Next generation Internet Infrastructure starts with any frequency, any output clock generators

Don’t be afraid of multiple timing domains and challenging frequencies. Because it doesn’t have to be challenging. We make your timing design simple.  Silicon Labs has developed a new portfolio of clock generators and jitter attenuators optimized for high-speed, frequency-flexible, ultra-low-jitter clock synthesis. These clock devices enable system designers to design “any-port, any-protocol” line cards…

Overview of 8-bit MCUs in the IoT

Today’s IoT connected device applications need a broad array of MCUs in order to address complex communication challenges in multi-protocol environments. Often, a multitude of MCU interfaces and connectivity technologies have to co-exist on the same die just to accommodate the diverse IoT ecosystem. If you’ve ever deal with RF integration in particular you know…

Simplify your timing designs with low power jitter attenuators

Don’t be afraid of multiple timing domains and challenging frequencies. Because it doesn’t have to be challenging. We make your timing design simple. The insatiable demand for bandwidth to support applications such as video streaming and cloud computing is driven telecom service providers to continuously increase network capacity and migrate to higher speed Internet Infrastructure…

Silicon Labs ranked as fifth most innovative company by CNBC

What does Silicon Labs have in common with tech industry giants like Amazon, AMD and SanDisk? An obsessive commitment to research and development, and a spot in the top ten of CNBC’s R&D All-Stars rankings. You can read more about the methodology, but the gist is that Silicon Labs devotes more than a quarter of…

Low-Power Embedded Design Tips for Wearables

Wearable devices, from smart watches to portable health and fitness trackers, are changing many aspects of our daily lives. A successful wearable device must deliver the right combination of price, performance, functionality and battery life, as well as a unique look, feel and behavior to differentiate itself from its competitors. To reduce the microcontroller’s impact…

Employee stories – Dad’s toolbox was her toy box

Silicon Labs International in Singapore just celebrated its 10 years of growth and innovation this year. Singapore has been strategic to Silicon Labs’ competitiveness and success in the global semiconductor industry and the rapidly growing Internet of Things (IoT) market. Leung Kafai, Designer Director at Silicon Labs, who has led a microelectronics design team since 2006…

Four key application areas powered by low-power microcontrollers

Microcontrollers have been widely used for smart applications as there are more electronic devices than people on the planet. In this blog post, we asked Greg Hogdson, Director of Marketing for Silicon Labs’ microcontroller products, about his perspective on low-power microcontrollers for four applications areas such as home appliance, LED lighting, automotive and Internet of…

Teenage students experience electrical engineering at Silicon Labs

Jason surrounded by 8th grade students during their educational trip to Silicon Labs At Silicon Labs, not only will you find seasoned engineers but also middle and high school students who want to learn about electrical engineering. Jason Savage, a Senior Product/Test Engineering Manager, is the person behind the Engineering Mentoring Program. The program is…

A cross platform approach to embedded development – part 4 : Simplifying embedded development

So your task is as easy as selecting a microcontroller (MCU) and then implementing the code that meets your application´s needs. Sounds straightforward, right? Well, both inexperienced and seasoned engineers might recognize some significant challenges here. In this blog series, we´ll take a look at some cross platform tools, tools that run on major operating…