The Best of Computex 2014

Computex 2014, was the scene of many new products of the giant Computex ... Thats the best of Computex!

Computex Taipei, was one of the year's biggest technology trade show. Demonstrations which took place in Taiwan in the new notebooks, tablets, PCs and PC components, the first time we met with. This article describes the most prominent stars of our activities we would like to introduce to you.

America at CES (Consumer Electronics Show) Anyway, he can say at Computex in Taiwan easily. Computex each year, the largest manufacturer of exciting new hardware, the scene is getting interesting concept; subject to future technology also browse through the fair chance would have.

So what is going on in Taiwan this year? Computex 2014 most prominent products in our gallery we've put together for you.

1. Asus PA328Q 

32-inch PA328Q, showed itself for the first time at Computex 2014. UAI 3840 x 2160 resolution monitor, unlike its competitors 60 frames per second can be transferred via HDMI 2.0 port. 

Asus says that the monitor developed for professional use. According to the company monitors, will be released in the fourth quarter of 2014. 

Released: 2014's fourth quarter

2. Corsair Voyager 2 

Written with an entirely new Corsair Voyager 2 external drives to the LAN or can be integrated into your network via USB or Wi-Fi access point their device for creating music and video content can provide. 

Price: 180 euros (1TB) 

Release date: June 2014 End

3. Aorus X3 / X3 Plus

Games with notebooks that name Aorus, two compact models unveiled at Computex. Aorus them X3 13.3-inch, 2560x1440 resolution for a gaming laptop. If X3 Plus is able to offer a very high resolution as 3200x1800.

 

Both devices Intel Core i7-4719HQ (2.5 GHz) is used. 8 or 16GB of DDR3 RAM, GeForce GTX 870m with equipment such as notebooks, 256 or 512GB SSD are offered with M.2. 

Price: starts from $ 2000 

Released: Probably the third quarter of 2014

4. Asus MemoPad 7/8 

MemoPad new versions 7 and 8, appeared at Computex. Both tablets with 64-bit support Intel Atom processor, while the MemoPad 8, an AC adapter and a wireless module with LTE. 8-inch model's IPS panel offers a resolution of 1920x1200 pixels and is protected by Gorilla Glass 3. 

Price: Unknown 

Release date: mid of june 2014

5.Asus Fonepad 8 

Asus, as well as a Fonepad two new MemoPad showed the 8-inch model. Fonepad 8 eponymous device, again 64-bit Intel Atom Z3560 (1.8GHz) processor is coming. Tablet with a resolution of 1280x800 pixels, 3G module also allows thanks to a phone call. The device has dual SIM slots. 

Price and release date: Unknown

6. HP Pavilion x360 

13.3-inch Pavilion this revised model x360 touch screen, can be folded completely. x360 or as a tablet to be able to use a regular notebook. 

x360, hardware and Intel Core i3, AMD A8 APU offers you the choice. 

Price: starting from 630 euro 

Release date: July 9, 2014

7. HP Slate Book 

HP, the familiar notebook series next update, the Android operating system, the notebook is also preparing to launch. Slate Book, 14 inch screen, and Android 4.3 with Tegra chipset with 4 employees notebook. More than that, is not known. 

Price: starts from $ 400 

Released: July 2014 in the United States

8. Acer Liquid Jade 

Liquid Jade, Acer's new smart mobile of himself. 5-inch HD screen with Android 4.4 phone line, 14-megapixel camera comes. The device's processor and 1GB of RAM, quad-core SoC's on MediaTek. 

Released: Probably August 2014

9. Acer Leap 

Acer Leap with a fitness band, will be released in conjunction with Liquid Jade. Smart cebizi with synchronized via bluetooth band, narrow screen can show all kinds of information. 

Price: Probably will not be sold separately 

Released: Probably the third quarter of 2014

10. Asus Ares III 

Asus, the Asus Ares III again with the world's fastest graphics card was able to produce. Couples hosting Hawaii XT graphics card on the core, 8GB of GDDR5 memory and developed exclusively by EK Water Blocks cooling system with water. 

Asus plans to produce only 500 Ares III. 

Price: Probably around $ 1500

11. DDR4 RAM Adata XPG-Z1 

Computex, was the scene of the first DDR4 memory. The new memory module, X99 chipset (Haswell-E) can be used in anaktart. An exact date for the next Extreme processor is not yet determined. 

