Core i7 980x was succeeded with the 990x Extreme Edition annually later in the similar selling price, as well as a non-unlocked variant (i7 980 non-X) was introduced in its location in the $583 cost point. Just 133MHz differentiates the two processors a good deal a lot more durable $419 cost distinction. Typically then, the i7 990x does not represent a main step-up to what we saw back in early 2010 but this really is no cause to disregard fully it. Clocked at 3.46GHz having a peak Turbo speed of 3.73GHz across 6 cores or 12 threads, it remains the highest clocked Intel processor obtainable to buyers. Armed with 12MB of L3 Cache, tri-channel DDR3 memory enable, a DPI speed of 6.4GT/s and an unlocked multiplier, it has the creating for the ultimate CPU and however its crown was already up for challenge due to the fact its birth
Come in Sandy Bridge. Intel couldn’t have timed the release of its i7 990x any worse even when they had attempted. Certain, it may well have specifications to have enthusiasts drooling but when a brand new platform according to new microarchitecture and chipset is released that has promise to be future proof for the subsequent couple of years, the drama is lost somewhat. One of the most potent Sandy Bridge processor out at the moment may be the quad core, eight threaded i7-2600K delivering far better efficiency clock for clock than the prior generation Nehalem and Westmere based processors in a smaller package on LGA1155. The Sandy Bridge platform suffers from a couple of limitations, probably the most notable ones getting that the P67/Z68 chipsets don't assistance 2x PCIe2.0 x16 slots at full bandwidth without having further chips, and also the lack of six core processors. However, the new architecture not just promises much better efficiency but it also supports a range of new instruction sets and functions. Additional importantly, Sandy Bridge processors occupy much more cost-effective cost points so the question is whether or not Intel releasing the i7 990x on the older generation microarchitecture is reasonable.
The platform was fully new and developed from the ground as much as replace all prior processor microarchitectures and chipsets, the largest alter getting the replacement of the ageing LGA775 socket. According to the 45nm manufacturing method, Nehalem within the type of Bloomfield and mainstream Lynnfield processors instantlybecame extremely productive efficiency wise, paving the way for the established Core iX series of processors we're familiar with now. In early 2010, Nehalem was succeeded by Westjust, a 32nm die-shrunk of exactly the same architecture. Numerous new processors had been based off the Westmere shrink, namely the mainstream Arrandale and Clarkdale processors packaged for LGA1156, plus the six core Gulftown processors destined for the high-end industry on the X58 chipset that employed LGA1366 rather. At the same time as the additional two cores/4M Cache and smaller transistors, numerous other rewards had been brought along for example greater clock speeds as well as the introduction of new instruction sets such as Advanced Encryption Standard (AES).
Oct 11, 2011
Sep 10, 2011
Coby Kyros mid7015 Complete Reviews & Discount Price
coby kyros mid7015 has 4GB of built-in internal memory and features a microSD card slot for upgrading the capacity to up to 16GB. It also allows you to wirelessly access the Internet through a hi-speed networking support and includes more than a dozen built-in applications, each one identified by an icon.
The coby kyros mid7015 included apps are an alarm clock, browser for surfing the web, calculator, email, gallery for viewing and playing videos, music and video player for launching the mobile YouTube™ browser page to watch Internet videos and more! In addition, the Kyros™ offers two unique apps, the Aldiko E-Book, for downloading and reading thousands of e-books (which supports the ePub standard) and AppsLib, to browse, download and install apps from the AppsLib marketplace for a complete mobile Internet solution.
Coby kyros mid7015 feature :
- View pages in portrait or landscape with automatic orientation detection
- Full-size USB connection enables keyboard of your tablet
- Download and read thousands of books with the included Aldiko E-book reader application
- View pages in portrait or landscape with automatic orientation detection
- Connect and enjoy Full 1080p on your HDTV via a HDMI cable
- Discover and download apps to play games, check the weather, listen to the radio, and more with AppsLib
- Built-in 4GB internal memory
- microSD card slot(upgrade up to 16GB)
- Watch videos on YouTube
- Integrated flash memory
- Large 7" Resistive Touchscreen
- Connect to the Internet wirelessly
- Browse the web and check e-mail
- USB 2.0 Hi-speed for fast file transfers
- Rechargeable lithium-polymer battery
Specification & detail review :
- Processor
- CPU Type Telechips TTC8902
- CPU Speed 800 MH
- Memory
- Memory Included 4GB
- Memory Type Flash
- Memory Max Built-in 4GB/Expandable up to 16GB
- Display
- Display Size 7.0
- Display Type Resistive Touch
- Display Resolution 800 x 480
- Aspect Ratio 16:9
- Networking
- WLAN Type WiFi 802.11 b/g
- Connections
- Audio Input Mic
- Audio Output 3.5mm headphone & Built-in Speaker
- Video Output High Speed HDMI, type C (mini), Supports 1080P and 720P
- USB Port Full-size USB host (for keyboard)
- Power
- Power Input/Output AC 100-240VAC INPUT, DC 5V output
- Battery Type Rechargeable Li-poly battery
- Battery Capacity 3200mA
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Sep 7, 2011
Intel Core i7-2640M Sandy Bridge Review
Intel s an American multinational technology corporation headquartered in Santa Clara, California, United States and the world's largest semiconductor chip maker, today Intel Corporation launched Intel Core i7-2640M Sandy Bridge.
