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

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    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.

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

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    July 24, 2020 /  Computer Technology, Hardware

    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.

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  • Google Glass for Dogs

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    July 22, 2020 /  Computer Technology, Hardware

    California – giant, Google, is reportedly planning to develop Google Glass for working dogs.
    According to a report quoted by the New York Post, Google has teamed up with the Georgia Institute of Technology to develop a wearable computer system. The system can give your dog an easier way to communicate with their owners. Or even a dog owner can see what is seen by the dog.
    Project called FIDO (Facilitating Interactions for Dogs with Occupations) is
    can make a dog bite or other means, to enable the sensor can send the information to the owner.
    Google Glass is expected to be widely released in the market in 2014. Google technical leadership Glass, Thad Starner, has teamed up with professors at Goergia Institute to develop a computerized benefits to help working dogs.
    Assistant Professor Melody Jackson said, dogs have been tested for use Google Glass that can activate the sensor by using his mouth. Jackson added Google Glass being studied to be used for a dangerous affair, such as detecting bombs.

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  • SuVolta’s transistor technology speed-power benefits are validated in ARM processor

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    July 22, 2020 /  Computer Technology, Hardware

    The ARM Cortex-M series processor was manufactured with SuVolta’s Deeply Depleted Channel (DDC) technology on a 65 nm bulk planar CMOS DDC process. With SuVolta’s transistor technology, designers are able to reduce power or improve performance, depending upon design requirements.

    “ARM’s heritage is based on low power, so technologies that can further improve power consumption, such as DDC technology from SuVolta, will always be welcomed by ARM and our Partners,” said Noel Hurley, vice president, Strategy and Marketing, Processor Division, ARM. “SuVolta has shown that the DDC technology, when incorporated into an ARM processor, can provide additional power reductions or a significant performance boost. As the Internet of Things continues to expand, innovative ultra-low power technology for Sensors and other devices will be vital to ensure that ARM remains at the forefront of this opportunity.”

    When compared to an identical ARM Cortex-M0 processor manufactured in the conventional 65 nm process, with a 1.2 V supply voltage, the DDC transistor-based ARM implementation operating at 0.9 V demonstrates a 50 percent lower total power consumption at matched 350 MHz operating speed. There is also a 35 percent increased operating speed (performance) at matched power. In addition there is a 55 percent increased operating speed when operated at matched supply voltage.

    “We’ve now validated the benefits of the DDC technology in a complex SoC, by combining the ARM Cortex-M0 CPUs with SRAM instances and various analog components,” explained David Kidd, senior director, digital design at SuVolta. “The results speak for themselves – power-performance optimized CPU cores, with results that hold across process corners and temperature, plus, SRAMs with 150 mV lower minimum operating voltage, 50 percent less leakage power at matched SRAM read current, and more than 5x less leakage power in retention mode.”

    “Reducing power consumption and enhancing performance are key to providing next-generation capabilities for a variety of advanced digital products,” said Bruce McWilliams, president and CEO at SuVolta. “By validating the speed-power advantages of the DDC technology in a SoC that includes ARM processors, we’ve reached another significant milestone in demonstrating the value of our technology in a system.”

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  • Leap Motion Controller, Great Hardware in Search of Great Software

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    July 9, 2020 /  Computer Technology, Hardware, 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).

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  • Intel Releases Low-Powered Atom Chips for Servers

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    June 27, 2020 /  Computer Technology, Hardware

    Now that Intel Corp. (INTC) has released new chips for the smartphone market, where it has been squeezed out by competitors like ARM Holdings PLC (ARMH) and Qualcomm Inc. (QCOM), it has elected to restart its initiatives in the server business as well. Intel has three-quarters of that market, by most estimates. Although the opportunities in the corporate server market are not as great as those among consumers, it needs to keep its hold on one of its major franchises.

    As it struggles to keep server share, it announced:

    Intel revealed new details for the forthcoming Intel Atom processors C2000 product family aimed for low-energy, high-density microservers and storage (codenamed “Avoton”), and network devices (codenamed “Rangeley”). This second generation of Intel’s 64-bit SoCs is expected to become available later this year and will be based on the company’s 22nm process technology and the innovative Silvermont microarchitecture. It will feature up to eight cores with integrated Ethernet and support for up to 64GB of memory.

    America’s Worst Companies to Work For

    The new products are expected to deliver up to four times the energy efficiency and up to seven times more performance than the first generation Intel Atom processor-based server SoCs introduced in December last year. Intel has been sampling the new Intel Atom processor server product family to customers since April and has already more than doubled the number of system designs compared to the previous generation.

    The market probably will not need to wait long to see if the initiative works. Chip companies are fond of release data sales on new products, if they are successful. By the firm’s next earnings call, Wall Street will know if the new Atom product and the servers it runs will replace older ones in which systems were less efficient.

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  • Graphics Card Asus GTX660-DC2T-2GD5

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    June 24, 2020 /  Computer Technology, Hardware

    Approaching the Upper Class

    Asus GTX660 graphics card-DC2T-2GD5 comes with a specification that is faster than the reference. Asus set a speed accelerator graphics card Nvidia GK106 based graphics core is at 1072MHz. Speed ​​is higher than the reference GeForce GTX 660 has a 980MHz speed accelerator. Not only that, the speed of the accelerator can still u7-435-1137MHz Asusmeningkat longer automatically when needed. In addition, the speed of local memory is also pegged slightly higher, at 3050MHz (6100MHz effective) than the reference 3000MHz (6000 MHz effective). Unfortunately, while trying to overclock, he refused. It seems, the default value used is the maximum value.

