Category Archives: Hardware

Radeon HD 8970M Mobile Graphics Chip Fastest Claimed

Radeon HD 8970M Mobile Graphics Chip Fastest Claimed

Jakarta – Radeon HD8000 officially announced, but not for the desktop computer but notebook users. It was not just one variant, there are some models that are ready to fill the mainstream segment, performance, and enthusiast.

In the mainstream segment, AMD Radeon HD 8500M prepare and HD 8600M. Entrusted to fill class performance on the Radeon HD 8700M and HD 8800M. While the top-class enthusiast who inhabited occupied by the Radeon HD 8970M.

Interestingly, AMD Radeon HD 8970M claimed as the fastest mobile graphics chips today. The claim was based on the known specs diusungnya rely kecepetan clock 850 MHz (900 MHz when turbo mode is active), 1280 stream processors and RAM speed of 1.2 GHz.

This specification combinations touted able to achieve a score of 2304 GFLOPS performance on a single computational precision. While achievement in computing by 144 GFLOPS double precision.

While the first notebook product will apply, as quoted from MaximumPC, Wednesday (15/05/2013), is MSI GX70 which is present as a gaming notebook. To prove his supposedly MSI also bundled game Crysis 3 in the product.

Long life, no cooling fans: Intel’s 4.5W Core processors could blur the PC/tablet line

Long life, no cooling fans: Intel’s 4.5W Core processors could blur the PC/tablet line

Windows tablets hold within them an implicit promise: To deliver the full Windows 8 experience in a svelte tablet form factor.

Unfortunately, the ambitions of Microsoft and its partners have thus far exceeded reality, largely due to processor power issues. Even the lowest of low-wattage Ultrabook chips simply sip too much juice, forcing manufacturers to house their hybrids in cases full of fans—a compromise that has left Windows tablets and convertibles thicker and louder than the ARM-based tablet competition.

No more. Intel announced Tuesday that new Core Y-series Haswell processors capable of fitting in thin, completely fanless designs are inbound “in the coming months.”

While Intel had previously announced its Core Y-series chips would run at a scenario design point—basically, an Intel metric for the power draw during sustained workloads—of 6 watts, the newly announced processors will dip all the way down to 4.5W SDP. (6W variants will also be available.) That 1.5-watt difference between the two is the difference between needing additional cooling and a potentially fanless design, according to Intel

Tablets and hybrid PCs with the 4.5-watt Core chips will offer more than nine hours of battery life on active usage, Intel spokesman Dan Snyder said via email.

Don’t expect to see crazy performance from such low-powered Haswell processors, however.

While the new chips will be able to boost to higher performance for short periods thanks to their 11-watt thermal design power rating—a “worst-case” power metric that measures the maximum energy used during heavy workloads—a large part of Intel’s ability to bring the cooling and power requirements down so far lies in underclocking the processor. Sustained boosting above 4.5W would strain the cooling capabilities of a fanless chassis.

Even still, a low-powered Haswell processor will blow the pants off both ARM chips andIntel’s own Atom CPUs, performance-wise, bringing true Ultrabook-like chops to a truly tablet-style design.

“I think there is a real market need for a fanless tablet or 2-in-1 with PC-level performance,” says Patrick Moorhead, president and principal analyst at Moor Insights and Strategy. “This is exactly where Intel’s new 4.5-watt [chip] comes into play… Even though the 4.5-watt Haswell will be clocked lower than the 6-watt version announced at Computex, it will have significantly higher performance than Bay Trail.”

While Moorhead expects production of low-watt chips to ramp up sometime in 2014, Intel says the first round of energy-sipping Y-series processors will be produced in limited quantities. It’d be a shock if those chips failed to show up in a Haswell refresh of Microsoft’s Surface Pro tablet.

IDF San Francisco 2013: Intel to unveil new product optimizations

IDF San Francisco 2013: Intel to unveil new product optimizations

Intel is set to host Intel Developer Forum (IDF) 2013 in San Francisco, the US from September 10-12 to further discuss its 2-in-1 device plans as well as its latest progress in Android smartphone and tablet development, according to sources from the upstream supply chain.