Intel Core i7-2640M Sandy Bridge have 64 bit Data width and 2 number of cores. Intel core i7-2640M is the successor to Intel Core i7-2630M bumbing its base and the turbo frequency by 100 MHz. Intel Core i7-2640M performance with its integrated GPU. The integrated GPU of this processor take a quantum jump in performance as compared to the 1st generation core i7 processors. The GPU has a base clock of 650 MHz and with turbo, its frequency can ramp to 1.30 GHz.
Intel Core i7-2640M Features:
- MMX instruction set
- SSE
- SSE2
- SSE3
- Supplemental SSE3
- SSE4.1
- SSE4.2
- AES instructions
- Advanced Vector Extensions
- Extended Memory 64 technology (EM64T)
- Execute disable bit
- HyperThreading technology
- Turbo Boost technology 2.0
- Virtualization technology (VT-x / VT-d)
- Trusted Execution technology
On-chip peripherals
- Dual-channel DDR3 memory controller
- Direct Media Interface
- PCI Express 2.0 interface
- HD 3000 graphics controller
HP TouchPad WI-FI 32GB Tablet Review
HP touchpad wi-fi 32gb tablet has new devices based on HP WebOS, HP calls the TouchPad "the breakthrough webOS user interface fully realised in the tablet experience": it has a capacitive multi-touch display, virtual keyboard, instant-on, browser support for Flash Player 10.1 beta and "access to thousands of webOS applications." TouchPad, it says, "is designed not just for fun but for mobile productivity".
Product Features
- Brilliant 9.7-inch diagonal LED backlit multitouch display
- Seamless multitasking with HP webOS 3.0 and essential productivity apps
- Exclusive Beats Audio for studio-quality sound
- Dual-core ARM Snapdragon (the APQ8060) at up to 1.2GHz
- 1GB of RAM
- 16GB or 32GB
- Wi-Fi 802.11a/b/g/n
- Bluetooth 2.1 + EDR compatibility
- light sensor, accelerometer, compass, and gyro
- 1.3 megapixel front-facing webcam (note: no rear camera).
- micro-USB port, for direct transfer of data (such as photos, music or video)
Entertainment and multimedia :
- Video chat: have face-to-face conversations on a large, vibrant screen.
- Hear music the way artists intended with Beats audio.
- See photos from multiple apps all in one place, complete with friends comments
- Download and watch movies from the HP MovieStore.
- Download TV shows, play games, listen to music, view photos, and read magazines
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Aug 23, 2011
Samsung Series 7 Gamer notebook 3D with 17.3in display
Samsung Series 7 Gamer notebook PC is equipped with a AMD Radeon HD 6970M 2GB GDDR5 graphics card that has an advanced architecture for video quality and performance. It has full support for DirectX 11 so it delivers visually impressive games, as well as improved performance when viewing websites and using everyday applications.
Samsung Series 7 Gamer notebook PC It comes equipped with a 17.3in Superbright HD 3D display working at 120Hz, with Bluetooth-enabled active shuttering 3D glasses for a smooth and clear 3D experience.
Samsung Series 7 Gamer notebook PC performance settings accommodate different situations so when in 'Gaming' mode, for example, CPU performance is maximised, the turbo cooling system operates at 100 per cent fan speed and the touch pad is turned off to avoid any disturbances while in action.
Samsung Series 7 Gamer notebook PC will be the first to officially license ExpressCache for use in an OEM system.“With the Series Seven GAMER we’ve supplied a notebook Desktop Computer offering the final performance and marvelous gaming features,” said Kyuho Uhm, Senior Vice President of the IT Solutions Business at Samsung Electronics. “The market for focuses gaming goods is ultimately discerning, so it is a challenge to supply a gaming notebook Desktop Computer that could rival with desktop PCs. In Contempt Of whole lot of the challenges, we’ve made a production of the highest standard that appeals straight to gamers” real infatuations, which could be met at the turn of a dial to supply most favorable performance for a wide range of diverse actions.”
"With the Series 7 GAMER we have delivered a notebook that can compete with a desktop PC, and that sets the benchmark for gaming notebooks," said Damian Cusick, GM of Computing at Samsung for the UK and Ireland. "The Series 7 is packed with features that specifically meet the demands of serious gamers, and with its four optimisation modes, can deliver optimum performance for a wide variety of different activities, at the turn of a dial."
