New IoT-Enabled Product Portfolio and Services

Wind River recently announced that it has enhanced and expanded its Wind River Helix product portfolio to address the system-level opportunities and challenges of the Internet of Things (IoT). In addition, the company has created an IoT professional services offering to assist customers with the creation and deployment of IoT applications.WR101_WR_Helix

Wind River has added application and data services in the cloud to its industry-leading operating systems and IoT software platform via Wind River Edge Management System, its recently launched cloud-based technology stack that is an integral part of the Intel IoT Platform. The Edge Management System agent has been integrated with VxWorks real-time operating system (RTOS), Wind River Linux, and Wind River Intelligent Device Platform.

The agents bring secure cloud connectivity to Wind River products to facilitate data capture, rules-based data analysis and response, configuration, and file transfer. Specifically, these integrations provide device-level execution capabilities, remote management and provisioning capabilities at the gateway, as well as cloud-based delivery of software updates.  This allows for seamless interaction with edge devices and simplified device-side application development.

To complement its new IoT-enabled product portfolio, Wind River now has an IoT professional services offering to bring IoT concepts to critical infrastructure and other markets where safety and security are imperatives. The new offering will assist customers in configuring IoT systems and getting them to market faster with reduced risk and lower cost of ownership. Services include an IoT startup package, device agent configuration, application/agent interfacing, cloud applications development, and IoT safety and security requirements support.

Further expanding its operating system suite, Wind River has also announced the availability of Microkernel Profile for VxWorks. The microkernel profile is a tiny-footprint RTOS to facilitate the creation of IoT-ready differentiated devices, such as sensor hubs, microcontrollers, and wearables, as well as High Performance Embedded Computing (HPEC) platforms to address intensive data processing. It is based on proven digital signal processing RTOS technology deployed in countless applications.

These product additions and enhancements are the latest in a series of IoT-related updates to the company’s operating system suite, which include Security Profile for VxWorks, Virtualization Profile for VxWorks, and Security Profile for Wind River Linux.

Source: Wind River

New Motion Module for Easy Motion Monitoring

Microchip Technology announced at the Embedded World conference in Germany the MM7150 Motion Module, which combines Microchip’s SSC7150 motion co-processor combined with nine-axis sensors. Included in compact form factor are an accelerometer, magnetometer, and gyroscope.  With a simple I2C connection to most MCUs/MPUs, embedded applications and Internet of Things (IoT) systems can easily tap into the module’s advanced motion and position data.Microchip MM7150

The SSC7150 motion co-processor is preprogrammed with sensor fusion algorithms that intelligently filter, compensate, and combine the raw sensor data to provide highly accurate position and orientation information.  The small module self-calibrates during operation utilizing data from the prepopulated sensors—Bosch BMC150 (six-axis digital compass) and the BMG160 (three-axis gyroscope).

The single-sided MM7150 motion module is easily soldered down during the manufacturing process. You can develop motion applications for a variety of products with Microchip’s MM7150 PICtail Plus Daughter Board.  The MM7150 Motion Module is well suited for a wide range of applications: embedded (e.g., portable devices and robotics), industrial (e.g., commercial trucks, industrial automation, and patient tracking), and consumer electronics (e.g., IoT, remote controls, and wearable devices).

The MM7150 is supported by the MM7150 PICtail Plus Daughter Board (AC243007, $50) that plugs directly  into Microchip’s Explorer 16 Development Board (DM240001, $129) to enable quick and easy prototyping utilizing Microchip’s extensive installed base of PIC microcontrollers.

The 17 mm × 17 mm MM7150 is priced at $26.76 each in 1,000-unit quantities.

Source: Microchip Technology





M2M/IoT Integration Platform

Eurotech recently announced the official release of Everyware Cloud 3.5 (EC), the M2M/IoT Integration Platform. The EC machine-to-machine (M2M) Integration Platform is intended to simplify device and data management by connecting distributed devices over secure and reliable cloud services. It enables you to connect, configure, and manage devices through the lifecycle, from deployment to retirement.

With EC 3.5 a set of new remote features is available: device configuration, device control, device provisioning, and device update. These features enable the Everyware Cloud Web Console to be the single point of administration for all connected devices, and make the Everyware Cloud REST APIs the single programmable interface to remote devices. In addition, security and reliability are enhanced with Two-Factors-Authentication and platform Health Monitoring.