Released: 2014

12. Intel Devil's Canyon 

Intel at Computex next to the new Haswell has already introduced two new processors. Core i7-4790 and Core i5-4690, with open multiplier and the overclocking enthusiasts are targeting these properties. Both processors will be released in June. 

Price: $ 250 (Core i5-4690), $ 350 (Core i7-4790) 

Released: Probably the middle of June 2014

13.Asus Transformer Book V 

5-in-1 concept is very interesting, the Asus Transformer Book V, being a Windows notebooks and tablets, as well as Great Android can also assume a laptop and notebook. It does not stop there, thanks to smart mobile accessories mobile also offers you a Great Android. When you insert the phone into the back of the tablet, the screen is projected on the screen of the tablet. Dock, up to 1TB storage unit can contain. 

12.5 inch Intel Core processor inside the device, has 4GB of RAM and a 128GB SSD. 5-inch smart mobile working with Intel processor and 2GB of RAM, 64GB of internal storage space, comes with Android 4.4 operating system.

14. Asus RT-AC3200 

Asus has shown at Computex Asus RT-AC3200 new router, a full six antennas and three antenna module (Tri-Band) are coming up with. According to Asus router, 3.200 megabits per second of data transfer can do so. 

Release date and price: Unknown

World Cup Official Phone Xperia Z2!

Acer Haswell Ultrabook Review

In fact, Intel's Haswell processor devices, thought to be a little late in publishing. To me, the reason for this series of Haswell prices, subject to the specifications provided makes the price is reasonable. Intel's new processor lineup, the four basic models. One of them Haswell Ultrabook Acer. TDP 'lerdekine is thought to be more successful in this regard than the Intel. Haswell is expected to be the best in the series as the speed.
Hissettirmezken very different from desktop computers Haswell processors, portable computers are visibly able to save the battery. Will be addressed with different characteristics, S4 sleep, waking up every 3 seconds.



7 days remain constant. 9 hours of battery life on a portable computer offers a groundbreaking technology. Up to 6 hours of HD video surveillance, while the anti-virus programs are coming. 2x2 802.11n connectivity features and Intel WiDi support as they come. Volume control, finesse touch screen 23mm 14 "screen and 16 GB of internal memory is among other features.

As you know, playing the biggest role in Haswell battery. 3h computer batteries come from about 9 hours can be seen as an important development.

Core i7-4770K: Haswell's Performance, Previewed

Table of contents

A recent trip got us access to an early sample of Intel’s upcoming Core i7-4770K. We compare its performance to Ivy Bridge- and Sandy Bridge-based processors, so you have some idea what to expect when Intel officially introduces its Haswell architecture.
We recently got our hands on a Core i7-4770K, based on Intel's Haswell micro-architecture. It’s not final silicon, but compared to earlier steppings (and earlier drivers), we’re comfortable enough about the way this chip performs to preview it against the Ivy and Sandy Bridge designs.
Presentations at last year's Developer Forum in San Francisco taught us as much as there is to know about the Haswell architecture itself. But as we get closer to the official launch, more details become known about how Haswell will materialize into actual products. Fortunately for us, some of the first CPUs based on Intel's newest design will be aimed at enthusiasts.


According to Intel’s current plans, you’ll find dual- and quad-core LGA 1150 models with the GT2 graphics configuration sporting 20 execution units. There will also be dual- and quad-core socketed rPGA-based models for the mobile space, featuring the same graphics setup. Everything in the table above is LGA 1150, though. All of those models share support for two channels of DDR3-1600 at 1.5 V and 800 MHz minimum core frequencies. They also share a 16-lane PCI Express 3.0 controller, AVX2 support, and AES-NI support. Interestingly, four of the listed models do not support Intel's new Transactional Synchronization Extensions (TSX). We're not sure why Intel would want to differentiate its products with a feature intended to handle locking more efficiently, but that appears to be what it's doing.
The much-anticipated GT3 graphics engine, with 40 EUs, is limited to BGA-based applications, meaning it won’t be upgradeable. Intel will have quad-core with GT3, quad-core with GT2, and dual-core with GT2 versions in ball grid array packaging. GT3 will also make an appearance in a BGA-based multi-chip package that includes a Lynx Point chipset. That’ll be a dual-core part, though.
In addition to the processors Intel plans to launch here in a few months, we’ll also be introduced to the 8-series Platform Controller Hubs, currently code-named Lynx Point. The most feature-complete version of Lynx Point will incorporate six SATA 6Gb/s ports, 14 total USB ports (six of which are USB 3.0), eight lanes of second-gen PCIe, and VGA output.
Eight-series chipsets are going to be physically smaller than their predecessors (23x22 millimeters on the desktop, rather than 27x27) with lower pin-counts. This is largely attributable to more capabilities integrated on the CPU itself. Previously, eight Flexible Display Interface lanes connected the processor and PCH. Although the processor die hosted an embedded DisplayPort controller, the VGA, LVDS, digital display interfaces, and audio were all down on the chipset. Now, the three digital ports are up in the processor, along with the audio and embedded DisplayPort. LVDS is gone altogether, as are six of the FDI lanes.