Visually, you're dealing with Full HD and 3D playback on a 17.3-inch display, and there's also 3D surround sound tech on board too with Dolby Home Theater. Samsung wants you to get your game on with its Series 7 Gamer and is available in the UK from PC World, Amazon, John Lewis and dedicated gaming PC specialists for £1,499. ยต
Aug 10, 2011
Toshiba Qosmio F755 first glasses-free 3-D laptop
Today Toshiba introduced the world's first glasses-free 3-D notebook. The Qosmio F755 has an Intel Core i7 processor and NVIDA GeForce 540M graphics, as well as Harmon Kardon speakers, a Blu-ray drive and HDMI output. It can display content in either 2-D or 3-D.
the Qosmio F755 has enough power to do some gaming thanks to that Core i7 2nd Gen and the NVIDIA 540 M. The price is pretty decent as well given that it’s got 3D capabilities as well
This allows for a "broad viewing zone from which to view 3-D content," according to the press release. But this may also mean two people won't be able to watch the screen in 3-D at the same time.
In another effort to make 3-D more compelling to consumers, yesterday Panasonic, Sony and Samsung teamed up to announce their support of the "Full HD 3-D Glasses Initiative," which would mean one brand of glasses could be worn to view all of their 3-D TV models.
It’s an interesting offering as the other Qosmio X775-3DV78 laptops have NVIDIA 3D Vision tech and GeForce GTX 560M GPUs in them which, of course, requires the NVIDIA active shutter glasses to see the 3D. Those are $200 more and offer a 17.3" screen, 1.25TB of storage as well as the 1.5GB GTX 560M for 3D Vision.
May 21, 2011
Apple MacBook Air with Intel ThunderBolt technology
Apple is planning to launch new versions of its super light MacBook Air notebooks this summer, with two of features already in its newest MacBook processors : Intel's ThunderBolt port and Intel's second-generation core "Sandy Bridge" processors.
"We've taken everything we’ve learned about miniaturization from the iPhone and iPad and applied it to the MacBook,” Apple CEO Steve Jobs told the assembled audience at its Cupertino, Calif., headquarters.
Apple is ramping up for a manufacturing run of 11.6-inch and 13.3-inch MacBook Airs that sport Intel's "Sandy Bridge" processors, as well as Thunderbolt, the I/O technology that's now available on the MacBook Pro and the iMac. The new Air models are said to be shipping in June or July, according to the report.
Thunderbolt is the I/O technology resulting from a collaboration between Intel and Apple. It boasts considerable speed advantages over USB 3.0, which is available on a number of PCs but not on Mac computers. Thunderbolt remains a nascent technology in terms of adoption across the computing industry, with only Apple's computers currently sporting a Thunderbolt port. Other manufacturers are slated to gain access to Thunderbolt next year.
As for Sandy Bridge, the extra processing boost could make a big impact on the Air's computing prowess. Apple's two Air models currently top out with a Core 2 Duo chip, which is Intel's previous generation chipset. Sandy Bridge represents the second iteration of Intel's "i" line of processors and brings with it both a boost in processing power and graphics capabilities.
The Sandy Bridge running MacBook Pros are said to be twice as fast as their predecessors, while Intel's ThunderBolt technology, created in collaboration with Apple, runs at 10G bps and is reportedly 12 times faster than using a FireWire 800 connection. The input/output technology brings together PCI Express, for high-speed data transfer, and DisplayPort, for high-definition display support, on a single cable. According to Intel a user can, for example, transfer a full-length HD movie in less than 30 seconds.
"We've taken the vision of simple, fast transfer of content between PCs and devices, and made it a reality," Mooly Eden, general manager of Intel's PC Client Group, said in a February statement on the introduction of ThunderBolt.
"We've taken everything we’ve learned about miniaturization from the iPhone and iPad and applied it to the MacBook,” Apple CEO Steve Jobs told the assembled audience at its Cupertino, Calif., headquarters.
Apple is ramping up for a manufacturing run of 11.6-inch and 13.3-inch MacBook Airs that sport Intel's "Sandy Bridge" processors, as well as Thunderbolt, the I/O technology that's now available on the MacBook Pro and the iMac. The new Air models are said to be shipping in June or July, according to the report.
Thunderbolt is the I/O technology resulting from a collaboration between Intel and Apple. It boasts considerable speed advantages over USB 3.0, which is available on a number of PCs but not on Mac computers. Thunderbolt remains a nascent technology in terms of adoption across the computing industry, with only Apple's computers currently sporting a Thunderbolt port. Other manufacturers are slated to gain access to Thunderbolt next year.
