Archive for September, 2010

ARM to add multithreading

September 30th, 2010

The ARM Cortex-A15 processor is an novel device, hosting a raft of features such as virtualisation instructions and support for large amounts of RAM. The device indicates that the company is looking to make a splash in the server market – and things look set to get even more interesting in future revisions.

In a sign that the company is looking to step up its assault against Intel in the server market, aiming its low-powered processor designs at the many-core server sector at the heart of cloud computing projects, ARM has confirmed that future processor designs will include multithreading capabilities to further enhance their appeal.

The news was confirmed by ARM’s segment marketing manager, Kumaran Siva, at the Linley Tech Conference, according to ITworld.

If the company is truly serious about making an impact in the server sector, it’s a smart move. Intel’s processors have featured multithreading in the form of the company’s HyperThreading for some time, and while the benefit of running twice as many threads as you have cores hasn’t exactly been proven in the consumer market, many server environments can enjoy a speed boost on parallel computing operations when the technology is enabled.

Speaking to attendees at the conference, Siva explained that the multithreading extensions would first appear in network processors before trickling down to the company’s general-purpose chips. Asked why the Cortex-A15 chip, which is ARM’s first real attempt to diversify from the mobile sector in years, didn’t feature multithreading, Siva replied, “From our point of view, it has a lot of unfortunate implications from a software development and software maintenance point of view,”, exlpaining that code developed for multithreaded environments means that it’s “hard to migrate [...] in the future”.

Sadly, Siva refused to be pressed on precisely when multithreaded ARM chips would make their appearance in the market.

Source:http://www.bit-tech.net/news/hardware/2010/09/30/arm-to-add-multithreading/1

Intel To Reward Teachers, Educators For Innovative Practices

September 30th, 2010

Intel, the world leader in silicon innovation, is calling for nominations for its Intel Exemplary Teacher Award 2010 that recognises innovative practices in the class room.

In a statement on Thursday, Intel said the award was created to value, recognise and energise exemplary teachers and educators in the country.

“Nominated entries will be evaluated based on a number of criteria which include but not limited to the use of innovative pedagogy, integration of technology, impact to learning, sustainability of the exemplary practice and potential replication of their teaching methods,” it said.

Five winners will be selected, with prizes of RM3,000, RM2,000 and RM1,000, as well as netbooks.

Nominations are to be submitted to the Secretariat, Intel Exemplary Teacher Award before October 15. Application forms can be downloaded at http://www3.intel.com/cd/corporate/education/apac/eng/my/teach/award/454059.htm

It is open to those in public schools and teacher education institutions under the Ministry of Education.

Source:http://www.bernama.com.my/bernama/v5/newsindex.php?id=531563

Introducing the ASUS U35Jc

September 30th, 2010

The fine folks at ASUS have had a string of pretty worthy ultraportables to their name. When we reviewed the U30Jc back in May, we found it to have just the right mixture of performance, battery life, and portability, and on top of all that, it just plain looked good. It was good enough to earn our Bronze Editors’ Choice award, and we even looked at what adding an SSD could do for performance; at the same time, it had two nagging flaws. The first was the same gripe we seem to always have with consumer notebooks: a mediocre screen. The other? A dedicated GPU that was a middling jump forward at best from the U30Jc’s predecessor: going from the NVIDIA GeForce G 210M to the GeForce G 310M is a minor improvement at best, and in practice, indistinguishable apart from the Optimus functionality the 310M brings to the table.

Two months ago, we reviewed the ASUS U33Jc, a slimmer version of the U30Jc with a bamboo veneer. The bamboo wasn’t the only upgrade, however, as it also sported newer features like a USB 3.0 port and Intel Wireless Digital connectivity for sending a 720p image to your HDTV (though you’ll need to purchase the $100 HDTV device separately). While Vivek was quite attracted by the design, spending an extra $150 over the cost of the U30Jc for a few minor updates is a bit harder to recommend, and it still had the same middling LCD panel.