By using EC, you benefit from:

  • Short time to market
  • Pay-as-you-go
  • Open Standard based
  • Flexible Deployment; from public cloud, to cloud-in-a-box (Everyware Server)
  • Device Enablement; for effective asset management and asset maintenance
  • Data Enablement; for a near-time understanding of users’ preferences and asset real use, for business intelligence
  • System Enablement; for reliable, scalable, secure and user-friendly platform administration
  • IoT Application Enablement; for simple integration with enterprise business software applications

You can try EC for free for 90 days.

Source: Eurotech

Skkynet Expands Secure Cloud Service Registration for Embedded and IoT System Users

Skkynet Cloud Systems recently opened registration for its Secure Cloud Service, giving system engineers and managers of industrial, embedded, and Internet of Things (IoT) systems quick and easy access to a secure, end-to-end solution for networking data in real time. The Secure Cloud Service enables bidirectional supervisory control, integration, and sharing of data with multiple users, and real-time access to selected data sets in a web browser. The service is capable of handling over 50,000 data changes per second per client, at speeds just a few milliseconds over Internet latency.Skkynet-scs012715-01hi

First opened on a trial basis for selected customers in August 2014, the Secure Cloud Service has been used extensively, and rigorously tested for performance and security. During that time Skkynet has enhanced the system technically by increasing the range of connectable embedded devices and the number of supported data protocols, as well as automating the customer registration process.

Skkynets Secure Cloud Service allows industrial and embedded systems to securely network live data in real time from any location. Secure by design, it requires no VPN, no open firewall ports, no special programming, and no additional hardware.

Source: Skkynet 

GP691 ZigBee Radio Chip and GPM6000 Modules for IoT

At CES 2015, GreenPeak Technologies announced a new GP691 ZigBee communication controller chip and GPM6000 integrated ZigBee modules for Internet of Things applications and smart home devices.IoTGreenPeak

The GP691 ZigBee communications controller provides IEEE Standard 802.15.4-compliant robust spread spectrum data communication in the worldwide 2.4-GHz band. It can run the full stack and application for ZigBee applications, including ZHA and ZLL profiles. In addition to a radio transceiver, the GP691 comprises a real-time Medium Access Control (MAC) processor, microcontroller, security engine, 16-KB RAM, and 248-KB flash memory. The GP691 is over the air upgradable and includes support for new 802.15.4-based standards upon availability, such as Thread.

ZigBee 3.0 supports a wide range of applications (e.g., home, industrial automation, and smart energy). IEEE 802.15.4-compliant, it can cover a complete home with multiple floors. Plus, it can manage dead spots and Wi-Fi interference via mesh networking. ZigBee 3.0 also supports large networks comprising thousands of devices, which also makes it suitable for industrial applications and building automation. ZigBee 3.0 also includes Green Power, part of the ZHA and ZLL profiles, which supports energy harvesting and battery-free applications. Without requiring batteries, these self-supporting devices typically generate (harvest) just enough power to transmit a brief command to the network via ZigBee.

With its partner Universal Scientific Industrial (Shanghai) Co, Ltd (USI), GreenPeak developed “an integrated module for the GP691 that reduces product design company’s time to market without having to solve RF product integration challenges or to worry about international wireless certification.”

The 25 x 17 x 2.5 mm pre-integrated, pre-certified module adds a power stage/LNA providing up to 20-dBm output power, special transmit and receive circuitry, and an integrated antenna plus a connector for a second external antenna enabling antenna diversity configurations, which all together, allow for greater range and robustness, providing coverage throughout an entire home. This module will be offered as the first in the GPM6000 module series optimized for smart home solutions.

Source: GreenPeak

Seven Engineers on the Future of Electrical Engineering

The Circuit Cellar staff thought it would be interesting to kick off 2015 by asking several long-time contributors about the future of electrical engineering and embedded systems. Here we present the responses we received to the following questions: What are your thoughts on the future of electrical engineering? What excites you? Is there something in your particular field of interest that you think will be a “game changer”?

STEVE CIARCIA: Frankly speaking, if I was smart enough to accurately predict the future, I wouldn’t be doing all this again. Seriously, “What excites me in the future?” shouldn’t be the question I’m answering here. Instead, it should be  how much does all this embedded stuff we’re seeing and talking about today look like a classic case of déją vu to me. Circuit Cellar started 40 years ago in BYTE to promote my enthusiasm for professional-level DIY computer applications (albeit mostly embedded). The names have changed to Maker this and that and Raspberry Pi whatever, but what once was, still is. Solder fumes aside, Circuit Cellar has always been about nurturing the talented engineer who designs the game changer. (Steve is an electrical engineer who founded Circuit Cellar in 1988.)

