PETER ALOISSON

Peter Aloisson is the person who is now known for designing the world’s costliest diamond studded mobile phone i.e Ancort Diamond Crypto Smart Phone. This Ancort phone designer, Peter Aloisson is renowned luxury accessories maker and on average he fashions about 4 phones in a year. Talking about this bombastic masterpiece of mobile phone which also said to be high-tech, we would like to tell you that along with being priciest it is also the most secure as even CIA has officially approved it. The craftsmanship is par excellent without a doubt as the designer combination of blue diamonds with rose and white gold embedded on the surface gives a spectacular looks to it, although regular diamonds are also encrusted in it. The sides are inlaid with fine wood....

Grand 350PRL from Mobiado enters the mobile phone arena

Mobiado is all famous for grandeurs. It has once again created that enigma with Grand 350PRL mobile phone. The phone belongs to the Grand Line introduced by the company. The phone design caters retro look and emerges in four colours of pink, gold, black and white. This latest and up-to-the-minute Bluetooth phone has all the talk of the town features loaded in it.

Grand 350PRL mobile phone has on board 3.2 Meg camera, GPS, USB connectivity, mp3, 2.36” display accompanied by 16 million colours, WLAN and much more. The phone has pearl design on full keypad which is enthralling but one does wonder the urgency of it. But designer gadgets are made not only for avail but also for flaunting style and panache for life.

The phone with designer body and latest functionality definitely costs you a little high on the pocket. Well it would cost you $2,600

GOLD PLATED AURIS

With the rise in people’s income, luxurious gadgets are easily within their reach and adding a bling to their favourite ones hardly is a matter of concern for the opulent group of people. Few years back, mobile phones with a bling were a rarity and now everyone seems to be flowing with the tide and coming up with handsets that have got a bling effect! Well, the recent one is the “Auris Unique Phone” that comes in an excellent luminous layer of 18K gold boasting amazing features that you can see below. Supports GSM networks 3 MP camera with vintage style Commendable keypad Back plate is constructed of African Ebony black wood Display, camera and flash are constructed of sapphire glass Auris Unique Phone carries a hefty price tag worth $2600....

GOLDVISH

The Swiss company Goldvish, the Le Million is known for making world’s most expensive diamond studded luxury mobile phones for top-end class. This one which is priced at bombastic one million Euros has been produced in very very limited edition of just 3 units worldwide. What’s more intriguing is that all of three has been imported by Euroset (wondering who?), one of largest mobile handset retailers in Russia. It has a strong foothold in Russian market hence the pride of bringing this masterpiece to Russia goes to it. The Goldvish, the Le Million has already secured a place in the Guinness Book of Records. GoldVish le million handsets are finished with 18 carat gold in pink, yellow and white colours which are then adorned with highest quality of diamonds...

Vertu Ascent Ti – One Of The Costliest Mobile Phones Launched In India!

Vertu, Nokia’s premium mobile phone brand, has launched its next generation of Ascent handsets called Vertu Ascent Ti collection, in the Indian market. Finely built and designed in England, Vertu Ascent Ti mobile phone features a quad band, 3G handset, 3 mega pixel flash VGA camera and comes in three colors, namely black or red leather with a black ceramic pillow or brown with a silver ceramic pillow.

Christened as 'Ti,' the chemical symbol for Titanium, because of High Performance Titanium, the non-corrosive element with the highest strength-to-weight ratio of any metal and an ability to withstand extreme temperatures, usually found in sports car engines, Vertu Ascent Ti mobile phone is designed using the material cues from high performance sports car balances with a distinctly masculine edge. The phone has shiny and well sculpted curves of a powerful car with illuminating onscreen chronograph and keypad.

According to Vertu, the Ascent mobile phone series is characterized by the influence of the power, energy, and sheer precision of a beautiful car.

Commenting on the Vertu Ascent Ti mobile phone line, Frank Nuovo, the Vertu Principal Designer, said, “From the start the Vertu Ascent has been heavily influenced by the power, energy, and sheer precision of a beautiful car; with the Vertu Ascent Ti, this vision has been developed further using the high grade materials, design detail, technical superiority and unsurpassed performance associated with the luxury sports car industry. The result is a highly crafted handset of precision, balance and strength.”