Today we have on hand the slimmer, lighter sibling of the U30Jc, the appropriately and excitingly named U35Jc. No bamboo veneer this time, but then no WiDi or USB 3.0 either.

As far as specifications go, the ASUS U35Jc seems incremental at best compared to the U30Jc. While the U30Jc we reviewed featured an Intel Core i3-350M processor with a 2.26 GHz clock speed at its heart (Core i3 processors have no turbo speed), the U35Jc gives us a minor bump to the i3-370M running at 2.4 GHz. We still have the same Intel HM55 chipset and 4GB of DDR3, but the hard disk has gotten a bump in capacity from 320GB to 500GB; it’s still running at the same slow 5400 RPM, a disappointment when 7200 RPM drives have gotten so much cheaper. Power consumption differences between 5400 RPM and 7200 RPM drives can be fairly negligible at this point, so there’s really no excuse for going with the faster hardware.

The U35Jc also features the same NVIDIA GeForce G 310M graphics hardware (with Optimus) the U30Jc had, but here there’s actually been a downgrade. While core and shader clocks are identical to its predecessor, the 1GB (really? 1GB of video memory on a 64-bit bus?) of DDR3 has actually had its clocks cut down to an effective 1334 MHz, unfortunately just 3 MHz shy of leetness and 300 MHz shy of usefulness. As a result, you’ll see gaming performance is generally worse on the U35Jc, no mean feat when the 310M was pretty poor to begin with.

All of the other components remain virtually unchanged apart from one major change: the U35Jc has had its optical drive removed, and as a result the unit is physically smaller and nearly a pound lighter. Some people might be upset at the loss of the drive, so if you think you might be one of them, the U30Jc is still around. For the rest of us, though, the trade-off is probably a worthy one. And then there’s the U33Jc, still going strong at $969. If you figure on $50 for WiDi, $50 for USB 3.0, and $50 for bamboo, this is a wash, and the components are essentially identical to the U35Jc (outside of the GPU RAM size and clock). If you’re looking for a lower price, this might be the laptop to get.

Source:http://www.anandtech.com/show/3948/asus-u35jc-jogging-in-place

Acer says Netbooks will not die

September 30th, 2010

Acer president Scott Lin said that despite pessemistic statements to the contrary, the netbooks category will not die.

At a press conference in Taiwan, Lin had been asked about PC makers shifting towards tablet PCs and away from netbooks according to the Digitimes. Lin forecast that global netbook shipments for 2010 will be around 40 million units, around 20 per cent of the entire notebook market.

Lin didn’t go far as to say that growth could be expected in the decline category, instead saying that 2011 will remain around the same level Acer and fellow Taiwanese manufacturer Asus would have more of the market to themselves following the withdrawal of Dell and HP.

Pinning hopes on Intel’s new Atom N550 CPU offering better performance at the same price, Lin said that the price to performance ratio for netbooks based on Intel’s revamped Atom CPus would be attractive to consumers.

Acer aksi saud they expect to sell 2 million smartphones in 2011 and set an aggressive goal to more than double their smartphone shipments to 4 or 5 million in 2011.

Source:http://www.pcr-online.biz/news/34751/Acer-says-Netbooks-will-not-die

LiPPERT Extends Its CoreExpress® Family With Intel® Atom™ Processor E6xxT

September 30th, 2010

In parallel with the release of the latest members of Intel’s Atom family, LiPPERT Embedded Computer introduces the new CoreExpress-ECO2 Advanced Computer on Module. It is especially suitable for portable, battery-powered devices and can be easily integrated into industrial networks using the built-in CAN-bus interface.

The CoreExpress ECO2 module utilizes Intel’s newest member of the Atom family to gain a wide variety of functions with only few building blocks. The Intel Atom Processor E6xxT Series is Intel’s first system-on-a-Chip (SOC) that is designed specifically for the embedded PC market. Compared to the current CoreExpress generation with Intel’s Z5xxT processors, graphics performance has been significantly increased. A built-in hardware-accelerated video encoder within the E6xxT processor opens up entirely new applications.