With new CEO Brian Krzanich and president Renee James coming on-board to adjust Intel’s business strategy, the sources believe the CPU giant is likely to unveil new optimizations for products as well as several interactive technologies such as voice recognition and gesture control at the forum.

Intel may also unveil product designs for its new quad-core SoC Bay Trail-T, which is set to be launched in December, at the forum and prepare related marketing projects.

Intel is expected to showcase smartphones developed with Lenovo, ZTE, Acer and Asustek Computer and may even display its 22nm Merrifield-based smartphones, which are set to be released in the first half of 2014, the sources said.

Since wearable devices have become a focus of IT players, Intel may also announce plans for related developments.

How Apollo 11′s 1.024MHz guidance computer did a lot with very little

How Apollo 11′s 1.024MHz guidance computer did a lot with very little

 

early 44 years ago computer hardware was in an entirely different place than it is now. The levels of performance don’t even fit on the same scale. The anniversary of the Apollo 11moon landing is upon us, and those brave space pioneers got by without a 3GHz multi-core CPU. The guidance computer used on the Apollo 11 mission ran at only 1.024 MHz.

The moon landing was the height of technological achievement at the time, and some of the rocket technology is still relevant today. That computer, though, has been left in the dust. In fact, it was well and truly obsolete a few years after the landing.

The Intel 8086 came about roughly ten years after the Apollo landing, marking the beginning of x86. Apollo 11’s computer had 4 registers — essentially slots for holding numeric values. The 8086 boosted that to eight 16-bit registers.

The IBM PC XT ran the next version of that chip, the famous 8088. This computer ran at 4.077MHz, which sounds incredibly slow by today’s standards, but is still four times faster than the Apollo 11computer. The XT also packed in eight times the memory used on Apollo 11.

The Apollo 11 guidance computer actually had some impressive software features for a system that didn’t even run a graphical interface. It could multitask up to 8 different operations, but it didn’t work the way we think of multitasking. Today’s operations use preemptive multitasking that allows the OS to distribute computing resources as needed. On Apollo 11, programs were in charge and had to give control back to the OS periodically. A kind of virtual machine was used to allow developers to mix hardware-level instructions with virtual machine commands within the same assembler code.

Inputting commands required translating the English words into “verb noun pairs,” which could be input as numbers. There was a handy sign in the cabin as a reminder. To top it all off, none of the computer’s systems were software upgradeable. All the code was stored in read-only memory. Several years after Apollo 11, Apollo 14 was forced to manually input the code to patch a system malfunction — it took 90 minutes just to type it in.

Maybe your computer is a little sluggish, and your smartphone is a couple years old, but you have it better than those astronauts

Data Management Android WiFi File Transfer

Data Management Android WiFi File Transfer

Cruising Through the Content Browser Using Wireless Smartphone

Transfer content from your PC to the Android-based smartphone is easy. Several methods can be used for it. You have a choice of using a regular cable connection represented USB port or wireless connection represented by bluetooth and WiFi. If you have a router that is connected to the PC and smartphone in one network, it can use wireless connections to share data without bothered by wires.

d4-436-wifiWiFi File File Transfer offers ease of operation. You pass enough alone installation on a smartphone. When run, the application will detect your internet protocol (IP) on the computer and then instantly displays the IP address of the smartphone. Later on smartphone app will display an IP address that is automatically configured. To connect the smartphone to the computer, you just enter the IP address displayed on the smartphone via the browser and automatically you can directly access the entire contents of the smartphone via browser.

Automated storage media on a smartphone will instantly appear in the browser like a file manager in Windows. You stay down all the existing content on the memory card and can perform various commands such as download, delete, copy, or rename. You can also combine all or part of existing content by performing compression in a ZIP format and make the content. The application also displays a special shortcut to a content-based image file directory with the name of the Media Gallery.