Results: Sandra 2013

Although Dhrystone isn’t necessarily applicable to real-world performance, a lack of software already-optimized for AVX2 means we need to go to SiSoftware’s diagnostic for an idea of how Haswell’s support for the instruction set might affect general integer performance in properly-optimized software.
The Whetstone module employs SSE3, so Haswell’s improvements over Ivy Bridge are far more incremental. 

Sandra’s Multimedia benchmark generates a 640x480 image of the Mandelbrot Set fractal using 255 iterations for each pixel, representing vectorised code that runs as close to perfectly parallel as possible.
The integer test employs the AVX2 instruction set on Intel’s Haswell-based Core i7-4770K, while the Ivy and Sandy Bridge-based processors are limited to AVX support. As you see in the red bar, the task is finished much faster on Haswell. It’s close, but not quite 2x.
Floating-point performance also enjoys a significant speed-up from Intel’s first implementation of FMA3 (AMD’s Bulldozer design supports FMA4, while Piledriver supports both the three- and four-operand versions). The Ivy and Sandy Bridge-based processors utilize AVX-optimized code paths, falling quite a bit behind at the same clock rate.
Why do doubles seem to speed up so much more than floats on Haswell? The code path for FMA3 is actually latency-bound. If we were to turn off FMA3 support altogether in Sandra’s options and used AVX, the scaling proves similar.

All three of these chips feature AES-NI support, and we know from past reviews that because Sandra runs entirely in hardware, our platforms are processing instructions as fast as they’re sent from memory. The Core i7-4770K’s slight disadvantage in our AES256 test is indicative of slightly less throughput—something I’m comfortable chalking up to the early status of our test system.
Meanwhile, SHA2-256 performance is all about each core’s compute performance. So, the IPC improvements that go into Haswell help propel it ahead of Ivy Bridge, which is in turn faster than Sandy Bridge.

The memory bandwidth module confirms our findings in the Cryptography benchmark. All three platforms are running 1,600 MT/s data rates; the Haswell-based machine just looks like it needs a little tuning.

We already know that Intel optimized Haswell’s memory hierarchy for performance, based on information discussed at last year’s IDF. As expected, Sandra’s cache bandwidth test shows an almost-doubling of performance from the 32 KB L1 data cache.
Gains from the L2 cache are actually a lot lower than we’d expect though; we thought that number would be close to 2x as well, given 64 bytes/cycle throughput (theoretically, the L2 should be capable of more than 900 GB/s). The L3 cache actually drops back a bit, which could be related to its separate clock domain.
It still isn’t clear whether something’s up with our engineering sample CPU, or if there’s still work to be done on the testing side. Either way, this is a pre-production chip, so we aren’t jumping to any conclusions.

Results: OpenCL Performance

12:00 AM - March 18, 2013 by Chris Angelini

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Intel enabled OpenCL 1.1 support on its Ivy Bridge-based processors with HD Graphics 4000 and 2500, giving developers an option to exploit the graphics component’s execution units for general-purpose workloads. Popular desktop applications like WinZip and Photoshop now offer sometimes-substantial performance gains on platforms able to more granularly parallelize workloads that would have previously been handled by fewer processing cores. With Haswell, support is being expanded to OpenCL 1.2.

