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The next 10 years promises to be an exciting period in the history of computers and networks as nanotechnology takes off to redefine a new level in the way computers are manufactured. It’s not entirely radical as the Lithographic principles behind the manufacturing process can be adopted for nanotech processes. What is revolutionary are the minute molecular-level sizes at which those circuit boards can now be made. This is the core of nanotech – derived from the Greek nano which means tiny. And in this case, we’re talking molecular tiny. In quantitative scientific terms, “tiny” is in the area of a billionth of a meter or around 1/500th the width of a hair strand. That’s “nano” mathematically.

Nanotechnology in Computers

Nanotechnology ushers in a more meaningful and useful age of miniaturization. The Integrated Chip of the 70s did the same thing that was seminal in manufacturing increasingly smaller chips that now power our cellphones and computers. But they have their limits and we have reached that.

With molecule-sized nanotech based manufacturing of processor chips, memory modules and storage devices, these limits can be breached that will eventually bring two things: (1) more powerful, more cost-effective and more power-efficient computers across all platforms, from mainframes down to laptops; and (2) smaller computer footprints for the same power and efficiencies we currently have.

– Nanotech Microprocessors

With greater transistor densities, processor chips these days have grown so powerful that they require more effective cooling systems employing fans and even water-based coolants usually reserved in mainframes. Lithographic technologies that create those wafer thin circuits containing millions of etched transistors have reached practical limits. Nanotechnology’s molecular-level lithography is the next step. Not only will it produce more powerful computer engines, it can make them operate cooler and with less bulk. Associated circuits in the motherboards and even add-on daughterboards like video graphics and sound processors can be integrated into smaller boards so that computers over the next decade can be no larger than the largest cell phones of today.

– Nanomemories

Memory modules in the 1GB to 2GB range are becoming common these days. Even cellphones have memories in that magnitude. But just like processor chips, you have a manufacturing limit to contend with which bears down on the maximum speed, size and powering efficiency of memory chips. Over the next few years, more powerful RAM with higher capacities and speeds but lower costs can be made from nonmagnetic technology.

– Solid State ”hard drives”

Disk drives have likewise reach the size and capacity limits. If you look at your flash drives now commonly sporting 4, 8 and 16 GB capacities, they are all solid state storage devices that hold the promise of greater storage capacities and efficiencies in computers.

They are also immune to physical shocks or mechanical crashes that hard disks are prone to suffer. But they are expensive to produce and have the highest costs per megabyte of memory compared with a 1Terrabyte hard disk we have at this time. Nanotechnology should take care of that. Expect nanotech-based flash drive technology to evolve with higher memory capacity that will eventually make it more cost effective to replace current electro-mechanical hard drives. GP

The first ever North American Vehicle Dynamics Expo is about to open its doors at the Rock Financial Showplace in suburban Detroit. At the said event, German company Bosch will be unveiling new technologies which they say will make vehicles even safer and more comfortable.

The event will run from October 24 until the 26th. Everyday of the event will see a different Bosch representative delivering presentations to attendees. Scott Dahl, the director of marketing and product planning at the company’s Chassis Systems, will be talking about how Electronic Stability Control or ESC can be used to integrate more functions and technologies to a vehicle. Dahl will be discussing the topic on October 25 at 9:30 AM.

Dr. Kay Stepper, the marketing manager for Bosch’s Chassis Systems Control Division, will speak about Vehicle Dynamics Management on Oct 24 at 10:15 AM. Discussion will also touch on drivetrain, suspension and steering technology advancements which improves chassis characteristics.

Joseph Miller will deliver his speech about the unique possibilities for stability systems for sport utility vehicles and light trucks. Much attention will be given to the application of Bosch’s technology to off-road bound vehicles. Miller will address the event on the last day at 11:35 AM.

One of the technologies which the German company is slated to showcase at the event is their Dynamic Steering Angle Control system. This technology uses the ESC to modify the front steering of a vehicle with the help of Bosch’s Active Front Steering technology. This system makes it easier to steer the vehicle and decreases braking distance. This makes a vehicle safer as it can readily stop when needed.

Another technology that Bosch will showcase at the upcoming event is the Dynamic Wheel Torque Control system. This is already being used by the 2008 BMW X5. The technology makes it easier for drivers to steer a vehicle during cornering even at high speed. The system increases engine torque and lightly brakes the rear wheel making a vehicle more agile.

The Dynamic Roll Stabilizer Force Control is also another system which is designed to complement ESC. Said system guides the driver during select driving situations. The system does this by electric power steering. This system is geared towards motivating drivers to increase their steering input.

The Dynamic Roll Stabilizer Force Control on the other hand creates roll-torque distribution between the front and the rear axle with the help of active roll stabilizers. This technology which is also controlled by a vehicle’s ESC improves the agility of a vehicle by reducing the adverse effects of oversteering and understeering.

These technologies will soon be used by vehicles that automakers produce. With the benefits of aforementioned technologies, they may soon be as common as Acura brake dust shields on vehicles sold to the public.

Your business needs PAVE Software solutions because it is a powerful tool to maximize your company’s profitability and maintain accuracy with your data and customer profiles. The PAVE software program has been developed in collaboration with the mailing industry to assess pre-sort software while determining the accuracy of the sorting address files according to the DMM standard. This software (PAVE) is available only to the software and hardware developers. Companies that design pre-sort software or develop pre-sorting equipment for re-sale or internal use usually avail of the PAVE software.

This program is a process which evaluates and verifies the pre-sort products manufactured by developers, however, the software does not guarantee acceptance of mail prepared by PAVE certified hardware and/or software personnel. Incidentally it, however does provide national approval of computer generated facsimiles of USPS postage statements, standardization of documentation and other pre-sort documentation.

