It’s not hard to understand the appeal of a smart house full of IoT-connected devices, but seeing it in action really drives home (if you’ll pardon the pun) the benefits. At the Samsung Developer’s Conference, Silicon Labs’ customer SmartThings showed off a model home full of interconnected goodness, including some crucial IoT infrastructure devices you may not have even considered.
First of all, let’s set the stage. Here’s what the entire Connected Home looked like at the conference:
There’s a lot of cool technology on display here, but if you look closer, you can see the hidden gems that will really make the IoT an indispensable part of our lives. Like this little guy:
It’s a Smart Vent from Keen Home, and it has Silicon Labs’ ZigBee wireless SoCs connecting it to the mesh network. This device allows you to set up comfort zones for various areas of your house, so everyone is toasty (or cool) just the way they prefer.
And you probably missed this little motion sensor, too, which is the point:
Ever worry that you’ve left water running, or come home to discover a leak that’s been wasting water and driving up your bill all day? This smart water sensor would let you know so you could fix the problem before it actually becomes a problem.
The final and (we think) most compelling stop on the SmartThings home tour was a work station where visitors could see for themselves how easy it is to design their own ‘smart thing’ for the IoT using Silicon Labs’ innovative, simple, low-power solutions.
Get started on your IoT designs today, or just learn more about this exciting new technology trend, at Silicon Labs.
Who wants to buy new development kits and be forced to learn new tools all over again when the Thread protocol stack becomes universally available? No one! Silicon Labs’ ZigBee development kits, tools and 802.15.4 ICs are already designed to support Thread so that you can maintain a common development platform for all of your mesh networking needs. With Silicon Labs, you’re already prepared for the future and can continue innovating uninterrupted.
Get started today with our proven ZigBee mesh networking software, and rest assured with the option of a seamless migration path to Thread in 2015.
Silicon Labs is protecting your investment in hardware, software and design tools.
Find out more about our approach to the wireless protocols that connect the IoT.
地点: 上海新国际博览中心(SNIEC), 中国
芯科科技(Silicon Labs)团队将于2015年3月17- 19日在慕尼黑上海电子展期间展示一系列的嵌入式混合信号产品以及开发工具。慕尼黑上海电子展是中国及亚太地区领先的电子元器件和系统的交易平台。我们将会为您带来更多的关于该展会的消息。敬请观看视频- 附带 weather station (气象站) 展示的 EFM32 Zero Gecko 入门套件 http://electronica-productronica-china.com/en/home
Dates: March 13-22, 2015
Hours: 11:00am - 6:00pm
Location: City Terrace of the Long Center, Austin, TX
Doing creative and revolutionary things with new technologies embodies the spirit of South by Southwest. See everything from 3D printing, drones to biohacking and much more at SX Create, the community event that showcases the disruptive solutions that are shaping our future.
Check out the event details here: http://pages.silabs.com/sxsw-create.html
Date: February 24-26, 2015
Location: Nürnberg, Germany
Booth: Hall 4A-128
“If there’s one of them where the embedded world’s top engineers and semiconductor professionals converge every year to share ideas, tack challenges, and preview new products and design strategies, it’s embedded world. “
Tyson Tuttle, Silicon Labs CEO
Silicon Labs’ CEO Tyson Tuttle will present his keynote address, “Engineering the IoT: An RF Expert’s View on Technology Trends and Challenges,” on Tuesday, February 24 at 1:30 p.m. The keynote will discuss technology trends and challenges in today’s IoT market including implementation of ultra-low-power embedded wireless platforms required by connected device applications.
In addition to Mr. Tuttle’s keynote address, Silicon Labs’ IoT experts will give the following conference presentations at Embedded World:
Check out Silicon Labs’ Embedded World page and sign up for a booth tour: http://pages.silabs.com/embeddedworld.html
Original Posting Date: 2014/11/12
Today, we make a good thing even better. Silicon Labs’ new EZRadio and EZRadioPRO families offer the highest levels of RF performance and single-chip integration in the sub-GHz wireless IC market. These sub-GHz wireless ICs provide support for 802.15.4 and WMBus and have long-range capabilities.
Ideally suited for battery-powered wireless applications, the EZRadio and EZRadioPRO devices provide the industry’s lowest standby current with memory retention, consuming up to 75 percent less sleep mode current than competing solutions. Each device includes a patent-pending signal arrival detector that reduces the average receiver current by detecting a signal faster than traditional sub-GHz receivers, effectively increasing the battery life for various applications.
These energy-friendly sub-GHz radios can operate on a single coin cell battery, and they are well suited for smart meter designs that require long-range and up to 20-year battery lifetime. Autonomous duty cycling between active and low-power modes and advanced features such as frequency hopping and antenna diversity minimize host MCU interaction and further reduce overall system power consumption.