    In terms of design, graphics card with 960 CUDA cores and 2GB of memory GDDR5 192bit local has a design that resembles the Asus graphics cards in general. Him, Asus DirectCU cooler pair which is typical Asus cooler. Overall the Asus GTX660-DC2T-2GD5 have a pretty long card size. Therefore, make sure your case has enough space. DirectCU cooling that is used is quite stocky with two large fans and also comes with a copper heatpipe to help remove heat. However, this is quite slim DirectCU cooling that makes the graphics card is not too thick. Asus device is “only” requires two slots in your chassis

    Oh yes, the GeForce GTX 660 graphics card is theoretically requires about 140W, therefore, at the end there is a power port PCI-Express 6pin to meet its needs. Also make sure you use a power supply that has enough power.

    Regarding the output options, Asus GTX660-DC2T-2GD5 provides output options that are complete: two DVI, one HDMI, and one DisplayPort. For those of you who want to use dual graphics card configuration, it also supports SLI.

    About its performance, the Asus graphics card performance is quite good for the middle class. Its performance is very adequate for running a variety of the latest 3D games at high resolution with high detail anyway. In fact, its performance can approach the graphics card that was in it, such as the AMD Radeon HD 7870 and Radeon HD 7950. DirectCU cooling that uses the performance was quite good for being able to keep the temperature remained normal without producing noise.

    Asus GTX660-DC2T-2GD5 is a middle class graphics card that can deliver performance-class graphics card like a top. The price is quite high, but it is balanced with a price performance that is able to produce.

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  • Galaxy Note III, “Gadget” First Use 3 GB of RAM?

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    June 19, 2020 /  Computer Technology, Hardware

    Phablet news about Samsung Galaxy Note III from re-emerge. This time in the form of hardware specifications that will be used.

    Obtained from the leaked tech site Slashgear, Friday (07/05/2013), one of the popular series of Samsung’s devices will use large-capacity RAM, amounting to 3 GB.

    If true, the Galaxy Note III will be the first mobile device that is equipped with 3 GB RAM capacity.

    Just for the record, smart phone devices and premium phablet circulating lately generally use 2 GB of RAM.

    Galaxy Note screen measuring 5.99 inches allegedly III with Full HD resolution (1920 x 1080) and a Super AMOLED display panel types. The size of a half-inch larger than its predecessor, the Galaxy Note II, which has a 5.5-inch landscape display. As for the Galaxy Note to be launched in 2011 and carries the 5.3-inch screen.

    Bodi Galaxy Note III allegedly bit slimmer than its predecessor. If the Galaxy Note II has a weight of 182 grams, the Galaxy Note III a little lighter by 180 grams with a thickness of 8 mm.

    At the time of its release later, the Galaxy Note III will run on the latest Android operating system, 4.3 Jelly Bean. He will also support 4G LTE technology-Advanced network.

    Just like the Galaxy S4, there will be two versions of the Galaxy Note III, which was launched to the market. In a particular market, this device will be armed with the Qualcomm Snapdragon quad-core 800. As in other markets will be using processors made by Samsung’s own Exynos 5 “Octa” SoC.

    Same as before, Samsung is rumored to be introducing a new model of the series Galaxy Note at this year’s IFA to be held in Berlin, Germany, in September 2013.

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  • IDF San Francisco 2013: Intel to unveil new product optimizations

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    June 10, 2020 /  Computer Technology, Hardware

    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.

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  • SanDisk High Speed ​​Storage Media Presents For Gadget Users

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    June 5, 2020 /  Computer Technology, Hardware

    Commemorating the birthday-25, SanDisk has officially released some high-speed storage media to the needs of the users of the gadget. Storage media products released today include the SanDisk Ultra USB 3.0, SanDisk Extreme MicroSDHC / microSDXC, SanDisk Extreme SDHC / SDXC and SSD SanDisk Extreme II.

    SanDisk Ultra USB 3.0 is flash with support for USB 3.0 connection. This flash has a data transfer rate of up to approximately 80MB/detik and has been equipped with SanDisk SecureAccess to secure data on it based passcode. SanDisk Ultra USB 3.0 is available in 16GB and 64GB capacities with prices ranging from Rp155.000 to Rp595.000.

    For the category of memory cards, SanDisk Extreme comes MicroSDHC / microSDXC and SanDisk Extreme SDHC / SDXC aimed at users of smartphones or other gadgets such as pocket cameras. Extreme SanDisk MicroSDHC / microSDXC UHS 1 technology comes with the highest read speeds currently on the market is up and write speeds of up to 80MB/detik 50MB/detik. The memory card is also designed to support features waterproof, shock resistant, resistant X-Rays rays and has supported SanDisk Rescue Pro software is useful to restore an image or video file if deleted. Extreme SanDisk MicroSDHC memory cards / microSDXC available in capacities of 16GB to 64GB with a price tag ranging from Rp289.000 to Rp1.099.000. +

    Also available is a SanDisk Extreme SDHC memory card / SDXC aimed mirrorless or DSLR camera users. Just like version micronya, SanDisk Extreme SDHC also have reading speed up to 80MB/detik. For capacity SanDisk Extreme SDHC / SDXC comes in capacities of 8GB, 16GB, 32GB, 64GB and 128GB.

    And the latter for computing devices, SanDisk Extreme II SSD is present. This SSD has read speeds up to 550MB/detik and write speeds up to 510MB/detik with a more efficient electricity consumption electricity were. To have SanDisk Extreme II SSD is available in capacities of 120GB, 240GB, and 480GB.

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