As for Sandy Bridge, the extra processing boost could make a big impact on the Air's computing prowess. Apple's two Air models currently top out with a Core 2 Duo chip, which is Intel's previous generation chipset. Sandy Bridge represents the second iteration of Intel's "i" line of processors and brings with it both a boost in processing power and graphics capabilities.
The Sandy Bridge running MacBook Pros are said to be twice as fast as their predecessors, while Intel's ThunderBolt technology, created in collaboration with Apple, runs at 10G bps and is reportedly 12 times faster than using a FireWire 800 connection. The input/output technology brings together PCI Express, for high-speed data transfer, and DisplayPort, for high-definition display support, on a single cable. According to Intel a user can, for example, transfer a full-length HD movie in less than 30 seconds.
"We've taken the vision of simple, fast transfer of content between PCs and devices, and made it a reality," Mooly Eden, general manager of Intel's PC Client Group, said in a February statement on the introduction of ThunderBolt.
May 16, 2011
AMD Llano A8-3530MX review
AMD is a semiconductor design innovator leading the next era of vivid digital experiences with its ground-breaking AMD Fusion Accelerated Processing Units (APUs). AMD’s graphics and computing technologies power a variety of solutions including PCs, game consoles and the servers that drive the Internet and businesses.
AMD today announced its pending merger mobile chip, the fastest AMD CPU Llano companies are becoming more detailed. Codename A8-3530MX is based on quad-core chip architectureand design with a 32nm K10.5. The processor will be released in Q3 2011 It will be a fundamental frequency of 1.9 GHz that can Turbo has all the way up to 2.6 GHz, 4 MB L2 cache and comes with integrated Radeon HD 6620G chipset into the processor.
The Radeon HD 6620G features 400x Stream processors on which the core clock is maintained at 444mhz, Includes support for DirectX 11 and UDV 3.0 technologies.
The CPU allows for Dual channel memory configuration with supported speeds upto 1333mhz and 1600mhz of standard memories. The fusion A series uses a different architecture than the other similar processors packages available such as FS1, A60M and A70M and allows for 4x USB 3.0 support.
AMD A8-3530MX will remain the fastest mobile fusion chip until 2012 when a new one arrives.
A8-3530MX Specification Summary:
- 4 Cores
- 1.9GHz (2.6GHz turbo enabled)
- 45W TDP
- HD 6620G graphics (400 cores 444mhz 128bit)
- USB 2.0/3.0 support
- DDR3 1066/1333/1600 support.
- integrated graphics processors contain a 128-bit wide memory interface.
- processors include have dual-GPU support.
- A8-3530MX uses Radeon HD 6620G integrated graphics unit.
- All Fusion based Llano chips come with a Blu-ray 3D support.
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May 15, 2011
IBM’s Sequoia the next World's Fastest super computer
International Business Machines (IBM) is an American multinational technology and consulting firm headquartered in Armonk, New York. IBM manufactures and sells computer hardware and software, and it offers infrastructure, hosting and consulting services in areas ranging from mainframe computers to nanotechnology.
World’s fastest super computer will be undoubtedly IBM’s Sequoia . It is being built at the US Department of Energy’s Lawrence Livermore National Laboratory in California by IBM.
This machine will nearly 20 times faster than the previous fastest record holder (BlueGene).
This new machine can achieve a speed of 20 Peta flops (Floating Point operations per second) or 20 quadrillion computations per second. The Sequoia wil have 1.6 million processor chips under the hood.
This super computer will play a critical role in nuclear weapons simulations, biological problem solving and genetic research.
The currently working fastest supercomputer is the BlueGene.
The supercomputer consists of 64 racks of Blue Gene servers, each of which contains 1,024 700MHz dual-core PowerPC processors.
Its specs are :
Specifications of BlueGene/L are listed on LLNL’s website are as follows:
1. 65,536 compute nodes, each targeted for 2.8 GFlop/s peak
2. Chip multiprocessor with 4MB L3 cache on chip
3. High-bandwidth low-latency 3D torus and combining tree networks
4. 32 terabytes of memory
5. High-performance kernel on compute nodes, Linux on I/O nodes
6. Hardware support for Message Passing Interface collectives
7. BlueGene/L currently tops the TOP500 Supercomputer Sites list with a Linpack performance
8. benchmark of 280.6 TFlop/s.
World’s fastest super computer will be undoubtedly IBM’s Sequoia . It is being built at the US Department of Energy’s Lawrence Livermore National Laboratory in California by IBM.
This machine will nearly 20 times faster than the previous fastest record holder (BlueGene).
This new machine can achieve a speed of 20 Peta flops (Floating Point operations per second) or 20 quadrillion computations per second. The Sequoia wil have 1.6 million processor chips under the hood.
This super computer will play a critical role in nuclear weapons simulations, biological problem solving and genetic research.
The currently working fastest supercomputer is the BlueGene.