Maxthon Partners with AMD to Offer Web Browser Optimized for Next Generation APU Chips

Maxthon Partners with AMD to Offer Web Browser Optimized for Next Generation APU Chips

Maxthon, a cloud-based browser, today released a new version of its Windows browser that uses a revolutionary new microprocessor from Advanced Micro Devices (AMD), significantly reducing power consumption while offering superior video performance. AMD’s new Accelerated Processing Unit (APU) leverages new technology to make transactions between the graphics processing unit (GPU) and the central processing unit (CPU) faster and more energy-efficient than ever before.

“New chip architecture like AMD’s APU product is a clear signpost to where we believe the Web technology is heading: more happening in the chip and the browser serving as more of an open standards operating system,” said Jeff Chen, founder and CEO of Maxthon. “We’re proud to collaborate with AMD on such an exciting step forward.”

The GPU handles the processing of rich media including graphics and video, while the CPU manages the heavy lifting of analytical and logic-based functions. Until now, communicating across these two units has depended on a serial data connection that processes millions of functions per second, often resulting in a sluggish and power-consuming Web experience.

The partnership allows Maxthon to optimize the Windows browser for lightning-quick interaction between the APU to speed up video and graphics rendering, particularly using HTML5 standards for which Maxthon is the global leader in support. Among other things, the Maxthon Cloud browser is using OpenCL for lightning quick HTML5 video post processing to offer richer, faster video.

“In the near future what we now know as TV will be mediated through a Web browser optimized for innovative technology like AMD’s APU processors,” said Karl Mattson, vice president of Maxthon International. “Among other things, that means the electronic ‘hearth’ of the TV in the family room will be freed to be available to any device connected to the Web running a browser like Maxthon.”

About Maxthon

Maxthon is an innovative software company that develops superior Web browsers that continue to set new standards for speed, security, simplicity and cloud features. It is available on the Windows, Android, iOS and Mac platforms. With offices in San Francisco, Los Angeles, Beijing, Shanghai and Hong Kong, Maxthon reaches a global community of users that tops more than 120,000,000 people each month in more than 150 countries.

Leap Motion Controller, Great Hardware in Search of Great Software

Leap Motion Controller, Great Hardware in Search of Great Software

By now, we all know what the future will be like; movies and TV shows have described it in detail. We know about the flying cars (thank you, “Blade Runner”), holograms (thank you, “Star Trek”) and robot butlers (thank you, “Jetsons”).

The Leap Motion Controller is a solution in search of a problem: its hardware is simple, but it needs a killer app.

So when will we really get those technologies? Probably on the 11th of “Don’t hold your breath.”

There is, however, one exception. As of this week, you can buy your own little piece of “Minority Report” and “Iron Man”: controlling your computer by making hand motions in the air.

The Internet has been buzzing about the much-delayed Leap Motion Controller ($80) since its first public demonstrations over a year ago. Imagine controlling on-screen objects just by reaching into empty space, just like Tom Cruise! Imagine gesture recognition just like Microsoft’s Kinect game controller, but on a much smaller, more precise scale! Imagine the future, plugged into a USB jack on the Mac or Windows PC you own today!

The Leap Motion sensor is beautiful, tiny and self-contained. If Wrigley’s ever comes out with a Juicy Fruit Designer Pack, it might look like this: a sleek, glass-and-aluminum slab (1.2 by 3 by 0.5 inches), with nonskid rubber on the bottom. A single USB cable (both a long one and a short one come in the box) stretches away to your computer; a light comes on when it’s working.

(Please note that Leap Motion has nothing to do with Leap Pad, the children’s toy. That gadget is educational in a completely different way.)

If you have a desktop computer, you put the sensor between your screen and keyboard. If it’s a laptop, you park it on the desk just in front of the keyboard. Soon, Leap says, you’ll be able to buy a PC from H.P. or Asus that has the sensor built right in.You download the Leap software, and presto: a somewhat buggy tutorial instructs you to insert your hands into the space — an invisible two-foot cube — that’s monitored by the Leap’s cameras and infrared sensors.

