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Processors   
Silicon Labs
Silicon Labs (NASDAQ: SLAB), is an industry leader in the innovation of high-performance, analog-intensive, mixed-signal ICs. Developed by a world-class engineering team with unsurpassed expertise in mixed-signal design, Silicon Labs’ diverse portfolio of highly-integrated, easy-to-use solutions offer significant advantages in performance, size, cost and power consumption.  




Daughter/SOM/OEM Boards

Development Kits etc.

IDEs (Compilers etc.)

Reference Designs

Wireless Evaluation Boards

CAN OBD Reader Reference Design

_CAN OBD Reader Reference DesignThe Silicon Labs CAN OBD Reader Reference Design use the CAN peripheral of the C8051F502 microcontroller (MCU) and interfaces to the OBD-II port in a vehicle to retrieve the diagnostic error codes and

DTMF Decoder Reference Design

_DTMF Decoder Reference DesignUsing the 25 MIPS CPU and on-chip ADC, the C8051F300 can perform DTMF tone generation and decoding. The combination of high performance and small size (3x3 mm) makes the C8051F300 an ideal choice for

Embedded Modem Development Kit

_Embedded Modem Development KitThe Embedded Modem Development Kit provides all of the hardware and software to create an embedded modem solution.

RF to USB Reference Design

_RF to USB Reference DesignThe RF to USB Reference Design is a simple tool to demonstrate, evaluate and develop with Silicon Labs´ low power sub-GHz wireless MCUs.

Sensorless BLDC Motor Reference Design

_Sensorless BLDC Motor Reference DesignThe Sensorless BLDC Motor Reference Design illustrates how to use the 5x5 mm C8051F310 microcontroller for high performance sensorless BLDC motor applications.

Stepper Motor Reference Design

_Stepper Motor Reference DesignThe Stepper Motor Reference Design illustrates how to use the 3x3 mm C8051F301 microcontroller for high performance stepper motor applications. This reference design can also be used as a platform for

Temperature Compensated RTC Reference Design

_Temperature Compensated RTC Reference DesignThe Temperature Compensated Real-Time Clock (RTC) Reference Design kit provides a cost-effective way to easily develop applications that use a temperature compensated RTC.

USB Mass Storage Reference Design

_USB Mass Storage Reference DesignThe USB Mass Storage and CF/MMC/SD Reference Design kit includes everything necessary to implement a FAT16 file system using an SD, MMC or CF memory card on your Silicon Labs MCU. In addition, it prov

Voice Recorder Reference Design

_Voice Recorder Reference DesignThe Voice Recorder Reference Design illustrates how to use a C8051F411 for voice application. It is a practical demonstration of C8051F41x high performance analog and CPU throughput capability.

Wireless Sensor Node Energy Harvesting Reference Design

_Wireless Sensor Node Energy Harvesting Reference DesignThe Wireless Sensor Node Energy Harvesting Reference Design illustrates how to use an Si1xxx wireless microcontroller in an extremely low power wireless sensor application.