Silicon Labs Ships One Billionth Radio IC

Silicon Laboratories Inc. has shipped its one billionth broadcast radio IC. The company's digital CMOS broadcast radios are widely used in handsets, portable media players (PMPs), personal navigation devices (PNDs), automotive infotainment systems, tabletop and bedside radios, portable radios, boom boxes and numerous other consumer electronics products.

Silicon Labs introduced the industry’s first single-chip FM receiver in 2005. As the industry’s smallest, highest performance and most integrated FM broadcast radio IC, the Si4700 IC redefined how FM tuners were designed into consumer electronics products. At that time, traditional broadcast audio solutions were based on complex, costly analog architectures that required more than 30 discrete components. The highly integrated Si4700 revolutionized broadcast radio designs by offering exceptional, highly flexible performance, while simultaneously reducing component count by more than 90 percent and board space by more than 60 percent.

Over the past six years, Silicon Labs has rapidly expanded its broadcast audio portfolio to more than 40 distinct products including FM radio receivers, FM radio transmitters/transceivers, AM/FM receivers, shortwave and weather band receivers, RDS data receivers and automotive radio receivers. These products are now the broadcast radio ICs of choice for many leading consumer electronics brands.

“Silicon Labs delivered the industry’s first monolithic all-CMOS FM receiver, providing breakthrough cost, size, integration and performance for broadcast receiver applications in handsets, navigation devices, media players and consumer electronics,” said Jag Bolaria, a senior analyst at The Linley Group. “The company has continued to drive market innovation in CMOS FM transmitters and multi-band AM/FM/SW and weather-band receivers, all widely adopted in the consumer electronics, portable and automotive markets.”

Silicon Labs’ broadcast radio ICs leverage the company’s patented low-IF digital architecture, which enables the highest level of selectivity and sensitivity performance for radios, resulting in reduced interference and superior reception. In addition, Silicon Labs broadcast receivers incorporate advanced audio processing technology that delivers sound quality that is unmatched by other competing radio receiver ICs.

“Silicon Labs thrives on pioneering new ways to solve difficult system design challenges with mixed-signal technology,” said Diwakar Vishakhadatta, General Manager of Silicon Labs’ broadcast audio products. “Our single-chip FM, AM/FM receiver and transceiver families are a case in point. These products have helped our customers reduce the cost and complexity of their designs while enabling more features and functionality to help them differentiate their products in the marketplace. We continue to invest and innovate around our low-IF digital architecture to remain a strategic supplier of broadcast radio technology to the industry.”

Silicon Laboratories

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