This article via: Sony unveils Vaio desktop replacement series in EC
Sony unveils Vaio desktop replacement series in EC
Two models with 17-inch display is available. For 1000 Euro you get full HD resolution and Blu-ray drive, for 800 Euro only 1600 by 900 pixels and a DVD burner. Both versions are equipped with HDMI and E-SATA port.
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Sony has unveiled a new notebook series. The Vaio models come with EC 17-inch screen, that is the equivalent of 43.9 inches diagonal. The resolution goes to 1920 by 1080 pixels (full HD) - in the high-end model VPCEC1S1E/BJ 999 euros. The VPCEC1M1E/WI with 1600 by 900 pixels costs 200 euro less.
Even a Blu-ray drive is only in the high-model used - the 800-euro device must be content with a double-layer DVD burner. Both have 4 GB of RAM (DDR3), a 500-gigabyte hard disk with 5400 revolutions per minute, and AMD's ATI Mobility Radeon HD5650 graphics solution with 1GB of VRAM. The cheaper model assumes an Intel Core i3-330M (2.13 GHz, 3 MB L2 cache), the 1,000-euro version with a i5-430M (2.26 GHz, 3 MB L2 cache) - both are dual core processors.
As usual in this class besides the keyboard number pad has found the place. The ports include an Express Card slot, an HDMI and three USBs 2.0. A special feature is the still little common e-SATA port.
The battery has mAh of capacity in both cases, a 3500, so the less expensive device is a point ahead - a result of weaker hardware keeps it down to 180 minutes on a single charge, its sister model creates contrast, only 155 minutes.
One can distinguish the two configurations of color: the more expensive high-end model is only available in black, the 800-euro version in white only.
Sony's Vaio EC costs 799 euros in white, black 999 euros - but with a higher screen resolution and Blu-ray drive (Image: Sony- dell HD438 battery , dell KD186 battery , dell KD476 battery , dell TC030 battery , dell TD347 battery , etc).
The current global shortage of solar PV market, the situation will be the end of 2009, as in 2009 when the global solar PV installation market 8.96GW, while the supply of up to 9.57GW. Because of the recent global shortage of polysilicon materials, the rapid expansion of production capacity, so that the supply of monocrystalline silicon solar cell materials can be mitigated with inorganic thin film solar cell production capacity to gradually open up, and new HCPV and solar thermal power technology to open up the occupation on the ground. Oversupply situation may last until 2012. In 2012 the global solar PV market demand for 20.3GW, the corresponding supply capacity of 21.2GW.
Starting in 2005 as the shortage of polysilicon materials, making the global crystalline silicon solar PV industry supply chain, materials, polysilicon spot prices push up to 450 U.S. dollars per kilogram. Therefore, according to Lux Research reported in the past two years, as many as 133 worldwide polysilicon project launched, is expected by 2010 is expected to ease the shortage of polysilicon materials. Some countries such as Germany, Japan and Spain in order to promote solar PV industry, the government introduced subsidies will gradually diminish.
But as China, India and other emerging markets may be more government subsidies to promote the further development of the global solar market. From 2005 until 2007, there were already 46 companies IPO. While the overall level of total funds in 2006 dropped 40%, reaching 2.2 billion. Since 1995, 46 solar energy company to complete the listing, the total funds received a total of 7.33 billion U.S. dollars, and will generate 34.7 billion U.S. dollars in value. Last two years, mergers between the solar energy industry began to increase, total accrued since 1995, a total of 41, total capital reached 2.48 billion U.S. dollars. However, 97% of which occurred after the beginning of 2006, such as thin film solar equipment manufacturer Applied Materials, Inc. in the near future of several major mergers action.
Lux Research analysis found that companies in the solar PV industry, some of the key trends. To 2010 as crystalline silicon PV industry in the polysilicon material supply-side shortfall would ease, but soon confront Slowing demand from the emerging technology challenges, namely inorganic thin film solar cells and solar thermal power technology starting . Although, MW solar photovoltaic power generation will account continued to increase, while the average selling prices. Can be expected in 2010 for the first time crystalline silicon photovoltaic power generation will decline every year, and the semiconductor memory industry is similar to the solar PV industry investment funds keen to reduce the risk of the IPO and the company began to turn cold.
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