DAVID TWEED: Embedded technology is becoming more pervasive, appearing in more and more places in our lives. Embedded processors have become as powerful as desktop machines were just a few short years ago, and the their ability to connect to the world at large through high-bandwidth wireless communications has grown to match this. This is both exciting and scary, because it becomes a powerful enabler for both positive and negative changes in how we live our lives. Take the ubiquitous “smart phone” as an example. It can process two-way audio, video, GPS data, and an Internet connection simultaneously in real time. This enables powerful applications such as GPS-based route finding that can give you verbal and pictorial directions to get you where you want to go. But, as anyone who watches the popular crime drama N.C.I.S. knows, that same technology can be used to track your phone’s location, along with everything it can “see” and “hear,” including the phone calls you have made. While that kind of surveillance can be used it positive ways, such as to aid you in an emergency, it can also be used to invade your privacy. Can you really be sure that everyone in law enforcement and other areas of government has only your best interests in mind when accessing your data? The increased power of embedded systems means that autonomous mechanisms gain capabilities they didn’t have before. Fully-autonomous vehicles—cars, trucks, trains, and aircraft—will be able to carry people and goods long distances over arbitrary routes. Factory automation will become more generic, because complex general-purpose mechanisms will be as easy to use as purpose-built mechanisms that only do one thing, because the software will manage all of the low-level details of “training” the system. Machine vision will be an important part of this, giving the system the feedback it needs to interact with objects and people. “With great power comes great responsibility.” This has never been more true. I’m excited by the possibilities that increasingly powerful embedded technology will open up for us, but let’s make sure that it is used responsibly! (David is a professional electrical engineer and long-time Circuit Cellar author and technical editor.)

ROBERT LACOSTE: I think the most significant change in embedded systems these last years is the nearly mandatory inclusion of Internet connectivity. It’s called the Internet of Things (IoT). Just enter those three words in Google and the 752 million results you get will show it’s a quite hot topic. When a customer meets with us to discuss a potential new product (whatever it is), the question is no longer: “Should it be connected?” The question is: “How should it be connected?” Having said that, the key difficulty is the long list of wireless protocols trying to become the ubiquitous solution for IoT: Wi-Fi, Bluetooth, Bluetooth Low Energy, ZigBee, Zwave, 6LowPan, and a hundred others. Bluetooth seems the clear winner for smartphone-based products, but what about the other applications like home automation, logistics, smart metering, or dog tracking? Which protocol(s) will be the winner(s)? Which one will be natively supported on our Internet access gateways or even rolled-out worldwide? Will it be Thread, sponsored by Google itself? Or will it be another derivative of Bluetooth, due to its huge predominance? (The overall sales of Bluetooth-capable chips already exceed four times the human population on earth.) Or could it be one of the machine-to-machine variants of 3G/4G cellular standards being studied? Or perhaps it will be one of the solutions proposed by one of the many startups working on the technology? Or maybe it will be a completely new protocol that we’ll invent? I don’t know the answer, but the result will be the next game changer! (Robert is an electrical engineer and Circuit Cellar columnist. In 2003, he founded ALCIOM, an electrical engineering firm near Paris, France.)

CHRIS COULSTON: While tech will companies continue to evolve existing technologies to offer more features, with lower power and at a lower cost, I think that the most exciting and revolutionary technology is to be found in the Internet of Everything (IOE) concept. Hardware supporting the IOE offers up the tantalizing potential to free our designs from physical interconnects, giving our designs world wide access, allowing us to interact with our designs in real time, and allowing our design to access the almost unlimited diversity of services available on the Internet. I am excited to explore a design space that enables me to connect something trivial like my key-ring to the Internet. The Raspberry Pi was the first breakthrough with companies like Intel redefining the cutting edge with their Edison module. There are several limiters to the IOE concept including power consumption and standardization. As these issues are addressed, the potential of the IOE concept will only be limited to the creativity of engineers and makers everywhere. (Chris is a professor of electrical and computer engineering at Penn State, Behrend. He’s also technical reviewer for Circuit Cellar.)

