Kingston Digital Unveils Second Generation Colorful Mini Fun USB Flash Drives

USB flash drives are some of the most convenient pieces of technology around today. They allow you to add anything from data files to word documents and even movies or music to them and transport them to any USB device for instant access. But just because you have a cool piece of technology doesn't mean it has to be boring.

That is why Kingston Digital unleashed their DataTraveler Mini Fun not too long ago, a device that added color and fun to your everyday USB flash drive. Well, everything deserves an upgrade now and then which is why Kingston Digital has just unveiled the next generation of the DataTraveler Mini Fun USB flash drive.

This latest release from Kingston features a ton of colors as well as a rubber casing and a miniature size which is reviving one of Kingston's favorite designs. According to Jim Selby, Manager of European Product Marketing for Kingston Digital Europe, "These multicolored fun devices can be 'snapped' to each other in order to construct different objects and cool shapes. Users can take apart their designs and build something new and creative every day. The versatile Kingston DataTraveler Mini Fun G2 is the perfect storage companion to help store your favorite documents, photos and music in a mini-sized drive. It's so small that you can take it anywhere."

There are three different color designs for the Kingston DataTraveler Mini Fun G2. This allows users to mix and match different sticks. The mini design and bright colors make this USB drive ideal for your home, school and travel. There are three models of this device currently available, a 2GB, 4GB and 8GB, each of which come with a different color combination.

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Breakthrough by IBM May Bring Us Exascale Supercomputers

If you are one of the people out there that doesn't think that a supercomputer seems good enough, then you probably work at IBM. Researchers at IBM have just made a breakthrough in using light pulses to help accelerate the transfer of data between chips. If this works out like the people at IBM think it will, then it could quite possibly increase supercomputer performance by more than a thousand times.

This technology, dubbed CMOS Integrated Silicon Nanophotonics (I feel smarter already), integrates optical modules as well as electrical modules on a single piece of silicon. This allows electrical signals created at the transistor level to be transformed into light pulses, seemingly allowing chips to communicate faster according to IBM silicon photonics research scientist Will Green.

IBM believes that this new technology will lead to massive advances in supercomputer power. The fastest supercomputers we have around today max out at nearly 2 petaflops which, for us lay people, registers into two thousand trillion calculations per second. The photonics technology could increase this number to a staggering trillion million calculations per second. Yeah, a MILLION TRILLION calculations per second, otherwise known as an exaflop. This would help IBM achieve their goal of building an exascale computer by the year 2020.

According to Green, "In an exascale system, interconnects have to be able to push exabytes per second across the network. This is an interesting milestone for system builders who are looking at building exascale systems in 10 years."

The possibility of integrating multiple photonics modules onto a single substrate or onto a motherboard is here, according to Green. Newer supercomputers already use optical technology for chips in order to communicate. However, this usually occurs at the rack level and mostly over a single wavelength. This breakthrough will allow optical communication simultaneously at multiple wavelengths.

The good thing about this technology is that it can be manufactured on a standard chip production line. Another benefit is that it also needs no special tools, making it extremely cost-effective. The current demonstration used a 130-nanometer CMOS manufacturing node. However, IBM plans on pursuing integration into "deeply scaled sub-100 nanometer CMOS processes," according to Green.

The technology aims to replace copper wires. As you know, copper wires are widely used today for data transfer between chips. Optics can get a speed increase for distances as short as a few centimeters to as long as a few miles and even consumes less power. Eventually, IBM hopes to use optics for on-chip communication between transistors as well. According to Green, "There is a vision for the chip level, but that is not what we are claiming today."

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