This device is like the Kinect in that it recognizes body parts in space. But not only is the Leap far smaller and less expensive, it’s also far more precise. According to the company, it can detect the precise positions of all 10 of your fingers simultaneously, with a spatial accuracy to a 100th of a millimeter — 200 times as accurate as the Kinect.

And remember, the Leap adds gesture recognition not to your TV, but to your computer. A machine that can run millions of different programs for all different purposes. Games, sure, but also office work. Creative work. Communication. Entertainment. Surely this little wonder is a very big deal.

Unfortunately, it’s not. The Leap’s hardware may be simple, attractive and coherent — but its software is scattershot, inconsistent and frustrating.

The first crushing disappointment is that no software recognizes your hand motions unless it’s been specially written, or adapted, for use by the Leap.

There are 75 such apps already on the Leap’s app store, Airspace; some are free, some cost a few dollars. Not all work on both Mac and Windows.

Most are games. In the best of them, you control the action in 3-D space, just as with the Kinect but without having to stand up. For example, Boom Ball ($5) is the classic Breakout game, where you try to knock out bricks by bouncing a ball against them — but your paddle is attached to your finger in vertical space.

In Disney’s clever Sugar Rush ($2), a spin off from the “Wreck-It Ralph” movie, you bake yourself a racing car shaped like a wedge of cake, and then steer it by holding both sides of an invisible steering wheel. When you play Dropchord ($3), you hold two index fingers out in space; you’re defining a line between them that you use to slice dots and avoid X’s. Cut the Rope is here, too (free).

There are some interesting music-making programs, which makes sense, since hand motions are generally associated with playing instruments. Air Harp ($1) is just what it sounds like. Chordion Conductor is a sweet-sounding arpeggiator (generates music from chords you select).

A few simple educational apps are available, like Molecules (rotate molecules on the screen; free), Cyber Science 3D (pull apart a skull; free) and Frog Dissection (you guessed it; $4).

Ultrabook Not Be Superhero?

Ultrabook Not Be Superhero?

Intel aggressively promote thin laptop “Ultrabook” which recently has begun equipped with a touch screen. Products “2-in-1 ‘was introduced, with various forms of” magic “that can be changed from laptop to tablet and vice versa.

But all of that as not enough to subvert the glory of Apple’s MacBook Air as the pioneer and the most sought after consumer thin laptops, at least for the U.S. market.

In Uncle Sam’s, as revealed by research agency NPD report cited by Cnet, controlled 56 percent of the MacBook Air slim laptop sales during the first five months of 2013.

The remaining 44 percent is divided between partners-manufacturers Intel Ultrabook.

The latest generation MacBook Air (model 2013) also received positive feedback thanks to the durability of the battery reaches a dozen hours and expected to help maintain the market dominance of these devices in a thin laptop.

It should be noted that the battery life of the MacBook Air in 2013 made ​​possible by the Core 4th Generation of Intel. Thus, the processor manufacturers also benefit from the success of the MacBook Air.

But stronghold Windows laptop was not keep silent. In last week’s Build conference, Microsoft CEO Steve Ballmer said that the hybrid device (2-in-1) with touch screen feature will eliminate the need to carry laptops and tablets separately.

On the other hand, Apple considers that the touchscreen is more suitable to be applied to the iPad than a laptop. Most consumers seem to agree.

Supermicro® 12x GPU FatTwin™ and Scalable High-Performance Server, Blade, Workstation and Storage Solutions at Siggraph 2013

Supermicro® 12x GPU FatTwin™ and Scalable High-Performance Server, Blade, Workstation and Storage Solutions at Siggraph 2013

Super Micro Computer, Inc. (SMCI), a global leader in high-performance, high-efficiency server, storage technology and green computing exhibits its lineup of systems optimized for computer graphics and interactive techniques at Siggraph 2013 in Anaheim, California this week. Server, blade, workstation and high-density storage solutions optimized for 3D, CG, VFX, render farm clusters, video wall control, VDI, CAD/CAM and advanced visualization applications will be highlighted at the show.