Our Photoshop CS6 benchmark is most effective at showing the difference between processors that lack OpenCL support and those with it. The Core i7-2700K tackles this workload using its four Hyper-Threaded cores, while the -3770K and -4770K get their HD Graphics components involved.
The Haswell-based Core i7-4770K is slightly faster than its predecessor, likely due to a combination of additional EUs, more bandwidth, and higher IPC.

We run our WinZip test with and without OpenCL enabled on all processors, and you can clearly see there isn’t as much differentiation as there was in Photoshop. The explanation is easy enough, though. WinZip 17 is really well-threaded (much more so than 16.5 was). So, the CPU cores are taxed, even without OpenCL support. With OpenCL turned on, WinZip only offloads compression for files larger than 8 MB. So, if our 1.3 GB folder of files is full of documents, PowerPoint presentations, PDFs, and music (which it is), acceleration isn’t going to help much.
We do observe small speed-ups from the Core i7-4770K and -3770K, whereas the -2700K actually slows down when we try turning OpenCL on. The moral of the story? OpenCL is only going to register as a benefit insofar as the tasks you run are well-suited to heterogeneous computing. The Photoshop benchmark represents one end of that spectrum, and our WinZip test illustrates the other.

LuxMark 2.0 quantifies the speed-up from HD Graphics 4000 to 4600, simultaneously reminding us that the Core i7-2700K, for as capable as it is, doesn’t help in OpenCL-enabled software. As a side note, AMD's A10-5800K registered 225,000 samples per second, less than the Core i7-3770K.

Now, with that said, is OpenCL always going to be the performance win that each of our tests seems to show? Not necessarily. As we see in Sandra 2013’s GP Processing module, FP32 math is significantly faster on Intel’s HD Graphics engine than its x86 cores. However, doubles have to be emulated on all three processors, and the Sandy Bridge-based Core i7-2700K turns in better results there. It turns out that Intel’s powerful x86 cores emulate those results faster than Ivy Bridge or Haswell can on the GPU.
 

Results: Performance Teaser, Per-Clock Perf And Threaded Apps

Per-Clock Performance

First, let's take a look at how Haswell fares against Ivy and Sandy Bridge at a constant 3.5 GHz, with power-saving features and Turbo Boost disabled.

At least in our single-threaded LAME conversion test, Haswell is just over 3% faster than Ivy Bridge and over 5% faster than Sandy Bridge.

Threaded Performance

How about when we turn on all of the chip’s features, and let the Core i7-4770K stand up against Ivy Bridge, Sandy Bridge, and Sandy Bridge-E?

In Blender 2.64, the quad-core Haswell-based part is more than 7% quicker than Core i7-3770K and 14% faster than Core i7-2700K. At the same time, a stock Core i7-3970X is still more than 23% faster than Core i7-4770K. If you were hoping that Haswell would offer an inexpensive quad-core substitute for what will be the two-generation-old Sandy Bridge-E architecture, it’d appear that the six-core design will continue to make sense for anyone with a true workstation.

Our Visual Studio-based Chrome compile benchmark would seem to concur. Think the -3770K and -2700K seem too close together? That’s what I thought at first, until I looked back to this image from our Core i7-3770K launch and saw the same thing. In comparison, Haswell has a huge impact in performance, pretty much cutting the gap between Sandy Bridge and Sandy Bridge-E in half. The six-core chip still reigns supreme in workstation-oriented tasks, but the Core i7-4770K’s >13% advantage over -3770K is stellar.

Results: More Common Desktop Apps

The Core i7-4770K plants itself right between Intel's four-core Core i7-3770K and six-core -3970X.

More aggressive threading places Haswell ahead of Ivy Bridge in this OCR-based test, but quite a ways behind the flagship CPU representing Sandy Bridge-E.

Like LAME on the previous page, our iTunes benchmark is single-threaded. In this test, however, we're leaving Turbo Boost enabled. Higher IPC throughput pushes Core i7-4770K into a lead. The Sandy Bridge-E-based Core i7-3970X doesn't benefit from its six cores, and slides back to third place. It's only faster than the Core i7-2700K because of a higher single-core Turbo Boost frequency.

Haswell is certainly faster than Ivy and Sandy Bridge, but our Core i7-4770K cannot catch the Core i7-3970X in a benchmark able to utilize all processing resources.

