News Article
Soitec's substrates used in 50 percent of smart phones & tablets
Soitec has estimated that its substrates are used in at least 50 percent of smart phones and internet-connected tablet computers.
The company says its materials technology in portable communications demonstrates its important role in high-volume, cost-sensitive applications such as cellular phones, tablets and other fast-growing markets involving mobile internet devices.
Soitec's wafer shipments for radio-frequency (RF) applications have increased by 400 percent in the last two years.
Between April 2012 and March 2013, Soitec believes it will have shipped over 200,000 engineered wafers to customers making semiconductors for mobile communications.
These wafers will produce approximately 2.5 billion ICs for front-end module applications, corresponding to half the 600 million smart phones and 100 million tablets expected to be produced this year, according to market projections.
According to market analysts, today most smart phones and tablets rely for their RF circuits on engineered substrates such as bonded silicon-on-sapphire (BSOS), high-resistivity (HR) silicon-on-insulator (SOI) and gallium arsenide (GaAs).
These engineered substrates are in production to manufacture antenna switches, antenna tuners, power amplifiers and WiFi circuits. Soitec offers all these RF engineered substrates, which meet the requirements of leading-edge smart phone ICs, such as linearity, high mobility and isolation.
"Approximately 30 percent of our microelectronics business is in the RF-based market. Our technologies' market penetration in smart phones and other RF-based communication devices proves that our engineered substrates are very competitive in price-sensitive consumer applications," says Paul Boudre, COO of Soitec. "Our product roadmap will continue to enable innovation and cost-effectiveness for future mobile communication markets."
Soitec says its Wave SOI high-resistivity substrates, GaAs epitaxial wafers, BSOS wafers and other layer-transfer technologies offer performance advantages in RF applications.
These engineered substrates are claimed to enable more functionality on smaller chips, lower power usage for longer battery life in portable electronics and higher performance including faster throughput and a wider range.
