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INTERCON ESA

By implementing ESA, short for Enthusiast System Architecture ", manufacturers of PCs and advanced users will be able to fine tune their equipment with high much better than we could do until now. ESA is very similar to any other mechanism for communication between devices. The difference is that now, devices that previously could not communicate, such as power supplies, cash and liquid cooling systems, for example, may do so if they incorporate ESA technology. Data such as temperature, voltage, air flow, etc ... are essential for maximum performance and overclocking techniques applied in high-end PCs are accessible in real time through ESA. ESA provides a standard way to communicate all these devices, and offers all of these devices could not previously communicate with other system components, doing so, and thus can be controlled by the user
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SilverStone, a pioneer in implementing the ESA Standard, has created a series of proprietary products certified for ESA, among which we find the Commnander monitoring module 01.

Systems This module marketed by Ibertrónica, Commnarder 01, allows users the ability to monitor and control the operation of the thermal system. When connected to an ESA certified motherboard, a proportional comprehensive monitoring and thermal control system, supporting up to 5 fans, 3 lamps (optional) and 4 sensors heat. Operates under the control panel nVidia ESA software, and you do not need more complicated BIOS settings to adjust the system performance. For the enthusiast this is without doubt the best choice for precise control of all parameters of your system.

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Ibertronica Lighting systems with light-emitting diodes

Nelson Tansu, Professor in the department of electrical engineering and computing, and Volkmar Dierolf, professor of physics, both at Lehigh University, has received a three-year grant from the Department of Energy United States study methods can improve the efficiency of light emitting diodes (LEDs for their acronym in English) white.

The electricity for lighting is an important rate. For example, in the United States, about 22 percent of electricity used for lighting.

But when using this energy to light by an incandescent lamp, over 95 percent of this energy is dissipated as heat or infrared light invisible.

A typical fluorescent lamp is about four times more efficient than incandescent bulbs, but it contains mercury, which can pose some environmental and health risks.

A much better option lies in the solid state lighting, a technology that is supported by the LEDs, in which light is emitted from semiconductor materials. LEDs used for backlighting liquid crystal displays in notebook computers and televisions, as well as displays of mobile phones and car dashboards, and are also used in an increasing number of traffic signals and highway billboards and cities.

LED technologies that color these electronic displays have the potential to increase 10 to 15 times or more the energy efficiency of a typical incandescent bulb. LED technology also promises to reach two to three times energy efficient fluorescent lamps.

By significantly improving the efficiency of 22 percent of the electricity we use today for lighting, solid state lighting can significantly reduce the global demand for energy, while lighting systems provide more robust and environmentally safe.

light generated by an LED is emitted from a semiconductor material, usually indium gallium nitride (InGaN) or gallium phosphide (GaP), within the LED. A semiconductor is an element or compound that transmits electricity under certain conditions.

A semiconductor light emitting InGaN blue parts and green spectrum, and a semiconductor GaP emits light in the red spectrum. A white LED to mix these colors in the correct proportion to produce white light. This can be done by converting the wavelength or by mixing colors, which combine multiple LEDs, each the size of a human hair, in a single lamp to produce white light.

The problem is the relative inefficiency of the green light produced by an LED. When combined with red LED light and the blue LED to produce white light, this inefficiency limits the overall radiation efficiency white LED light.

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IPod and IPhone-powered

Several U.S. newspapers today assert that Apple has issued a patent for integrating photo voltaic cells in portable electronic devices with LCD screens .

The text of the patent explains that "solar cells embedded in the handset supply the power needed to recharge the batteries."

Specifically, the cells would be placed under the LCD screens of these devices, making the mobile phone iPhone, whose surface is occupied almost entirely by a touch screen, a good candidate for this new technology.

Apple has not done so far statements this patent.

The integration of photo voltaic cells an organically solve the problems of high consumption of portable electronic devices such as mobile phones. Apple , however, is not the first company to experiment with this technology.

Last year, the U.S. group Motorola developed a screen for mobile phones that allows the passage of 75 percent of sunlight, thus enabling the installation of photo voltaic cells underneath.

Meanwhile, mobile operator Vodafone announced in April plans to manufacture mobile rechargers would work with solar energy in its project to reduce by 50 percent their emissions of CO 2 in 2020. EFE