Wi-Fi is ubiquitous, and a great way to connect an application to the internet. We know wireless is a crucially important checkbox for many products, and we know how difficult integrating Wi-Fi can be. The new WGM110 Wi-Fi Expansion Kit can help.

The WGM110 Wi-Fi Expansion Kit is an add-on board that can plug into the EFM32PG1, EFM32PG12 and EFM32GG11 starter-kits (STKS) to enable Wi-Fi connectivity through the attached WGM110 Module. In addition, the software demo utilizes Micrium OS to ensure easy development.

The Fastest and Easiest Way to Add Wi-Fi Capabilities to Your Application

The pre-certified WGM110 Wi-Fi module has the antenna and wireless stacks already integrated, so you can skip complex design and move straight to adding value in your core applications. Wi-Fi gives direct IP connectivity, and allows for greater through-put than similar connectivity technologies, making downloading, uploading, and data sharing easier and faster. With the quick addition of Wi-Fi through the WGM110 Expansion Kit, you can bypass the costly certification and complex development processes and capitalize on quick time to market turnarounds. 

Leverage the EFM32 MCU with the WGM110 for Flexibility and Feature-rich Capabilities.

Taking advantage of the WGM110 Wi-Fi Expansion Kit for the wireless component of your application means all the heavy lifting is taken care of. The connected EFM32 MCU can be focused on the application itself, without worrying about network timing or the complexities of a network protocol. The WGM110 Wi-Fi module offers a great combination of features and performance. The module’s features include an integrated web-server, a soft-access point with support for up to 5 clients, as well as security through WPA2 Enterprise/Personal. The WGM110 has a throughput of 2 MBit/s. The EFM32 MCUs include a wide range of options and functionality for low power operation, connectivity. With the new EFM32 Giant Gecko Series 1, options include QSPI, SDIO and Ethernet, as well as functionality for graphical displays, sensor operation and user interaction.

Powered by Micrium OS and the Cloud

To make the demo for the kit simple and easily extensible, it has been built on top of Micrium OS. The Micrium OS allows an application to be split into multiple processes, and can give great insights into what is going on inside the application, through tools like uC Probe and Systemview.

The demo that comes along with the kit includes a web client that communicates with the device through images. In the web client, you can draw an image, and this will pop up on the display of the kit. This is done leveraging a simple cloud service, where the image is uploaded from the editor, and where the kit demo can poll for and download new images.

Check the kit out here!

Ketra is bringing the benefits and beauty of natural lighting indoors with its tunable lights, giving customers the ability to mimic the rhythms and patterns from a single bulb. Our friends over at EEWorld Online recently went under the hood of Ketra's A20 Color Changing LED bulb to explore some of the design considerations that go into the high-end designs. 

The A20 includes Silicon Labs' EM3585 Mesh Networking SoC for ZigBee and Thread and you can watch the full video below:

We’re expanding our EFM32 Gecko product line with the latest Giant Gecko MCU, building on its reputation as a high-performance, energy efficient MCU. The new family of EFM32GG11 Giant Geckos bring the most advanced features available in low-power MCUs, making it ideally suited for industrial and building automation, asset tracking, and metering applications. New features include CAN, SDIO, and QSPI, as well as bringing all the functionality of the original Giant Gecko including Segment LCD, backup mode, USB, and TFT controller.

Shrinking power budgets for IoT applications and a rising demand for more are driving the need for MCUs that can do as much as possible while in sleep mode. With devices that can sleep more, and be more energy efficient, smaller batteries are required to meet the required battery lifetimes in applications like metering, wearables, and even personal medical devices, enabling lower cost and better form factors. These are both key to driving the adoption of IoT devices.

Giant Gecko provides best-in-class cryptography, for applications that need to safeguard user information and keep communication confidential. Energy-efficient security accelerators for AES, ECC and SHA  allow these algorithms to be run much faster and more efficiently than conventional software methods. The device also includes a security management unit (SMU) supporting fine-grained security for peripheral access, and a NIST-certified true random number generator (TRNG) for higher security randomization.

