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New devices from Buffalo

11.01.2013

The Japanese company Buffalo has demonstrated a number of new devices. Launching in spring 400, the LinkStation 2013 series of storage devices will replace the LinkStation Pro line with many new features. The new devices provide transfer rates up to 80MB/s and support BuffaloLink for remote access and content management throughout the product lifecycle.

The LinkStation 400 series includes the following devices: LinkStation 410D - a turnkey solution with a single drive up to 4 TB (available in the second quarter of 2013 at a suggested market price of $229 for 2TB (LS410D0201), $269 for 3TB (LS410D0301) and $399 for 4TB ( LS410D0401) ); LinkStation 420D is a turnkey solution with two drives up to 8TB (available Q2013 289 at MSRP of $2 for 420TB (LS0202D369), $4 for 420TB (LS0402D469), $6 for 420TB (LS0602D719) and $8 for 420TB (LS0802D421)); LinkStation 2013E - Dual-bay (two hard drive bays), empty DIY drive enclosure (available Q149 421 for a suggested retail price of $XNUMX (LSXNUMXDE)).

AirStation's line of wireless routers and adapters will be expanded in Q2 2013 with two new 802.11ac routers and an 11ac USB adapter. DriveStation DDR, a high-performance USB 3.0 external hard drive with 1GB of RAM for faster file transfer speeds, will also be available in Q2013 XNUMX.

Buffalo Technology also showcased the new Air LinkTheater. The wireless adapter is Miracast compatible and allows users to share their wireless display from multiple supported devices. Users can easily display content from their Android smartphones or tablets on a TV screen or conference room projector in real time. The LinkTheater Air is Miracast compatible and its small size makes it easy to place.

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The era of graphene is coming 09.10.2013

In 2015, mass production of graphene will begin - scientists and engineers from the startup Graphene Frontiers are sure of this.

In September, the US National Science Foundation gave the University of Pennsylvania $744 to develop a startup called Graphene Frontiers. Such generosity can be explained by the prospects of a startup that should organize the mass production of graphene. The availability of graphene is of great importance for the development of many promising technologies based on this material, which has unique properties.

Graphene Frontiers plans to implement a new technology for the large-scale production of high-quality rolled graphene. The company hopes to be the first to adapt the chemical vapor deposition method, which is often used in laboratories and small industries to create polycrystalline graphene, to industrial needs.

Although polycrystalline graphene has found applications in devices such as advanced composite materials and high-frequency transistors, single-crystal graphene has much more attractive properties. Unfortunately, modern technologies for the production of single-crystal graphene, to put it mildly, are far from industrial applications, for example, the method of separating a graphene monolayer from graphite using adhesive tape. Other methods, such as the separation of carbon layers using plasma, or various chemical methods, do not produce very good quality graphene. For the mass introduction of new generation graphene electronics, a new technology for the mass production of single-crystal graphene is needed.

The chemical vapor deposition method allows the production of very high quality synthetic graphene and can be applied to the production of electronics, solar panels and other devices where transparent conductors are required. Graphene Frontiers specialists plan to use continuous rolling (roll-to-roll) for the production of graphene. This is a flexible circuit manufacturing method in which microcircuits are printed on a continuous substrate tape that is rewound from one roller to another. The combination of chemical vapor deposition technology and continuous rolling will produce high-quality graphene electronic components, which will open up a new generation electronics market.

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