Very low power consumption is a distinctive feature of these SOCs. Depending on the available models with clock frequencies of 0.6, 1.0, 1.3, and 1.6 GHz, their specified Thermal Design Power figures only range from about 2.7 to 3.9 watts.
With these values, the CoreExpress-ECO2 is especially well suitable for battery-operated systems requiring long operating times. Cooling requirements are minimized, too.
The highly integrated SOC uses the PCI Express bus (PCIe) as the chipset interface. This allows the processor to work with any PCIe-compatible device, such as proprietary ASICs, FPGAs, or application-specific I/O hubs. Intel calls the combination of the SOC with the Intel Platform Controller Hub EG20T the “Queensbay platform”.
The Queensbay platform is the foundation for the CoreExpress-ECO2, a tiny module with a size of only 58mm x 65 mm. The Advanced COM board features:

• Intel Atom E6xxT, 0.6 GHz to 1.6 GHz
• 2 GB DDR2 RAM max. (soldered)
• SDVO and LVDS graphics interfaces
• 2 SATA ports
• 3 x1 PCIe ports
• 7 USB 2.0 ports (including a client port)
• Gigabit LAN Controller with IEEE1588
• CAN bus (external transceivers required)

These hardware features are complemented by a Fail-Safe BIOS and integrated LiPPERT Enhanced Management Technology (LEMT). LEMT is implemented in all current LiPPERT products and offers functions for Condition Monitoring. Developers can embed LEMT into their applications using the provided source code interface. A special feature offered by the CoreExpress-ECO2 is the ability to measure its supply current in real time and thus to determine the power consumption of the CPU in different operating states.
Like all LiPPERT products, the CoreExpress-ECO2 is also available in the extended temperature range from -40°C to 85°C.
As a member of Intel’s Early- Leader-Access Program, LiPPERT Embedded Computers was able to develop the Toucan-TC just in time to meet Intel’s product launch timeline. Thus, developers can use the new processor as soon as it becomes available in quantity.

Source:http://www.openpr.com/news/146223/LiPPERT-Extends-Its-CoreExpress-Family-With-Intel-Atom-Processor-E6xxT.html

COM Express Board Hosts Intel Atom™ E6xxT Series Processor

September 30th, 2010

In sync with the launch of Intel’s latest Atom family members, LiPPERT Embedded Computers introduces the Toucan-TC, a computer on module in COM Express Compact format. Automotive, telecommunication, telematics, medical, traffic and industrial applications are the main targets for this low power board.
LiPPERT expands its range of COM solutions with the “Toucan-TC” COM Express board using the new Intel Atom E6xxTx Series Processors. The E6xxT series is the first Intel Atom processor-based system-on-a-chip (SOC) for embedded applications. Compared with Intel’s Z5xx processors, graphics performance has been considerably increased. An integrated, hardware-accelerated video encoder allows completely new applications. The new processors are available in speed grades of 0.6, 1.0, 1.3, and 1.6 GHz and have, depending on that speed, a Thermal Design Power (TDP) ranging from just 2.7 to 3.9 watts. These low values make the Toucan-TC an excellent choice for applications where low power consumption is an essential requirement.

