Powered by Silicon Labs' Si10xx wireless MCUs, the MeshConnect Sub-G modules are CEL's first module series optimized for wireless applications in the sub-GHz ISM band including smart meters, home automation, security systems, remote keyless entry, irrigation control and weather stations.
Silicon Laboratories Inc. (NASDAQ: SLAB), a leader in high-performance, analog-intensive, mixed-signal ICs, today introduced a family of crystal oscillators (XOs) and voltage-controlled XOs (VCXOs) designed to minimize jitter, system cost and design complexity for a wide range of high-performance, cost-sensitive applications up to 250 MHz.
Silicon Laboratories Inc. (NASDAQ: SLAB), a leader in
high-performance, analog-intensive, mixed-signal ICs, will highlight its latest semiconductor innovations at Embedded World 2011 in Nuremburg, Germany, Mar. 1-3 at Stand 12-136.
Silicon Laboratories Inc. (NASDAQ: SLAB), a leader in high-performance, analog-intensive mixed-signal ICs, today announced that it is providing its latest digital multi-band receiver technology to Tecsun, a leading Chinese manufacturer of portable radios.
For compact systems of eight ports or less, the Si3480 power manager provides a pin-programmable, stand-alone solution that does not require an interface to an intelligent host, making it ideal for unmanaged switches or other applications in which the user wants full-featured active power management without having to write or integrate system software.
As the high-fidelity market increasingly adopts digital audio technology and high-efficiency standards, developers are designing energy-efficient "green" systems that meet Energy Star guidelines while delivering exceptional audio performance and enabling BOM cost reductions.
The Si5350/51 clock generators leverage Silicon Labs' patented MultiSynth technology to provide superior frequency flexibility, lower jitter, lower power and smaller footprint than any three-PLL or four-PLL clock generator on the market today.
With the rapid proliferation of USB and HID-USB in the embedded world, developers are looking for painless, economical ways to embed USB connectivity in their designs.
Silicon Labs leveraged its expertise designing low-jitter, frequency-flexible timing products to develop a device capable of replacing quartz-based oscillators with an all silicon solution, dramatically cutting oscillator lead times from up to twelve weeks to only two weeks.
The QuickSense Si1102 sensor enables an electronic device to quickly gauge its proximity to the user. For example, it can detect if a handset is near a user's face and adjusts the display and lighting accordingly.
Most embedded wireless applications require a high performance RF transceiver, receiver or transmitter for data communication with an embedded MCU for system control and data processing.
The QuickSense Studio Configuration Wizard simplifies the integration of human interface technologies in end products, allowing engineers to set up capacitive buttons, sliders and wheels, and ultimately touchscreens, by using an intuitive software GUI that generates all the C code required for the selected functions.
The CP2501 device is the only semiconductor product of its kind with pre-programmed touch screen USB interface software providing out-of-the-box USB support for large touch screens.
Historically, complex timing architectures have required multiple clock generators and/or standalone crystal oscillators (XOs) to provide the range of frequencies needed by the end application, often at the expense of cost, design complexity and power.
Digi-Key's on-site digital programming simplifies procurement of standard and custom frequencies, eliminating non-recurring expense (NRE) charges and minimum order quantities typically required for custom-frequency XOs. This results in lower development and initial production costs.
As the industry's only sub-GHz 8-bit wireless MCUs, the Si10xx family offers market-leading RF performance with the highest output power and sensitivity and lowest power wake-up transition.
The Si5355 leverages a single PLL architecture and Silicon Labs' proven MultiSynth fractional divider technology to provide greater frequency flexibility and lower jitter than 3 PLL or 4 PLL clock generators.
An integrated 24.5 MHz precision internal oscillator and flexible UART baud rate generator allow UART communications over the full temperature and supply voltage range without the addition of a crystal. This saves cost, board space, and increases reliability.
Offering a CPU throughput of up to 50 MIPS, the F5xx family enables real-time computations instead of look-up tables, which reduces code size. Signal processing algorithms can be implemented in real-time, reducing the need for external filtering components, which in turn lowers system complexity and cost.
As networking and telecom hardware designs migrate to higher speeds and greater complexity, timing architecture has become a key consideration in the overall system design.
The Si1120 device enables an innovative, patent-pending touchless proximity slider for gesturing, allowing end users to navigate without a physical touch but with simple gestures.
The high-resolution CDC, which features a 40 microsecond acquisition time combined with a 25 MIPS CPU, provides sophisticated and highly responsive touch sense functions to replace mechanical buttons, sliders and wheels.
Silicon Labs' extensive timing portfolio and online customer support capabilities dramatically accelerate time to market and streamline the development process.
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