Again, Core i7-3970X proves the viability of an older Sandy Bridge-E configuration in threaded software. The more mainstream processors trail behind.
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Best Graphics Cards For The Money: February 2013

In the last month, we've seen a couple of Tahiti-based Radeon HD 7870 LE cards that now pique our interest and earn a recommendation at $240. Additionally, we have information about the recently-announced GeForce GTX Titan card and its performance.
Detailed graphics card specifications and reviews are great—that is, if you have the time to do the research. But at the end of the day, what a gamer needs is the best graphics card within a certain budget.
So, if you don’t have the time to research the benchmarks, or if you don’t feel confident enough in your ability to pick the right card, then fear not. We at Tom’s Hardware have come to your aid with a simple list of the best gaming cards offered for the money.

February Updates:

As of this very moment, Nvidia's GeForce GTX Titan still isn't something you can buy, even if the card's details and performance characteristics are well-enough known. According to the company, though, availability should pick up sometime next week. Most of the rumors about the thing proved true, though. It centers on a GK110 graphics processor with 2,688 CUDA cores, it employs a 384-bit memory bus, and includes a massive 6 GB of GDDR5 memory. The card is naturally a speed demon, though it has the price tag to match. Although it ascends the throne as the fastest single-GPU board we've ever tested, clearly, this board is only right for a select few.
If you count yourself among those lucky enough to have the money for one Titan card, consider a GeForce GTX 690 instead. Its dual GK104 graphics processors are faster, at the end of the day. The only time we'd recommend otherwise would be if you're working within the confines of a small machine unable to accommodate the 690's length: a Tiki, a Bolt, a Revolt, or something else along those lines. However, if you're willing to spend big on three Titans, well, there's nothing else out there capable of matching such a configuration's performance.
The other card we started seeing in the last month centers on AMD's Tahiti GPU, and our opinion of it showed up in Tahiti LE, Tested: PowerColor's HD7870 PCS+ Myst Edition. That's right, PowerColor is using its highest-end GPU (albeit cut back quite a bit) in a product bearing the Radeon HD 7870 designation. Equipped with 1,536 shaders operating at a 925 MHz base clock and accelerating to 975 MHz under the right conditions, this thing proved enough of a value to earn a Smart Buy award in our review. The PowerColor board sells for $240, so, we have no reason to continue recommending the Pitcairn-based Radeon HD 7870 at $230.
In other AMD-related news, the vanilla Radeon HD 7970 dropped to $385, while GHz Edition boards still go for $430 or so. This gives us even more reason to recommend the older version of the card over its boost-enabled successor. That lower price also makes it look a little better next to the $370 GeForce GTX 670. It's also worth mentioning that the Radeon HD 6870 and 6850 are pretty much gone now, so there's a sizable void between the $120 Radeon HD 7770 and $175 Radeon HD 7850 1 GB.
Prices on Nvidia's cards remain fairly stable. However, we did notice that the GeForce GTX 570 is no longer available on Newegg, and the GeForce GTX 550 Ti is represented only by a single model.

Some Notes About Our Recommendations

A few simple guidelines to keep in mind when reading this list:

• This list is for gamers who want to get the most for their money. If you don’t play games, then the cards on this list are more expensive than what you really need. We've added a reference page at the end of the column covering integrated graphics processors, which is likely more apropos.
• The criteria to get on this list are strictly price/performance. We acknowledge that recommendations for multiple video cards, such as two Radeon cards in CrossFire mode or two GeForce cards in SLI, typically require a motherboard that supports CrossFire or SLI and a chassis with more space to install multiple graphics cards. They also require a beefier power supply compared to what a single card needs, and will almost certainly produce more heat than a single card. Keep these factors in mind when making your purchasing decision. In most cases, if we have recommended a multiple-card solution, we try to recommend a single-card honorable mention at a comparable price point for those who find multi-card setups undesirable.
• Prices and availability change on a daily basis. We can’t base our decisions on always-changing pricing information, but we can list some good cards that you probably won’t regret buying at the price ranges we suggest, along with real-time prices from our PriceGrabber engine, for your reference.
• The list is based on some of the best U.S. prices from online retailers. In other countries or at retail stores, your mileage will most certainly vary.
• These are new card prices. No used or open-box cards are in the list; they might represent a good deal, but it’s outside the scope of what we’re trying to do.