Snuggled into tanned cow-hide leather, the scratch-resistant sapphire crystal face and highly polished ceramic, the Vertu Ascent Ti phone line has been unleashed, after having a series of rigorous tests of every aspect, from sound quality to extreme robustness. The phone line has three most melodious ring tones composed by David Arnold, the composer behind many James Bond soundtracks.

As far as security is concerned, ‘Vertu Fortress’ technology ensures a remote synchronization of contacts and calendar, notes and backs up all stored data to a high security server maintained in an ex-military bunker at a secure location in the English countryside.

The phone allows the users to access the Vertu concierge service via just one click of a button and this service is available 24 hours even if you are in another part of the world. The service lets the users to have queries regarding local restaurants, booking movie tickets or even sending gifts around the world, solved. Vertu Ascent Ti is available for Rs 3, 26,000.

XDR2

XDR2 DRAM is a type of Dynamic Random Access Memory that is offered by Rambus. It was announced on July 7, 2005 and the specification for which was released on March 26, 2008.[citation needed] Rambus has designed XDR2 as an evolution of, and the successor to, XDR DRAM.

XDR2 DRAM is intended for use in high-end graphics cards and networking equipment.

As a fabless semiconductor company, Rambus only produces a design; it must make deals with memory manufacturers to produce XDR2 DRAM chips, and there has been a notable lack of interest in doing so.

ignaling

In addition to a higher clock rate (up to 800 MHz), the XDR2 differential data lines transfer data at 16 times the system clock rate, transferring 16 bits per pin per clock cycle. This "Hex Data Rate" is twice XDR's 8× multiplier. The basic burst size has also doubled.

Unlike XDR, memory commands are also transmitted over differential point-to-point links at this high data rate. The command bus varies between 1 and 4 bits wide. Even though each bit requires 2 wires, this is still less than the 12-wire XDR request bus, but it must grow with the number of chips addressed.

[edit]Micro-threading

There is a basic limit to how frequently data can be fetched from the currently open row. This is typically 200 MHz for standard SDRAM and 400–600 MHz for high-performance graphics memory. Increasing interface speeds require fetching larger blocks of data in order to keep the interface busy without violating the internal DRAM frequency limit. At 16×800 MHz, to stay within a 400 MHz column access rate would require a 32-bit burst transfer. Multiplied by a 32-bit wide chip, this is a minimum fetch of 128 bytes, inconveniently large for many applications.

Typical memory chips are internally divided into 4 quadrants, with left and right halves connected to different halves of the data bus, and top or bottom halves being selected by bank number. (Thus, in a typical 8-bank DRAM, there would be 4 half-banks per quadrant.) XDR2 permits independently addressing each quadrant, so the two halves of the data bus can fetch data from different banks. Additionally, the data fetched from each half-bank is only half of what is needed to keep the data bus full; accesses to an upper half-bank must be alternated with access to a lower half-bank.

This effectively doubles the number of banks and reduces the minimum data access size by a factor of 4, albeit with the limitation that accesses must be spread uniformly across all 4 quadrants.

INTEL CPU

Intel Core is a brand name used for various mid-range to high-end consumer and business microprocessors. In general, processors sold as Core are more powerful variants of the same processors marketed as entry-level Celeron and Pentium. Similarly, identical or more capable versions of Core processors are also sold as Xeon processors for the server market.

The current lineup of Core processors includes the latest Intel Core i7 and Intel Core i5 and the older Core 2 Solo, Core 2 Duo, Core 2 Quad and Core 2 Extreme lines.

Intel Core Duo (product code 80539) consists of two cores on one die, a 2 MB L2 cache shared by both cores, and an arbiter bus that controls both L2 cache and FSB access. Upcoming steppings of Core Duo processors will also include the ability to disable one core to conserve power.

Intel Core Solo (product code 80538) uses the same two-core die as the Core Duo, but features only one active core. This allows Intel to sell dies that have a manufacturing defect in one but not both of the cores[citation needed]. Depending on demand, Intel may also simply disable one of the cores to sell the chip at the Core Solo price—this requires less effort than launching and maintaining a separate line of CPUs that physically only have one core. Intel used the same strategy previously with the 486 CPU in which early 486SX CPUs were in fact manufactured as 486DX CPUs but the FPU failed quality control and the connection was physically severed.