The highly integrated SOC uses PCI Express (PCIe) as the chipset interface, which means the processor can pair up with any PCIe-compliant device such as a proprietary ASIC, FPGA or application specific I/O hubs. A combination of this SOC with the Intel Platform Controller Hub EG20T is called Queensbay platform by Intel. Built in the small COM Express Compact form factor of 95 x 95 mm, the Toucan-TC embedded PC module takes advantage of the Queensbay platform and features:

• Intel Atom E6xxT from 0.6 GHz to 1.6 GHz
• Max 2 GB of soldered DDR2 Memory
• On Board SSD (optional) 2-64 GB
• SDVO and LVDS graphics interface
• 3 SATA ports
• 1 PATA port
• 5 PCIe x1 ports
• 7 USB 2.0 ports (including a client port)
• Gigabit Ethernet port
• Micro-SD Card Slot
• CAN-bus and four UART ports on mechanically lockable option connectors for (requiring external transceivers)
In addition to the COM Express features, the Toucan-TC offers a Fail-Safe BIOS function, an optional solid-state drive (up to 64 GB), a µSD card slot and comprehensive condition monitoring. The Fail-Safe BIOS functionality allows secure remote BIOS flash upgrade, while the Condition Monitoring (LEMT), available on all new products from LiPPERT, provides numerous additional software functions. LEMT comes with a programming interface in source code. As a special feature of the Toucan-TC, the user can determine in real time the current consumption and thus the power requirements for different operating states of the CPU.
Like all products made by LiPPERT, the Toucan-TC is optionally available in the extended temperature range of -40 °C to 85 °C. Cooling is supported with a suitable heat spreader. All memory is soldered to the board, in order to achieve high levels of shock and vibration resistance.
As a member of Intel’s Early- Leader-Access Program, LiPPERT Embedded Computers was able to develop the Toucan-TC just in time to meet Intel’s product launch timeline. Thus, developers can use the new processor as soon as it becomes available in quantity.

Source:http://www.openpr.com/news/146224/COM-Express-Board-Hosts-Intel-Atom-E6xxT-Series-Processor.html

Beginning your interesting career in computer diagnosis and repair

September 30th, 2010

Many people these days possess their own computer, and a high percentage of them use their computer daily. With so many hours being spent on the computers, it’s understandable that one day they’ll come across a problem. Whether it’s a computer virus or a hardware malfunction, there are many things that could occur to leave the machine inoperable or intolerable to work with. Unluckily many of these computer users don’t really understand anything about them, most will merely use it for the internet and even then if you mentioned “web browser” they’d be puzzled. So where do they go to for support? Odds are they’ll take the machine back to where they purchased it, often incurring over-the-top costs for a repair.

So how does this concern you? Well, if you’re hunting for Career Ideas and are thinking about self employment, why not look into starting your own computer repair service. Even if you don’t know loads about computers, you could easily study hardware repairs. Although being able to diagnose software problems would boost business, you could start off slowly and practice more while you work. These Careers have good potential since computer repair is a reasonably common need, and the well known retail chains typically overcharge for their support. Replacing a stick of RAM takes all of two minutes, and some retailers can ask for up to £15 for this. Taking it further, when you are more comfortable with the software side of things, setting up a new operating system onto a PC can bring about costs of up to £50, although this is a lengthy process, you are only required to be at the machine for the first few minutes to set it off, what’s left is just a long installation,… easy money no?

So if you’re thinking about these New Careers, you may be wondering what exactly you could provide customers. The basics would no doubt be hardware repairs and troubleshooting, merely checking the workstations components to find the fault and then if needed, ordering replacement components for the customer. This can make some reasonable money, but the most of your work will often be customers with either software problems, or wanting to upgrade the computer. Common software problems include OS reinstallation, virus cleaning and setting up new software. These Careers are nice because you can still charge a reasonable price to interest customers yet still be making excellent money per hour.

If you decide on these Career Ideas you could of course be working self employed and working from home, on call or in your own store. These New Careers can be really flexible too, as if you bring the customers machine in, although you need to set a fair time frame, you could still arrange your work to suit your daily life. There’s lots you could offer and do in these Careers, it’s best to think carefully about what you can effectively offer. It could also be worthwhile buying a cheap computer so that you can learn both hardware and software installation, the spare components can also be helpful for diagnosing a customer’s hardware if need be.

Source:http://www.marwrut.ru/blog/2010/09/30/beginning-your-interesting-career-in-computer-diagnosis-and-repair/

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