The supercomputer consists of 64 racks of Blue Gene servers, each of which contains 1,024 700MHz dual-core PowerPC processors.
Its specs are :
Specifications of BlueGene/L are listed on LLNL’s website are as follows:
1. 65,536 compute nodes, each targeted for 2.8 GFlop/s peak
2. Chip multiprocessor with 4MB L3 cache on chip
3. High-bandwidth low-latency 3D torus and combining tree networks
4. 32 terabytes of memory
5. High-performance kernel on compute nodes, Linux on I/O nodes
6. Hardware support for Message Passing Interface collectives
7. BlueGene/L currently tops the TOP500 Supercomputer Sites list with a Linpack performance
8. benchmark of 280.6 TFlop/s.
May 7, 2011
Intel Core i7 2920XM Fastest Mobile Processor in Q4 2011
The needs of notebook consumers include great performance, long battery life, compelling form factors, seamless connectivity and security/manageability. Intel has platform technologies to optimize designs for each of these vectors and to help make trade-offs for a winning combination of features.
Intel has plans to release a new Core i7 2920XM & Mobile Processor based on its new Sandy Bridge lineup, The Core i7 2920XM which will remain Intel’s fastest Mobile Processor in Q4 2011. The notebook chip will feature a clock speed of 2.5Ghz which can turbo upto 3.5Ghz while the 650Mhz IGP Core also allows for turbo boost upto 1300mhz. The chip is a Quad core with eight threads along with 8Mb of L3 Cache.
The Processor will make its way to the 17' Gaming notebooks which can benefit alot from the 4 cores and 8 threads of the mobile beast. However, TDP of 55w is a pretty bad things as far as the temps and battery times are concerned. The chip is set to be released within upcoming months however a certain replacement with the upcoming Ivy Bridge platform is highly likely.
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May 5, 2011
Intel Oak Trail Tablet Computer Processors
Intel has formally launched its Oak Trail processor, designed for use in tablet computers.
The new microchip is smaller and uses less power than other models in its Atom range.
Despite being the world's largest manufacturer of microprocessors, Intel has been largely pushed out of the growing tablet market.
Until now, most devices have used chips designed by Apple and Cambridge-based Arm Holdings.
the Oak Trail microprocessor technology designed and developed for use in tablet computers.
Intel, regardless of being the world’s largest maker of microprocessors, is largely out of the fastest growing tablet computer market; most devices use microchips designed by Apple and Cambridge-based Arm Holdings.
Intel admitted being behind competition during the announcement of Oak Trail’s retail name, the Z670.
Kevin O’Donovan, Intel’s Marketing Manager for Notebooks and Tablets, said, “You won’t find a lot of Intel-based tablets on the shelves at the moment.” Even so, O’Donovan asserted that they now have a viable and competitive product, “2011 is about becoming relevant.”
One of the Oak Trail’s largest selling points is the ability to run and use various tablet operating systems, including Android, Chrome, MeeGo and Windows 7. Presently, Arm-based chipsets, including Nvidia Tegra processors, are incapable of running Windows; however, Microsoft just made an announcement to support the popular Arm processors for its next OS release in 2012.
Apr 29, 2011
MSI CX640 and CR640 Newly Designed
MSI Computer Corp.a leading manufacturer of computer hardware products and solutions. Founded in 1986, MSI manufactures and markets a wide array of consumer electronic products, from Notebook PC, All-in-One PC, to a variety of components including IPC, Server, Motherboard and Graphics Card. The company runs operations worldwide and employs approximately 14,000 people. MSI’s North American operating subsidiary is based in City of Industry, Calif.
MSI’s corporate commitment to innovation and style – as it relates to both technology and design, and as it’s applied to both components and the final computing device – supports its mission to meet the needs of consumers worldwide.
MSI’s products are sold in more than 120 countries, and there are more than 150 million motherboard products and 100 million graphics cards in the market worldwide.
MSI Computer Corp, today announced that it has begun shipping its mainstream CX640 and CR640 notebooks to online retailers in North America. These two 15.6” notebook units combine the Intel® Core™ i3-2310M Processor with the NVIDIA® GeForce® GT 520M with Optimus™ technology or the Intel HD 3000 Graphics to deliver the power and performance you need for school or for work.
MSI offers 4GB system memory and 500GB hard drives in both models. Additionally, the elegantly designed PCs include a number of features, including:
- Worry free one-touch back-up and restore with MSI’s Time Stamp technology. With just a touch of the Time Stamp button, your concerns about crashes, viruses, and data loss will become a thing of the past.
- Butterfingers rejoice! MSI designers integrated extra hard drive protection by changing the position of the C Series hard drive to the middle of the chassis and surrounding it in a unique housing that helps protect your data from the occasional drop or shock.
- In a hurry? The MSI CR640 and CX640 Fast Boot technology helps the unit power up approximately two times faster than standard notebooks.
