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  Date:27th May 2012

Revenue of power mgmt semiconductor devices to reach $8.0 B in the 2Q, up 6.7%

IHS iSuppli has reported revenue of power management semiconductor devices will reach $8.0 billion in the second quarter, up 6.7 percent from $7.5 billion in the first quarter.

The finding shared by IHS includes:

The increase represents the first palpable sign of growth since industry revenue plunged sharply at the end of last year. The market had enjoyed seven straight quarters of growth until the fourth quarter of 2011, when sequential revenue plummeted by a sizable 10.7 percent, as shown in the figure below.

power semiconductor

However, the market has been on the mend since then, posting flat revenue at the start of the year but not declining further. The projected increase for the second quarter is also expected to continue in the second half of this year.

All told, total power management semiconductor revenue for 2012 is expected to reach $32.8 billion, up 2.8 percent from $31.9 billion last year. And although conditions this year will be weaker compared to the strong growth of 2009 and 2010, at least no losses are projected on a yearly basis in 2012.

"Power management semiconductors are employed in a broad range of products, with devices ranging from computers, to cellphones, to energy systems all requiring management of their electrical supplies," said Marijana Vukicevic, senior principal analyst for power management at IHS. "The rising emphasis on portable electronic devices, including the booming sales of media tablets and smartphones, is highlighting the importance of power management semiconductors, which are essential for achieving the heat dissipation, weight and size requirements for such products."

The power management market usually experiences a decline in the fourth quarter of each year as part of normal seasonal trends. However, the scale of the contraction in the fourth quarter last year was a serious indication of an especially depressed market for these semiconductors.

Several conditions had conspired to bring about the decline, including the disruption to manufacturing after the Japan earthquake-tsunami disaster in March and then the heavy floods in Thailand during October. A worldwide slowdown in consumer spending and a pullback in many government-run and supported programs also made matters worse. The result was that by the end of last year, a decline in growth had been experienced by almost all power management semiconductor markets.

There are signs that the market is gaining ground again. While growth was flat in the first quarter this year because of the severe sequential contraction at the end of 2011, a stronger pickup in consumer demand during the second quarter and ahead will help the power management industry. Growth will also continue in another area where power management semiconductors have been strong-in the markets for industrial electronics and alternative energy governing wind, solar and geothermal.

The leading power management products in the consumer space will be insulated gate bipolar transistor (IGBT) modules, used as a device to switch electric power in many modern appliances. In the consumer segment, power management integrated circuits will be the foremost product driving growth.

Projections for the next five years show overall positive growth for power management semiconductors, with revenue increasing by 6.6 percent in the next five years.

During this time, power management semiconductors will grow the strongest in media tablets like the iPad from Apple Inc., with a compound annual growth (CAGR) rate for the semiconductors forecast at a notable 30.7 percent from 2011 to 2016.

Other markets that will drive power management in the next five years are digital set-top boxes at a 15.3 percent CAGR; building and home control at 13.3 percent; enterprise voice networks at 13.1 percent; mobile handsets at 12.3 percent; mobile infrastructures at 11.8 percent; and network switches at 10.0 percent.

IGBT modules represent the main growth areas for the markets above just as in the industrial sector, followed by low-voltage as well as high-voltage metal-oxide-semiconductor field-effect transistors (LV and HV MOSFETs). The main drivers for growth behind IGBT modules are the alternative energy markets for the automotive and industrial sectors, such as safety and control in vehicles as well as energy generation.

Author: Srinivasa Reddy N
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