Software compatibility across the entire EFM32 MCU and EFR32 Wireless Gecko SoC portfolio enables broad software reuse and reduced design time and cost for developers.

Giant Gecko MCUs come in a range of QFN, QFP and BGA package options with up to 192 pins, including many that are footprint-compatible with existing EFM32 MCUs. And Simplicity Studio development tools support the Gecko MCUs, offering one-click access to everything needed to complete projects in a unified Eclipse-based environment.

Get started with the latest Giant Gecko family here.

Joe Brock joined Silicon Labs as Senior Legal Counsel after the Integration Associates acquisition in 2008. In his current role as Director of Legal Affairs on the Corporate and Legal Services team, Brock is responsible for a variety of projects including everything from overseeing the purchasing department to handling contracts and nondisclosure agreements (NDA’s). Last year, Brock led the legal team in handling more than 1,200 NDAs and 700 contracts!

Brock said the unique thing about his position is he gets to “interact with employees in every department, in every office, and at every level throughout Silicon Labs.” Brock’s manager, Nestor Ho, said clients who are used to people saying things can’t be done love Joe because he’s approachable, a great listener, and is very pragmatic when implementing solutions. Calling him a genuine “people person,” Ho said “Joe is the glue that holds the legal team together.”

In true fashion, when asked about his favorite Silicon Labs value, Brock chose ‘Do the Right Thing.’ He said, “It’s in line with my own personal philosophy. I believe that if you treat people with kindness and respect, everything’s gonna be alright.”

A little known fact about Brock that others may not know is he is a skilled woodworker – he even makes guitars (but don’t ask him to play them!). He’s also an avid baseball fan. We asked him where he’d go if he could travel anywhere else in the world and he said although he’s excited about his upcoming trip to Thailand, “I don’t think they have any professional baseball there, so it’s actually distracting me from my real goal.” He continued, “What I would really like to do is go on a worldwide professional baseball tour and visit stadiums in the U.S., Canada, Japan, Mexico, Dominican Republic, Cuba, Venezuela and everywhere else where beisbol is played.”

We scored a home run when you came to work at Silicon Labs, Joe Brock. Keep up the great work!

We are featuring one of the Silicon Labs Community members who is active or new in the community on a monthly basis to help members connect with each other.

Meet our July member of the month: funkathustra

Q: Congrats on becoming our featured member of the month! Can you introduce yourself to our community members?

My name is Jay Carlson, and I’m an Electrical Engineering PhD student at the University of Nebraska - Lincoln (go Huskers!). I do a lot of freelance electronics engineering on the side. I got interested in engineering after taking apart my dad’s Apple II computer when I was 6 or 7 years old --- it never went together again, but I learned a ton in the process! When I was an undergrad, I started realizing how much creativity and outside-the-box thinking goes into engineering, and I’ve been able to integrate my other passions (design, music, photography … even craft cocktails!) into my work over the years.

Q: How did you know about the Silicon Labs Community?

While there are other places on the internet where smart people talk shop, the Silicon Labs Community is the only place that’s focused on specific Silicon Labs parts; it’s also the best place to snag an opinion from an employee at SiLabs – while I occasionally use the support ticketing mechanism, I find the forums are a little less stiff, and I like that other people who have the same question as I do can find the answers without opening their own support tickets. Saves everyone time!

Q: What features, products, services would you like to see in the future from Silicon Labs?

I was happy to see Silicon Labs commit heavily to the new EFM8 designs when they were introduced a few years ago. These 8-bit MCUs seem to be the perfect choice in so many of the projects I’ve worked on, so I’d love to see them keep innovating. For example, it’s one of the few 8-bit MCUs that has an internally-generated 1.8V core voltage --- a feature more familiar in high-end, modern ARM MCUs. I hope to see SiLabs continue to bring modern MCU design philosophy to their CIP-51 core EFM8s in the years to come!

Q: What advice would you give to someone new to the community?