- Speed up your file transfers with USB 3.0. The new C Series laptops come equipped with two USB 3.0 ports that let you transfer files up to ten times faster than USB 2.0.
- Automatic backlight adjustment tailors screen brightness by considering the lighting in your current surroundings, which helps manage power consumption and battery life.
“We listen very carefully to our customers, and we know that anticipating and addressing their needs is critical to success in the PC industry,” noted Andy Tung, vice president of sales for MSI US. “The CX640 and CR640 models deliver the standard elements people look for in a PC – performance, price, features and design – however, we also go a step further. These units incorporate features that respond to people’s real-life concerns: data backup, hard drive protection, etc. And we believe consumers will respond to this consideration.”
Apr 22, 2011
samsung to launch fastest smartphone processor in 2012
As stated in new motto, Samsung Electronics' vision for the new decade is, "Inspire the World, Create the Future."
This new vision reflects Samsung Electronics’ commitment to inspiring its communities by leveraging Samsung's three key strengths: “New Technology,” “Innovative Products,” and “Creative Solutions.” and to promoting new value for Samsung's core networks Industry, Partners, and Employees. Through these efforts, Samsung hopes to contribute to a better world and a richer experience for all.
Samsung now seems to working hard and fast to design out the worlds fastest mobile processor under Xynos series. Samsung is planning to make 2Ghz mobile processor so that it can compete the Data processing speed with the data processing speed of an normal computer desktop.
It’s been more than one year since the first 1GHz Smartphone made appearance and now it’s been reported that Samsung Electronics is working on dual-core 2 GHz Smartphone. The news came through Korean news blog MK who claims that a high-ranking executive from Samsung has confirmed that they are planning to launch a 2GHz dual core Smartphone by next year.
The News about the Samsung Xynos processor to be the worlds fastest mobile processor of 2Ghz has been spread when the present executive officer of Samsung stated that they are all set to launch an mobile processor which can compete the data processing capabilities of an computer Desktop.
No further details about the same are present but it can be expected that Samsung is all set to create wonders in the field of mobile technology soon. To get all further news on the same keep reading us .
Apr 17, 2011
the fastest performance ASUS BW-12D1S-U External Writer
Through the years, ASUS visionary approach has seen it become a major proponent in consumer technology, bringing quality innovation and design into consumers’ lives.
ASUS offers the most complete Blu-ray selection with the fastest performance and award-winning design, including external and internal writers, combos and players with 3D support. The company has just launched the new BW-12D1S-U, the world’s fastest external 3D Blu-ray writer. It enables an easy transition from DVD, the fastest and most reliable Blu-ray burning performance, and a unique artistic approach to optical media.
All-new BW-12D1S-U Blu-ray external writer
With burning speeds up to 12X via USB 3.0, Optical Tuning Strategy (OTS) technology for the best writing quality available and high definition 3D playback, the BW-12D1S-U further highlights the attention ASUS pays to design, arriving in a form inspired by diamond shapes. It also includes a unique blue power indicator for an artistic touch, and features a matching stand that allows for practical two-way horizontal and vertical placement to help users save space with increased versatility.
Enhanced Blu-ray writing performance
ASUS incorporates the finest components and latest technologies in its optical drives, leading to output well above industry standards. The current Blu-ray writer lineup offers the world’s fastest Blu-ray burning speeds, with devices now performing at up to 12X. Additionally, OTS technology ensures optimized burn strategies for each job. ASUS drives go beyond speed to guarantee fidelity, so burns take less time while always maintaining reliability and complete success rates.
Attractive technology encourages transition to Blu-ray
ASUS Blu-ray devices now support 3D playback across the range, offering 2D to 3D conversion and full 1080p HD with no quality compromise. In order to afford an easier and faster transition from DVD to Blu-ray for consumers, ASUS has implemented powerful upscaling of non-HD DVD content to HD standards. By doing so, ASUS effectively protects the investment by consumers in large DVD libraries over the last decade and longer.
Audio performance for all Blu-ray content supports both Dolby® EX and 5.1-channel DTS-HD, offering high definition sound as part of modern home entertainment setups. Sound decoding ensures no degradation of original audio sources occurs, so users are guaranteed faithful reproduction and crisp sound in every application.
Technology driven by aesthetics
ASUS Blu-ray devices take a different approach to component design. Unlike generic optical drives, they bring to the fore exciting presentation. Drawing inspiration from natural and architectural forms, ASUS designers have crafted the most unique Blu-ray drives available for PC while accommodating new technology. ASUS optical drives have won several awards, including International Forum (iF) design awards in both 2010 and 2011 and the Taiwan Excellence Award 2011 for the new BW-12D1S-U.
