) than the One Max. To unlock the device from sleep, you would still need to hit the power button the sides before swiping your finger at the back.
Surprisingly even its earlier HTC Butterfly S runs on a faster 1.9GHz Snapdragon 600 processor. If the HTC One Max gets priced at RM2,399, would you choose it over the Galaxy Note 3 or Xperia Z1?
This isn’t a big deal since U Mobile is the only one that commercially supports HSPA+.
In terms of weight, the RAZR is lighter than the Nexus at 127g but it is still heavier than Samsung Galaxy S II’s 116g weight.
To make it easier, we’ve come out with a simple spec by spec comparison of the top 6 Android smart phones which are priced between RM1899 and RM2299 outright without contract.
However for an additional RM100, the Motorola Atrix offers a much more generous display resolution, 1GB of RAM and a huge 1930mAh battery.

A new area for us to consider is the Universal Windows Platform, Continuum and large-screen phones.
Smartphones at this level could be interesting if they supported video output for Continuum-optimised Windows Store applications but they don’t. Both SATA and eMMC 4.5 storage types are supported making the choice of a laptop a little harder as performance can vary a lot. Integrated graphics support goes up to Intel Iris and there are models that support VPro for business applications. Intel’s mobile processor range is tailored to offer features that match the form-factors and scenarios above.
Designers can use these features to reduce performance (to save battery life and reduce heat) if needed. The audio signal processor seen in Core M and the Broadwell-U Core series is also included. The Samsung Moment on Sprint uses an undetermined Samsung SoC, while the Motorola Sholes is expected to use a TI OMAP SoC.
Wait two years and then you can use smaller transistors to build faster chips at the same cost (size) as before. ARM11 clock speeds are easily as high as Cortex A8 speeds are, so why bother with something faster that's not going to sell more handsets?
TI's ARM based SoCs are branded OMAP, while Qualcomm's custom Cortex A8-based SoC sounds slightly more tangible with its Snapdragon name. At the same time we'll see Cortex A8 SoCs moving to 45nm over the next 12 months and getting cheaper. In our review, the Xperia S performs admirably well despite being a dual-core processor and we appreciate the polished interface it has to offer. The 6 devices are HTC Sensation, Samsung Galaxy S II, Sony Ericsson Xperia arc, Motorola Atrix, HTC Incredible S and the LG Optimus 2X.
720p Miracast is the limit here which means that they’re of very little interest to us as ultramobile PCs. These 2 W SDP processors have CPU processing power in line with (clock-for-clock) the Z3000-series but the Gen 8 graphics is much improved.
Performance can vary wildly in this category too because even the high-end Core M processors can be affected by bad thermal design.
Note that the high-end Atom X7 CPU performance is no different to the high-end Z3795 which is not surprising as there were no major CPU architecture changes from 22nm Silvermont to 14nm Airmont. This comparison does not include Skylake Gen 9 GPU architecture which is expected to have significant performance advantages over Broadwell Gen 8 graphics. Comparing the battery capacity, the One Max tops the list with a larger 3,300mAh battery which is 100mAh more than the Galaxy Note 3. If you haven’t seen it yet, do check out our first hands-on impressions of the HTC One Max here.
Skylake is the latest brand name to hit the ultramobile PC space but where does it fit into the big mix of ultramobile processors that Intel has? HEVC decode support, WiGig support and up to 8GB of RAM is supported in some of the models.
Reading independent reviews and test results is the only way to know how a Core M-based product will  perform. Two weeks after this article is published (September 2015) the current Broadwell architecture will be old-generation as Skylake is launched but we have details on that already. Ultrabooks will be able to take advantage of DDR4 although the performance differences will be small.
Hardware supported 4K playback is available in Baytrail-T, X5 and X7 and all Core solutions but only at 60 fps. Core M is expected to transition from Broadwell architecture to Skylake architecture over the next 6 months but Intel hasn’t released official details yet. Read this article for some of the advanced features that will be available to the new Core M, i3, i5 and i7 processors. Below this point there are serious limits to how Windows can be used in terms of multitasking. Power usage and sizing advantages could help Ultrabook designs though.The mobile PC database contains all you need to find your perfect PC.
4K HEVC decode support is not available on the current Core M generation but is supported on some other platforms. That doesn’t change with Skylake although Skylake will support bigger resolutions over WiDi.
Sit back and enjoy a tour through the complete range of processor, graphics, media, storage and memory technology capabilities that are on offer to ultramobile PC manufacturers. We can assume that many of the features mentioned in this article will make it into Core M for 2016 including a Gen-9 GPU, HEVC encoding, an image signal processor, RealSense camera support and SpeedShift technology. This list of form-factors aligns with Intel mobile processors showing clearly that Atom X3 is for phones, that for small-screen tablets the Atom X5 and X7 should be used and if you’re going for a premium tablet then Core M is the processor to be used.
Note that Atom X3 does not have external display support so the advantages of Windows Continuum on the Universal Windows Platform are not possible. We should see the first launching at IFA in September with a larger range during Q4 and peaking for CES in January 2016. There are some performance overlaps, especially with Core M, but what’s not published here is the target retail price which also separates the processor product ranges.
The highlight could be a Surface Pro 4 launch which is sill unconfirmed but widely expected in October.
At that point we should see a flagship Skylake-based product and a good reference point for what will be possible during 2016.

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