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Intel's 'Haswell' Desktop Processors Detailed for Spring 2013 Launch

VR-Zone shares (via Engadget) what is claimed to be a leaked list of Intel's first wave of "Haswell" desktop processors. The 14 new chips are expected to debut in the spring of 2013 and will build new architecture on top of the 22-nanometer process used in the current Ivy Bridge chips.

  Haswell will bring a number of enhancements to Intel's chip lineup, including faster performance and significant integrated graphics improvements delivered by the new Intel HD 4600 graphics package.

The Haswell desktop chips are likely to only make their way into Apple's iMac family, as the Mac mini uses mobile chips while the Mac Pro takes advantage of Xeon-branded server chips. Still, progress on Haswell sets the stage for further improvements to Apple's just-redesigned flagship desktop Mac, and mobile chips that will power most of the rest of Apple's Mac lineup should follow relatively soon after.

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Intel release Haswell processor in 2013

Haswell processor

Recently, Intel announced its latest generation processor with code named Haswell. This generation processor scheduled for release in 2013 is based on the Intel Ivy Bridge.

According to a report obtained earlier, Intel will release the Haswell processor chip gradually. The first chip comes with a part of product line Core i7 and Core i5. This Haswell processors using 22 nanometer process technology that is rumored to launch in March 2013.

Not only the Core i7 and Core i5, for a low-end, Intel will launch Core i3 is expected to glide to the end of next year. Haswell processor is claimed by Intel as a processor with a new architecture using 22 nanometer manufacturing process technology.

Intel also plans to divide products into two distinct groups. The first group will include support for the processor device for Desktop and Notebook while the second group will be specified to support the ultrabook.

For the Desktop Central Processing Unit, the processor will feature two of the four core processes with the Thermal Design Power (TDP) of 35, 45, 65 and 95 watts, and also features dual-channel memory controller and the GT2 or GT1 DDR3/DDR3L the integrated graphics core.

In addition, Haswell processors will also support DirectX 11.1 application programming interface (API), as well as an increase in the series and AVX2 Inter Process Communication (IPC) to supplement the single thread performance on the computer

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IBM rolls out mobile-computing program for businesses

IBM, seeking to capitalize on the shift to mobile computing, Thursday unveiled a broad new "MobileFirst" initiative to sell businesses tools to create apps, analyze data, provide security and manage devices.
The program, based on 10 mobile-related acquisitions in the last four years and a broad portfolio of patents in wireless technology, is designed to provide companies with an end-to-end integrated solution for mobile business, the company said.
At a forum in Japan in October, IBM chief executive Ginni Rometty noted the ubiquity and power of mobile computing by recounting a wedding she had attended."The groom showed me his smartphone to show me how many wedding gifts were coming in from his friends," she said. "No bother with a gift card or a gift wrapped up."
Robert LeBlanc, senior vice president, middleware software at IBM, said in a news release that the business world is playing catchup in mobile computing.
"To date, mobile computing has been dominated by discussions of new smartphones, operating systems, games and apps," he said. "But enterprises have yet to tap into the potential of mobile business. Just as the Internet transformed the way we bank, book vacations and manage our health care, mobile computing is also transforming industries."


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The World's Fastest Processor

The World's Fastest Processor

The Fastest Processor Determined

If you ask or say to whom the problem or AMD CPU processors from AMD and Intel İntel.En good condition hiçde düşünürüz.Ancak so by the launch of Intel nor AMD değil.Çünkü What is the world's fastest processor ...
Çıktı.Dünyanın Hot Chips conference in the world's fastest processor, the fastest processor in the world's most expensive processor olartakda geçti.Hot records Chips 2010 conference held in Ameraikada and fastest micro-processor IBM z196 processor has been recorded as duyuruldu.Bu here.
The World's Fastest Processor
Developed by IBM z196 processor clocked the highest ever advertised.
IBM Z196'nın Speed ​​and Price
IBM z196 processor 5.2 GHz standard clock speed and power in the company's own Z-series computers verecek.IBM z196 processor Z-series sales will begin in September, and prices have not been announced as the final $ 1 million is considered to be close to.
Z196 processor manufactured on 45 nm process in the alıyor.IBM 1.4 billion transistors and 4.4 GHz POWER6 previously Z10 with 4.7 GHz, respectively, kept in the hands of the first title.


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