Apr 15, 2011
Fastest Laptop computer Processor today
Laptops are getting more and more necessary. Thousands of people to reflect on their laptops as their best friends. They use their notebooks to complete their work, play multimedia , or games, and basically through the network.
Intel, found a way to ensure that buyers can get a laptop with a processor fast enough to compete with your laptop or desktop computer standard.
The Intel Core i7 was the fastest mobile processor on the planet these days, and perhaps of the society's reaction to all laptop users problems "are connected to the processor. to enable the Intel Core i7 applications all in the identical time. The fastest laptop computer processor on the planet is increasing with Intel Turbo and Intel Hyper-Threading, to ensure that the person can maximize their overall performance.
Intel Turbo Boost Technology dramatically increases the frequency of your processor. Required for thermal energy and space, if your laptop has to work under difficult conditions.
Intel Hyper-Threading Technology, on the other hand, contributes to the overall purpose of their tasks faster by delivering two processing threads. This processor can permit the person to function on numerous applications all in the same time.
A new line of Intel processors has 22% faster than the old Intel Core two. The Intel Core i7 provides user input faster laptop to the memory of the machine, despite the decrease in the latency of each request. This can be because, apart from becoming the fastest laptop computer processor, Intel Core i7 has an integrated memory controller. The integrated memory controller manages the flow of data between memory key and the running time. So, even if its purpose, your processor much more data is reduced your waiting time.
If you are someone who likes to download and storing videos, even though everyone enjoy the fastest computer processor laptop. The Intel Core i7 Extreme Edition allows customers to quickly compress, store, and share one’s great definition video clips. The processor can be probably more effective friend of the gamers, and he is really capable of even high-quality graphics 3D games today.
Apr 9, 2011
Core i7 995X Extreme Edition
Intel Corporation is an American global technology company and the world's largest semiconductor chip maker. In 2011 Intel preparing the next high-end desktop platform and possibly be the fastest computer processor Extreme Edition in 2011. That platform will be driven by a new socket, the LGA2011, and the new Intel X79 Express chipset. Before that, Intel will give its 2-year old current enthusiast platform, the LGA1366 and X58 Express, a fitting farewell with a new high-end processor model, the Core i7-995X Extreme Edition.
The new chip is built using Intel's 32nm Gulftown architecture and packs no less than six processing cores that are backed by the company's Hyper-Threading technology as well as by 12MB of shared L3 cache memory.its operating frequency will be set at 3.6GHz and the 995X can reach a maximum of 3.86Ghz with Turbo Boost enabled.
The 995X will be built using the 32nm manufacturing process and its TDP is estimated at 130W. which include a 6.4GT/s QPI link, AVX and SSE 4.2 instruction support and a tri-channel DDR3-1066 integrated memory controller.
The new chip is built using Intel's 32nm Gulftown architecture and packs no less than six processing cores that are backed by the company's Hyper-Threading technology as well as by 12MB of shared L3 cache memory.its operating frequency will be set at 3.6GHz and the 995X can reach a maximum of 3.86Ghz with Turbo Boost enabled.
The 995X will be built using the 32nm manufacturing process and its TDP is estimated at 130W. which include a 6.4GT/s QPI link, AVX and SSE 4.2 instruction support and a tri-channel DDR3-1066 integrated memory controller.
Apr 6, 2011
Intel releases Xeon E7 10-core
Intel today announced a new family of Xeon E7 10-core dual-threaded processors. The xeon E7 is designed for very high performance servers and is the first chip from Intel for more than eight cores.
"The new Intel Xeon processor E7 family delivers record breaking performance with powerful new security, reliability and energy efficiency enhancements. The industry momentum we're seeing for this new server processor architecture is unparalleled in Intel's history,” said Kirk Skaugen, vice president and general manager of Intel's Data Center Group.
The ten-core chip supports up to 20 threads, is speed up to 40 percent faster and more efficient. Some parts of the chip can be disabled when not in use, for example while only a small load on the processor.
The Xeon E7 spread includes six-, eight- and ten-core server chips. According to Intel, the E7 range includes processors for two-, four- and eight-socket servers, and can be scaled all the way up to 256 sockets.
The Xeon E7 chip is based on the 32 nanometer manufacturing process, has 2 Terra Bytes of main memory, and 30 Mega bytes of last-level cache.
Apr 5, 2011
AMD Llano The A-Series
“The serial and powerful parallel processing capability of the Llano APU has the potential to make OEMs and consumers re-think their computing experience,” said Chris Cloran, corporate vice president and general manager, client division, AMD. “The experience potential of Llano is truly incredible, and the demos we showed today on stage provide a glimpse of what this processor is capable of delivering in sleek form factors with long battery life. Everything consumers love about their digital lifestyles today – social networking, gaming, consuming and creating media – can be enhanced with Llano, enabling a more interactive, vivid and immersive experience.”
