(SEMI) of the global semiconductor industry association Silicon Manufacturers Group (SMG) latest quarterly analysis shows that the second quarter of 2015 compared to the global silicon wafer area shipments in the first quarter showed a rising trend.

The first quarter of 2015, total global silicon wafer area shipments have reached 2,637 one million square inches (million square inches, MSI) of the new record again in the second quarter increased by 2.5% to $ 2,702 one million square inches. Compared to the previous quarter, total area shipments in the second quarter 2014 also upgrade 4.4% in 2015 first half compared with the same period the total area shipments increased 7.8% in the previous year (see table).

Caoshi Wong, president of SEMI Taiwan expressed: “SMG survey found that silicon wafer shipments for two consecutive quarters showing growth trend in shipments in the first quarter of this year after a new high, with shipments in the second quarter once again a record..”

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On the other hand, Taiwan’s semiconductor industry continued to increase market share in the past five years, not only has improved in foundries and packaging and testing market share, while in the global semiconductor market in the field of advanced technology industries also see growth.

Moreover, Taiwan’s semiconductor manufacturers continue to invest in cutting-edge technology, but also for development and pave the way for the subsequent years. Buildings and facilities play a vital role in high-tech manufacturing, not only directly affect the process yield and production costs, but there must be an essential prerequisite before the high-tech manufacturing.

Recently, a team of scientists in Australia has developed an organic printable solar panels, although as Bohou only paper, but its power supply capacity is not bad, even laminated panels provide energy to an entire skyscraper buildings ʱ??

The advantages of this cardboard is that of the solar cell, which can house the actual position of the roof, the glass directly print out 3D printing, saving a lot of tedious aspects of manufacturing panels. Currently, researchers have succeeded in reducing the board each of the organic solar cell to the volume is only the size of a coin, so that solar panels are not only used in home construction and other fields, compact size also allowed for iPad , portable computers and other mobile devices to provide power.

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Regarding manufacturing technology, the research team improved a 3d printer that can be used to manufacture solar cells solar ink cardboard, compared to traditional silicon solar panels, the solar cell is not only the volume of cardboard thin, and production costs Very inexpensive, using methods as simple as connecting the battery.

Cardboard solar project leader, the technology will reduce dependence on traditional energy sources in some developed countries, while providing a cost-efficient small power sources in remote areas of developing countries outside the grid. The technology research team said it would promote this solar paperboard market within the next few years.