Silicon Labs’ sub-GHz radios support a wide variety of proprietary protocols through flexible on-chip packet handler and modem technology. EZRadio devices handle most basic packet formats, while EZRadioPRO devices are designed for more complex packet formats. The flexible architecture offloads the host microcontroller (MCU) without sacrificing RF performance. EZRadio and EZRadioPRO devices can support a protocol stack such as an 802.15.4-based mesh network or a point-to-point or star network in conjunction with a Silicon Labs 8-bit MCU or a 32-bit EFM32® Gecko MCU as the external host.
Si4x55 EZRadio transceivers, transmitters and receivers provide cost-effective, easy-to-use wireless connectivity solutions for basic “push-button” applications such as remote controls for set-top boxes, bidirectional key fobs and garage door openers.
Si4x6x EZRadioPRO transceivers, transmitters and receivers are an excellent choice for developers requiring advanced features, higher RF performance and a wider range of protocol options. They are ideal for ultra-long-range, narrow-band applications using complex, advanced packet formats and network protocols.
Find out more!
Nov 20 (English) - FPGA Timing Challenges
Field programmable gate arrays (FPGAs) are used in a large variety of applications ranging from embedded computing to high-speed serial digital communications. With reconfigurable hardware and dense high-speed logic functions, FPGAs are ideal for implementing high-performance, flexible designs. As part of their high-density architectures, FPGAs contain internal integer and fractional phase-locked-loops (PLLs) for frequency synthesis. In this Internet Infrastructure webinar, Altera and Silicon Labs will discuss how to solve two common design challenges engineers face with FPGAs:
Click here to join the webinar
Watch the latest timing solution:
Original Posting Date: October 9, 2014
Skip Ashton, VP of Engineering Software at Silicon Labs
From the Thread Group launch on July 15 to the Thread Information Session at the Googleplex on September 30, the buzz and excitement around the new Thread protocol continues to build. The Thread initiative has generated tons of positive press coverage, and questions about thread from interested developers come to us daily. More than 100 articles appeared online within a day of the Thread announcement, and more 400 engineers showed up at the recent information session to learn more about Thread.
So what’s all the buzz around Thread, and how is Silicon Labs involved in the initiative?
Many IoT developers are actively inventing new connected devices and services, and they are eager for new connectivity options that will make it easier to deploy their solutions in the Connected Home. All of these devices and services will become simpler if they are based on an IP stack and provide IP connectivity. Low-power 802.15.4 radios have been pervasive in connected device applications, and tens of millions of these radios ship every year into the Connected Home. Clearly, the IoT market welcomes a new IP-based mesh networking solution, and countless engineers are excited about adding IP connectivity to their connected devices.
Thread is an IP-based networking stack specifically built for the constraints of the Connected Home, offering ultra-low power, high security and ease of use. Thread provides a reliable and robust mesh network with direct IP addressability for all the wireless sensor nodes and connected devices in your home. Best of all, Thread runs on many of today’s existing wireless SoCs, such as Silicon Labs’ Ember®ZigBee® SoCs, and can be deployed on 802.15.4 radios with simple over-the-air software updates.
Silicon Labs is one of the founding members of the Thread Group, and we are a member of the Thread Board along with Nest, Samsung, ARM, Freescale, Yale Locks and Big Ass Fans. We are deeply involved in the Thread organization and are helping to drive the development of the underlying technology. Our mesh networking team in Boston has been working on IP-based mesh networking technology for more than two years, and it’s exciting to showcase the emerging Thread protocol to developers everywhere.
Skip Ashton discusses the Connected Home and IP-based mesh networking requirements at the Thread Information Session on Sept. 30
In talking to developers at the Thread Information Session, I discovered that many of them have been struggling to get a robust and reliable IP stack running on their own. A number of developers shared stories of their adventures in trying to get a Contiki stack to some level of performance. They were very excited that a group like Thread has been working on this challenge and can now provide a functional IP stack for 802.15.4 wireless devices.
Thread is designed to unify the existing set of protocols running in the Connected Home. Using IP connectivity, we can expect simpler development and easier communication across multiple physical layers such as 802.15.4, Wi-Fi and Bluetooth. With Thread, developers will be able to invent new connected devices and services and see them deployed in our homes – and with the confidence that they will be interconnected through a robust, secure Thread mesh network.
Membership in the Thread Group opened on October 1, and through the end of this year and beyond into 2015, we are all looking forward to seeing the rapid roll out of this exciting new IP-based mesh networking technology. Silicon Labs will continue to innovate around wireless connectivity, and our customers can expect to have early access to these new software stacks for their development.
Learn more about the benefits of Thread here.