“Increased adoption of computer generated content and 3D visualization in media, entertainment and research fields is driving demand for higher performance computing and mass storage solutions,” said Charles Liang, President and CEO of Supermicro. “Our enterprise-class server, workstation and storage solutions support the widest range of graphics and simulation intensive applications with up to five GPUs in our SuperWorkstations, six GPUs in our 2U SuperServers, twelve GPUs in our FatTwin and twenty GPUs in our SuperBlade. With Supermicro’s 4U high-density, high-bandwidth 72 external hot-swap 3.5″ HDD storage server, instant access and high availability of even the largest files or data sets streamlines workflow and enhances productivity.”

Computing and Storage Solutions include:
SuperServers

  • SYS-F627G3-FT+ / G2-FT+ 4U FatTwin™ with 4x hot-plug nodes supporting 12x GPU or Intel® Xeon Phi™ Coprocessors (3x per node). Available with front I/O and 2x 3.5″ or 6x 2.5″ hot-swap HDD bays. Features 1620W redundant Platinum Level high-efficiency (94%+) power supplies.
  • SYS-2027GR-TRF 2U SuperServer® supporting 6x GPU or Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors (up to 130W TDP), up to 256GB memory and 10x hot-swap 2.5″ SATA3 HDD bays. Features 1800W redundant Platinum Level high-efficiency (94%+) power supplies and smart server management tools.
  • SYS-1027GR-TRT2+ 1U SuperServer® supporting 3x GPU or Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors (up to 130W TDP), up to 512GB memory and 4x hot-swap 2.5″ SATA3 HDD bays. Features 1600W redundant Platinum Level high-efficiency (94%+) power supplies and smart server management tools.

SuperBlade®

  • 7U SuperBlade® Solution – The all-in-one SuperBlade features redundant Platinum Level high-efficiency (94%+) power supplies and high bandwidth connectivity through network switch modules, including 56Gb/s FDR IB (SBM-IBS-F3616M), FC/FCoE (SBM-XEM-F8X4SM), 10GbE (SBM-XEM-X10SM) and 1/10GbE (SBM-GEM-X3S+). SBI-7127RG-E Blade supports 2x GPUs or Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors, up to 256GB memory, 1x SSD or 1x SATA-DOM and onboard BMC for IPMI 2.0 support. 10x blades in 7U SuperBlade® chassis scale to best density (120x GPU or Intel® Xeon Phi™ Coprocessors and 120x CPUs) and performance (188 TFLOPS theoretical) per 42U SuperRack®.

SuperWorkstations

  • SYS-7047AX-TRF 4U/Tower Hyper-Speed workstation features hardware and airflow optimizations to enhance the performance of dual Intel® Xeon® E5-2600 series processors (up to 150W TDP). BIOS customization provides auto-recovery failsafe operation, adjustable frequencies, voltages and memory latencies. Supports up to 512GB memory, 8x hot-swap 3.5″ HDD bays, remote server management tools and features 1280W redundant Platinum Level high-efficiency (95%) digital switching power supplies.
  • SYS-7047GR-TRF Ultimate performance and expandability with support for up to 5x GPU or 4x Intel® Xeon Phi™ Coprocessors, dual Intel® Xeon® E5-2600 series processors, up to 512GB memory and 8x hot-swap 3.5″ HDD bays. Features 1620W redundant Platinum Level high-efficiency (94%) power supplies.
  • SYS-7037A-i High-end, whisper-quiet (24db) workstation supports dual Intel® Xeon® E5-2600 series processors, up to 512GB memory, 3x PCI-E 3.0 x16 expansion slots, 4x 3.5″ hot-swap HDD bays and optional 4x 2.5″ internal HDD/SDD bays.
  • SYS-5037A-i Entry-level, single processor workstation supporting Intel® Xeon® E5-1600/2600 series processors, up to 256GB memory, 2x PCI-E 3.0 x16 expansion slots, 4x 3.5″ hot-swap HDD bays and optional 4x 2.5″ internal HDD/SDD bays.