AMD is already shipping in the C-series (code-named Ontario) and the E-series (code-named Zacate) APUs is the new Fusion lineup, which includes multiple x86 cores and discrete graphics-level DirectX 11 in the same piece of silicon . But these two low power parts for smaller netbooks, ultra-thin laptops and as well as ultrathin notebooks.
The A-Series (codenamed Llano) on the other hand is targeted at mainstream laptops and desktops. Llano is the first AMD 32nm processor to remain an competitive step with Intel, which has been shipping 32nm chips from January 2010. Llano is also a more powerful processor than the current APUs, which is a competitor to be a lot of dual-core Core i3 (Sandy Bridge) processors on desktops and laptops, AMD has a separate desktop code name Zambezi with four, six, and eight core variants, that will competing head to head with fastest Intel Core i5 and Core i7.
About AMD
Advanced Micro Devices (AMD) is an innovative technology company dedicated to collaborating with customers and technology partners to ignite the next generation of computing and graphics solutions at work, home and play.
Apr 4, 2011
AMD Phenom II X6 1090T review
AMD products are known for their stellar energy efficiency and the Phenom II X 6 1090T is no exception. The processor features AMD's proprietary PowerNow and CoolCare technology, which allow the processor to smartly regulate its own energy consumption. Having an energy-efficient computer doesn't just help keep costs down. it also generates less heat and helps your computer to run more quietly. It will even prolong your processor's life cycle, so you can enjoy it for years without having to worry about degradation.
Since the first generation Phenom, AMD started a new trend. They offer core processor more than his rival at the market price. Market approach seems effective enough to make AMD's "addiction". When hexa-core processor Intel's launch, we know that the alternative choice of AMD will also soon come out. Of course, these AMD products will be cheaper than Intel's products, considering the AMD's previous track record.
AMD Phenom II X6 launched to respond to market demand and fans. The emergence of competition is once again heat up with a rival who had first launched its six-core processors. Along with the launching of two variants of the Phenom II X6 1055T and 1090T, AMD also introduced a new chipset 890GX/FX to accompany Phenom II X6. The combination of Phenom II X6, 890GX/FX and Radeon HD 5000 series, produce a new platform called "Leo".
Although the Phenom II X6 1090T has a number of core as much as six pieces, the technology used in the processor core is not much different from the Phenom family II previously. Because the chip is still using the same architecture. So basically, AMD is only six core compress them into "shells" with Phenom X4 II. The similarity of this technology is also included TDP is the same as the owner of the fastest Phenom X4 II at 125 W. But the owners of the code name "thuban" It still came up with something new.
One of these technologies include AMD TurboCore. This is a technology to increase the processor speed in certain conditions that were implanted into the Phenom II X6. This technology is similar to Intel's Turbo Boost, it's just a different implementation. AMD TurboCore this work when three or more core processors are not used. When TurboCore is active, the active core processors gain extra speed by up to 500 MHz, while the other processor core speed idle down to 800 MHz.
AMD Phenom II X6 1090T positioned by AMD to replace the previous Phenom X4 II 965. With a lower speed of 200 MHz, armed with two extra core and TurboCore, Phenom II X6 1090T superior Phenom X4 II. Meanwhile, other technical specifications are no different, with 3 MB L2 cache (the size of core / core 512 KB) and 6 MB of L3 cache shared the six core.
As a result, almost any way you cut it, a six-core Phenom II X6 should be faster than the Phenom II X4. The only exception would be when taxing exactly four threads causes the processor to drop to 3.2 GHz, keeping it from benefiting from the fifth and sixth cores, while operating at a lower clock rate than the 3.4 GHz Phenom II X4 965.
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Apr 1, 2011
Kingston Releases HyperX 'Huron River' Fastest Notebook Memory for Intel Mobile Processor
Sydney Australia 4 March 2011 - Kingston Technology Company Inc., the world's leader independent memory manufacturer, today announced the launch of HyperX 4 GB and 8 GB 1600MHz SO-DIMM new kits. Dual channel kits Plug and Play CL9 memory modules are the fastest on the market, especially in support notebooks and mobile platforms using the new Intel 2nd Generation mobile processor family, code-named 'Huron River'.
'Huron River' is the new HyperX SO-DIMM the best way to increase system performance notebooks PCs, as well as mini-ITX boards and systems based on mobile memory by replacing the standard high-speed, high-power modules. With simple Plug and Play system performance will be carried out quickly and easily as memory profiles have been programmed to automatically improve.
- 1600MHz SO-DIMM Memory Perfect Upgrade for Notebooks and Mini-ITX Motherboards and Mobile-based Platforms
- Plug and Play Memory Kits Provide Easy-to-Install Performance Boost without Need for XMP Profiles
- New Kingston HyperX High-Performance SO-DIMMs Support 2nd Generation Intel Core Mobile Processor Family
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