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== Broad-based Products==
== Broad-based Products==
With the acquisition of Cygnal Integrated Products, Silicon Laboratories marked their entry into the multi-billion dollar general-purpose analog and MCU markets and began building its Broad-based business, which is now 40% of company revenue. Silicon Labs’ 8-bit MCUs are based on a patented implementation of the 8051 instruction set architecture that is ‘hard wired’ implementation of the 8051 [[microcontroller]] CPU, as opposed to the original micro-coded version. The instruction set is mapped to a basic two-stage pipeline to increase throughput while maintaining an 8-bit program memory width. Silicon Labs differentiation in the market is the integration of analog peripherals to create a mixed-signal MCU that is designed to reduce the system cost without sacrificing performance. The company introduced ARM-based, 32-bit MCUs in early 2012. Also focused on the integration of high performance peripherals, the 32-bit [http://www.silabs.com/products/mcu/Pages/32-bit-microcontrollers.aspx family]
With the acquisition of Cygnal Integrated Products, Silicon Laboratories marked their entry into the multi-billion dollar general-purpose analog and MCU markets and began building its Broad-based business, which is now 40% of company revenue. Silicon Labs’ 8-bit MCUs are based on a patented implementation of the 8051 instruction set architecture that is ‘hard wired’ implementation of the 8051 [[microcontroller]] CPU, as opposed to the original micro-coded version. The instruction set is mapped to a basic two-stage pipeline to increase throughput while maintaining an 8-bit program memory width. Silicon Labs differentiation in the market is the integration of analog peripherals to create a mixed-signal MCU that is designed to reduce the system cost without sacrificing performance. The company introduced ARM-based, 32-bit MCUs in early 2012. Also focused on the integration of high performance peripherals, the 32-bit [http://www.silabs.com/products/mcu/Pages/32-bit-microcontrollers.aspx family]
family eases development with free Eclipse-based development suite including a full compiler, debugger and AppBuilder rapid prototyping utility.
eases development with free Eclipse-based development suite including a full compiler, debugger and AppBuilder rapid prototyping utility.


Also part of the company's Broad-based business are clock and oscillator products that are [http://www.silabs.com/clockbuilder customizable online] as well as digital isolators that replace optocouplers, short range wireless receivers and transceivers for sub GHz applications and an emerging portfolio of touch and proximity sensing products for consumer and industrial applications.
Also part of the company's Broad-based business are clock and oscillator products that are [http://www.silabs.com/clockbuilder customizable online] as well as digital isolators that replace optocouplers, short range wireless receivers and transceivers for sub GHz applications and an emerging portfolio of touch and proximity sensing products for consumer and industrial applications.

Revision as of 18:16, 28 February 2012

Silicon Laboratories, Inc. (NasdaqSLAB) is a mixed signal fabless semiconductor company based in Austin, Texas.

The company was founded in 1996 by three veterans from the former Crystal Semiconductor – Nav Sooch, Dave Welland and Jeff Scott.[1] The company's CEO is Necip Sayiner.[2] The company went public in 2000 and has been profitable every quarter since then, up until Q1-2009.[original research?] Silicon Labs leverages its intellectual property to develop mixed-signal ICs that typically integrate a number of discrete functions on a single CMOS die. The company has leveraged its technology portfolio to expand into a number of large markets. The company has three main businesses:

Silicon Laboratories has about 900 employees worldwide and research and development offices located throughout the US, Europe, and Asia. Silicon Labs' customers include Samsung, Huawei, LG, and Thomson.

Broad-based Products

With the acquisition of Cygnal Integrated Products, Silicon Laboratories marked their entry into the multi-billion dollar general-purpose analog and MCU markets and began building its Broad-based business, which is now 40% of company revenue. Silicon Labs’ 8-bit MCUs are based on a patented implementation of the 8051 instruction set architecture that is ‘hard wired’ implementation of the 8051 microcontroller CPU, as opposed to the original micro-coded version. The instruction set is mapped to a basic two-stage pipeline to increase throughput while maintaining an 8-bit program memory width. Silicon Labs differentiation in the market is the integration of analog peripherals to create a mixed-signal MCU that is designed to reduce the system cost without sacrificing performance. The company introduced ARM-based, 32-bit MCUs in early 2012. Also focused on the integration of high performance peripherals, the 32-bit family eases development with free Eclipse-based development suite including a full compiler, debugger and AppBuilder rapid prototyping utility.

Also part of the company's Broad-based business are clock and oscillator products that are customizable online as well as digital isolators that replace optocouplers, short range wireless receivers and transceivers for sub GHz applications and an emerging portfolio of touch and proximity sensing products for consumer and industrial applications.

Acquisitions

  • 2003 December, Silicon Labs acquired Cygnal Integrated Products, an Austin-based innovator of analog-intensive, highly integrated 8-bit microcontrollers (MCUs).
  • 2007-02-08, NXP Semiconductors announced that it is to acquire Silicon Labs' Cellular Communications Business.[3]
  • 2008, Silicon Laboratories announces acquisition of Integration Associates
  • 2010, Silicon Laboratories announced acquisition of Limerick based 'ChipSensors' and California based Silicon Clocks
  • 2011, Silicon Laboratories acquires Silicon Valley based SpectraLinear

References

  1. ^ Founders of Silicon Laboratories
  2. ^ "Management". Silabs.com. Retrieved 25 July 2011.
  3. ^ NXP Semiconductors