Be bold, clear, funny, and compassionate – no matter what you’re talking about. There’s a lot of people from all over the world on the forums, with all sorts of different backgrounds. There’s university students who have no idea what a “pull-up resistor” is, and there’s old, crusty EEs that have been around the block once or twice before. When you ask a question, be compassionate toward the people from whom you’re asking for help, and try to frame your post so an outsider to your project would understand. When you’re answering someone’s question, understand that in addition to a knowledge gap, there could be a language or cultural barrier as well. Whatever you do, be bold, and make 'em laugh. We’re all in this together – might as well have fun while we’re at it, right?

Q: Thanks for answering the questions. Any final comment?

I don’t think so – this was fun! Thanks!

We are featuring one of the Silicon Labs Community members who is active or new in the community on a monthly basis to help members connect with each other.

Meet our July member of the month: funkathustra

Q: Congrats on becoming our featured member of the month! Can you introduce yourself to our community members?

My name is Jay Carlson, and I’m an Electrical Engineering PhD student at the University of Nebraska - Lincoln (go Huskers!). I do a lot of freelance electronics engineering on the side. I got interested in engineering after taking apart my dad’s Apple II computer when I was 6 or 7 years old --- it never went together again, but I learned a ton in the process! When I was an undergrad, I started realizing how much creativity and outside-the-box thinking goes into engineering, and I’ve been able to integrate my other passions (design, music, photography … even craft cocktails!) into my work over the years.

Q: How did you know about the Silicon Labs Community?

While there are other places on the internet where smart people talk shop, the Silicon Labs Community is the only place that’s focused on specific Silicon Labs parts; it’s also the best place to snag an opinion from an employee at SiLabs – while I occasionally use the support ticketing mechanism, I find the forums are a little less stiff, and I like that other people who have the same question as I do can find the answers without opening their own support tickets. Saves everyone time!

Q: What features, products, services would you like to see in the future from Silicon Labs?

I was happy to see Silicon Labs commit heavily to the new EFM8 designs when they were introduced a few years ago. These 8-bit MCUs seem to be the perfect choice in so many of the projects I’ve worked on, so I’d love to see them keep innovating. For example, it’s one of the few 8-bit MCUs that has an internally-generated 1.8V core voltage --- a feature more familiar in high-end, modern ARM MCUs. I hope to see SiLabs continue to bring modern MCU design philosophy to their CIP-51 core EFM8s in the years to come!

Q: What advice would you give to someone new to the community?

Be bold, clear, funny, and compassionate – no matter what you’re talking about. There’s a lot of people from all over the world on the forums, with all sorts of different backgrounds. There’s university students who have no idea what a “pull-up resistor” is, and there’s old, crusty EEs that have been around the block once or twice before. When you ask a question, be compassionate toward the people from whom you’re asking for help, and try to frame your post so an outsider to your project would understand. When you’re answering someone’s question, understand that in addition to a knowledge gap, there could be a language or cultural barrier as well. Whatever you do, be bold, and make 'em laugh. We’re all in this together – might as well have fun while we’re at it, right?

Q: Thanks for answering the questions. Any final comment?

I don’t think so – this was fun! Thanks!

With 15 years’ experience in 802.15.4 networking and more than 100 million mesh devices shipped, we’re bringing our extensive expertise to bear on helping developers simplify mesh design and take advantage of the opportunities that many-to-many networking bring to the IoT market.

Today we’re announcing a comprehensive suite of software and hardware supporting the new Bluetooth mesh specification. Our new software and SDK for Bluetooth development supports Bluetooth mesh and Bluetooth 5 functionality so developers can add mesh communication to low energy devices.

The Benefits of Mesh Networking

Mesh networking, which is now available for Bluetooth low energy devices, enables many-to-many (m:m) communication. This makes it ideally suited for creating large-scale node networks and great for building and smart home automation, asset tracking, and sensor networks. With building and smart homes, for example, devices can communicate directly with each other, so flipping on a light switch no longer involves routing communication through a router or gateway. End-consumers already know what it’s like to flip a switch and have a light come on instantly, so moving to a smart system needs to be able to duplicate that experience without any perceived lag. As we see more and more mainstream adoption of smart home applications, user experience is critical to growth in the market.