The USPS defines a PAVE certified software product as a pre-sorting product with source codes specifically written to operate on a particular platform or operating system while being assigned a specific version number. Many products use different language compilers to process files within different operating systems or on different hardware platforms. In order to maintain the highest standards of quality assurance, PAVE certifies each product that operates on a particular platform with the correct version number.

One platform is tested on the basis of test files ordered while additional platforms would be tested randomly. PAVE software evaluates each platform of the pre-sort product separately and would issue a certificate for each platform that meets the PAVE accuracy standards. This mailer’s postal automation software prepares the client’s mailing list to meet USPS requirements for maximum discounts in mailing. Such PAVE certified software verifies and standardizes addresses for maintaining address accuracy.

This system eliminates duplicate records, postal re-sorts to the lowest rate possible and prints bar coded labels, tags and required postal forms. PAVE certified by the USPS guarantees highest level of address accuracy for correct delivery and assures direct mail savings. The top functioning highest quality mail management software program, PAVE, performs all the necessary tasks for complete mail preparation to maximize the client’s profits while ensuring time saving.

This most sought after and stable software consistently complies with all US postal service links, accurately corrects and validates addresses for improved mail delivery. It also identifies and removes costly duplicates in client’s data base while providing superb technical support even offering money back guarantees in case of non performance.

This software is an extremely handy tool for efficient management of data dependent business based primarily on consumer data bank. In the business world, incorrect data can be damaging to any company. If the addresses are inconsistent or inaccurate, the company suffers the cost of resending mails, losing customers and eroding its reputation in the competitive market. Direct mailing is a big business as certain products are more appealing to certain customers. A mailing list created by using this sophisticated software helps in a big way in targeting the right customers while validating records and its contents.

Crafted in the heart of Switzerland, where the watchmakers tradition guarantees utmost precision andattention to detail.The GoldVish cell phone is designed by Emmanuel Gueit, who manages not only the design department of GoldVish, but also the stringent quality control.

Gueit has numerous very successful watch and jewelry designs to his name and is regarded as one of the most talented designers in the industry.And with a choice of 16 models, there is always the perfect Goldvish phone for every man and woman.

The elegant lines and beautiful presence of this unique cell phone are underlined by the tasteful use of numerous diamonds and top grain croco or stingray leathers for the backside.And it doesn’t matter if you prefer rose, yellow or white 18 crt gold. Platinum is of course an option.

And the GoldVish is a true golden phone, because of the solid golden casing.No less than 140 gram of solid gold is used to assemble each GoldVish.The buttons and other details of this remarkable phone are finished with VVS1 top-quality diamonds, of course all with official certificates.

With the introduction of this remarkable cell phone, the Geneva based GoldVish company firmly establishes its position as leading in the exclusive segment of luxury personal communication.

Goldvish Le Million is the most expensive cell phone in the world, as Guiness Books of Records say. “Le million” has 120 carats worth of VVS-1 diamonds, and it was evaluated by the designer Emmanuel Gueit. If this mobile phone is out of your price range, they also have “common” models, at Geneva-based Goldvish.

Not everyone can buy a Dh5.8 million mobile that has made it into Guinness World Records as the most expensive phone in the world.

Now from the company that made the record-breaking Le Million comes a more modestly priced offering for those with less cash to flash but who still want a jewellery mobile phone.

GoldVish, the Geneva-based company that designs and manufactures luxurious and exclusive mobiles for people who won’t settle for less than the best, has created a divine phone called Like Heaven.

This mobile is made of 18-carat gold and is studded with 11.30 carats of VVS diamonds. It comes in three versions – white, yellow and rose gold – and the price varies depending on which you choose. The white gold slice of heaven costs Dh802,000, the rose one is Dh790,000 and the yellow one is Dh767,000.

The phones are handcrafted and are each carved out of a 1kg block of gold.

“People use cellphones anytime and anywhere,” Michel Morren, president of GoldVish Luxury Communication, told Emirates Business. “There is no doubt about it, a cellphone is a part of your life and is the simplest way to communicate with another person when they are out of your field of vision.

“However, there was not enough differentiation in the current market portfolio. The consumer brands were all fishing in the same lake and there was a huge vacuum in the high-end luxury market.

“We have entered the luxury segment because we believe that your personal communication deserves the very best. And we have combined haute couture, Swiss watch precision and jewellery craftsmanship with high technology and luxury.

“The GoldVish collection consists of phones made in yellow, pink or white 18 carat solid gold, with prices starting from Dh121,000 and going up to Dh5.8 million.

“They aren’t your usual mobile phones, they are an exclusive accessory designed for people who value prestige. It’s important to successful people to have individuality in the things they buy and these luxury phones certainly offer that.”

However the phone is not just about bling – it has up-to-the-minute technology too.

Apart from the usual MMS and conference call facilities, it comes with an advanced high resolution 176×220 TFT display, high capacity Li-Ion 950mAh battery with up to 400 hours standby time, speaker with Crystal Clear technology, sapphire glass display, photo/video camera with optimised 8x zoom, CMOS lens, comprehensive MP3 player, worldwide FM radio, stereo sound, PC interchangeable 2GB memory for songs, pictures and movies, worldwide GSM coverage, GPRS Class 10, EDGE Class 10, USB and Bluetooth.

They also come with an exclusive ringtone – Vivaldi’s Four Seasons performed by violin virtuoso Domenico Nordio.

The hardware and software was completely developed by GoldVish.

“They have state-of-the-art technology inside them,” added Morren. “It means they can work in places where other phones can’t and, because of the way they have been designed and built they can be upgraded to accommodate new technology.”

As each part of the phone is hand-finished GoldVish manufactures a limited range of bespoke phones. These can be customised with personalised engravings and diamond settings and you can place an order at BinHendi.

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