SuperStorage

  • SSG-6047R-E1R72L 4U high-density Double-Sided Storage® server features 72x 3.5″ external hot-swap HDDs with 2x internal fixed plus 2x optional external 2.5″ HDDs. Supports dual Intel® Xeon® E5-2600 series processors, up to 512GB memory, 4x PCI-E 3.0 x8 expansion slots. Features triple 1280W (2+1) Platinum Level high-efficiency (95%) power supplies.

Visit Supermicro at Siggraph 2013, July 23 – 25 at the Anaheim Convention Center, Booth #321. For more information on Supermicro’s complete line of high performance computing and storage solutions, visit www.supermicro.com.

Follow Supermicro on Facebook and Twitter to receive their latest news and announcements.

About Super Micro Computer, Inc.
Supermicro® (SMCI), the leading innovator in high-performance, high-efficiency server technology is a premier provider of advanced server Building Block Solutions® for Data Center, Cloud Computing, Enterprise IT, Hadoop/Big Data, HPC and Embedded Systems worldwide. Supermicro is committed to protecting the environment through its “We Keep IT Green®” initiative and provides customers with the most energy-efficient, environmentally-friendly solutions available on the market.

Supermicro, FatTwin, SuperServer, SuperBlade, SuperRack, Double-Sided Storage and Building Block Solutions and We Keep IT Green are trademarks and/or registered trademarks of Super Micro Computer, Inc.

All other brands, names and trademarks are the property of their respective owners.

Asus Launches Multi-Series External Hard Disk is Not Boring

Asus Launches Multi-Series External Hard Disk is Not Boring

PONTIANAK – Asus, the main leader in the digital era has once again expanded its product line in Indonesia. Asus after winning a strong position in the notebook industry and penetrated the tablet and smartphone segment with innovative products such as Pad MeMO, Fonepad, and PadFone, ASUS is now presenting the ranks of the external hard disk.
In the early stages, there are four models of 2.5-inch external hard disk Asus marketed in Indonesia. The four models are series DL, KR, Leather II, and AN300 series.
Manager of Product Management and Marketing, Asus Indonesia, Juliana Cen, said user request on storage devices continues to increase along with the increasing use of the computing device itself.
“In order to meet the needs of these users, we present an external storage media products are not simply a storage medium, but also a product with aesthetic and beauty,” he told the Tribune, Sunday (28/07/2013).
Juliana states, external hard disk does not have to be boring. With the design of David Lewis, DL Asus HD Ext 2.5 “- 1TB, turn the computing experience with thinness. Moreover, Asus DL 2.5” can work without the need for instant installation and driver.
“Hard disk is fitted with antishock features for data protection. Use elegant design makes a stylish special cable can be stored so that the disk is still looks neat when not in use,” he explained.
While other models, Asus KR 2.5 “Ext HDD 1TB presents unique colors, namely brown terran. External hard disk that comes with the glossy texture and charming appearance. With a capacity of 1TB, KR 2.5” supports a hectic lifestyle with spectacular durability and features easier is used.
While Asus Leather II 2.5 “500GB Ext HDD, not just accessories, but a lifestyle statement. For users who value their data, the hard disk is a charming leather-clad luxury solutions.
“Hard disk is equipped with a super-speed USB 3.0 for the fastest transfer process at this time, and can work with all file formats, without requiring installation or drivers,” said Juliana.
In addition, there is still one more model that Asus AN300 2.5 “500GB Ext HDD has a charming color and made of aluminum. Asus AN300 change the perception of external hard disk with the old-fashioned charming style. Asus AN300 stylish, ultra lightweight, ultra thin, and can work at any time with immediate access through USB 3.0 is ready to bring the data owner anywhere without a problem but still stylish.
Asus AN300 also works well with laptops, desktops, and other media players, thus helping the owner move data quickly, safely, and easily.