For lighting systems, deployment and management can be simplified with mesh. The extended connectivity range means lights can be deployed at a greater distance from a hub vs a star network. A hub or gateway can be placed in one location and connected lights deployed. As each light is deployed the range of communication grows, allowing a single gateway to effectively cover a larger area.

Beaconing is another area where mesh networking offers significant performance benefits.  Used for retail marketing or asset tracking, beacons can be more easily managed with a mesh network because they are not required to be within range of a phone.

How We Can Help

Our certified modules, including the world’s smallest Bluetooth SiP module (BGM11S), can help accelerate time-to-market and maintain software compatibility with the latest EFR32BG13 Blue Gecko SoCs. With Blue Gecko SoCs, companies can bring products to market that take advantage of the full capabilities of Bluetooth 5 and Bluetooth mesh connectivity and support over-the-air (OTA) updates with on-chip memory.

Silicon Labs' Blue Gecko Bluetooth Wireless Starter Kit provides you with Bluetooth 5 and Bluetooth mesh connectivity with the on-board EFR32BG13 SoC as has debug capabilities over USB and Ethernet providing an uncompromised developer experience. We also provide developers with a Bluetooth mesh stack for Android, which allows smart phones to provision, configure, and control mesh nodes. And since we provide the mesh stack, customers do not need to write this again, further simplifying development and accelerating time-to-market.

Other features include:

• Faster time-to-market: Choose from a variety of our certified wireless modules and SoCs, including the world’s smallest Bluetooth system-in-package (SiP) module (BGM11S) and the latest EFR32BG13 Blue Gecko SoCs. Blue Gecko SoCs offer large memory options to support over-the-air (OTA) updates as well as advanced features such as hardware security acceleration, capacitive sensing, low-power sensor interfaces and enhanced RF performance.

• Simplify development: Our mobile application makes it possible for designers to verify the operation of Bluetooth mesh-based implementations with a commercially supported Bluetooth mesh library and source code to streamline design. Designers can also use our mesh stack in their own applications without needing to develop this themselves.

• Productivity: Optimize mesh networking device designs with Simplicity Studio, which includes patented network analysis and packet trace technology, energy profiling and visual application configuration. Software compatibility across our portfolio of wireless SoCs and modules enables broad software reuse and reduced development time and cost.

For more information about Silicon Labs’ Bluetooth mesh development tools, software stack, SoCs, modules and starter kits, visit www.silabs.com/bluetooth-mesh. 

Title: Extending Bluetooth with Mesh Networking (EMEA)

Date: Wednesday, September 13, 2017

Time: 10:00 AM Central European Summer Time

Duration: 1 hour

Mesh networking is a new topology available for Bluetooth Low Energy (LE) devices that enable many-to-many (m:m) communications. It's optimized for creating large-scale node networks and ideally suited for lighting, home automation, and asset tracking. Bluetooth mesh benefits many IoT systems with its ability to reduce system power consumption, extend communication range, increase scalability, improve network reliability, and optimize device-to-device communication responsiveness.

Join this webinar on September 13, 2017 at 10:00 AM to learn more about Bluetooth LE mesh networking and how to get started with development. We'll have a live Q&A session at the end.

Title: Selecting the Right Mesh Technology for Your Application (EMEA)

Date: Wednesday, August 30, 2017

Time: 10:00 AM Central European Summer Time

Duration: 1 hour

Mesh network topologies are ideal for many IoT systems due to their ability to reduce system power consumption, extend communication range, increase scalability, improve network reliability, and optimize communication responsiveness. A number of mesh networking protocols are commercially available today including Bluetooth Mesh, Thread, and zigbee.

There are many applications where mesh networks can provide benefits to the overall system, business, and consumer. Notable applications that can utilize mesh networking include asset tracking, beaconing, home & building automation, lighting, and smart metering.

In this webinar, we compare different mesh networking protocols and discuss the criteria you should consider when selecting the right approach for your design, including the role of solution ecosystems and wireless security.