GEORGE NOVACEK: Embedded controllers are essential components of automatic systems. Without  automation, many products could not even be manufactured. Machines, such as aircraft, medical equipment, power generators, etc. could not be operated without the assistance of smart control systems. Until some, not yet invented, technology makes electronics obsolete, the future of embedded controllers will remain bright. In the coming years, more and more engineers will be focusing on system design, while only the brightest ones will be developing microelectronic components for those systems—more sophisticated, more integrated, faster, smaller, hardened to environment, consuming less power. There continues to be a trend towards universal embedded controllers. These, equipped with the appropriate sensors and actuators and loaded with a particular application software, could be used for fly-by-wire, or for control of an industrial machinery or just about everything else. Design engineers need to be cautious not to put powerful, yet inexpensive controllers into new products just because it  can be done. There is already a proliferation of simple  consumer products equipped, without any sensible need, with microcontrollers. This often leads to lower reliability, shorter life and, because these products are usually not repairable, to greater cost of ownership and waste. (George is professional engineer and Circuit Cellar columnist who served as president of a multinational manufacturer of embedded control systems for aerospace applications.)

ED NISLEY: The rise of the Maker Movement changes everything in the embedded systems field: Makers take control over the devices in their lives, generally by repurposing embedded hardware in ways its designers never intended. The trend becomes clear when dirt-cheap USB TV tuners become software defined radios. Embedded systems must eventually sprout exposed (and documented!) interfaces, debugging hooks, and protocols, because collaboration with Makers who want to turn the box inside-out and build something better can enrich our world beyond measure. Excluding those people won’t work over the long term: just as DRM-encumbered music became unacceptable, welded-shut embedded systems will become historic curiosities. You can make it so! (Ed is an electrical engineer and long-time Circuit Cellar columnist and contributor.)

KEN DAVIDSON: Twenty-five years ago, while developing the Circuit Cellar Home Control System (HCS) II, our group created a series of interface boards that could be placed around the house and communicate using RS-485. Tons of discrete wire running throughout buildings was the norm at the time, and the idea of running just a single twisted pair between units was novel and exciting. This all predated inexpensive Ethernet and public Internet. Today, such distributed intelligence has only gotten better, smaller, and cheaper. With the Internet of Things (IoT) everybody is talking about, it’s not unusual to find a wireless interface and embedded intelligence right down to the level of a light bulb. There was an episode of The Big Bang Theory where the guys set up the apartment lights so they could be controlled from anywhere in the world. Everyone got a laugh when the “geeks” were excited when someone from Japan was blinking their lights. But the idea of such embedded intelligence and remote access continuing to evolve and improve truly is exciting. I look forward to the day in the not-too-distant future when such control is commonplace to most people and not just a geeky novelty. (Ken is an embedded software engineer who has been contributing to Circuit Cellar for years as an author and editor.)

These responses appear in Circuit Cellar 294 (January 2015).

Consumer Interest in Wearables Increases

New consumer research from Futuresource Consulting highlights a significant increase in consumers’ intentions to purchase wearable devices. Interviewing more than 8,000 people in May and and October in the US, the UK, France, and Germany, the study saw interest in fitness trackers and smart watches rise by 50% and 125%, respectively. However, interest in smart glasses and heart rate monitors has stalled.

Source: Futuresource

Source: Futuresource

The overall wearables market has seen significant growth so far in 2014, with Futuresource forecasting full-year sales of over 51 million units worldwide. However, it’s only just warming up, and wearables sales are expected to accelerate from 2015 as new brands enter the space.

The most marked change since May is the strong growth in the number of iPhone owners intending to purchase wearable devices. iPhone owners now lead the way in all categories – particularly in smartwatches, which 17% of iPhone owners expressed an intent to purchase in the next 12 months, up from only 6% in May 2014. This increase coincides with September’s announcement of the Apple Watch. As Apple customers are typically some of the earliest adopters of new technologies, their increasing engagement with the smartwatch category is a strong positive for the Apple Watch release in early 2015.

Source: Futuresource Consulting

Embedded Bluetooth Modules for the Internet of Things

ASIX Electronics Corp. has launched five AXB series embedded Bluetooth modules, the AXB031/AXB033 for Internet of Things applications and the AXB051/AXB052/AXB081 for wireless audio applications. You can connect the AXB modules to any MCU with UART interface, or you can operate it as a standalone unit without an MCU.ASIX-BT_Modules

The Bluetooth 4.0 AXB031 and AXB033 modules are well suited for wearable applications, such as medical sensors and activity monitors, as well as commercial/industrial automation and smart home applications.

According to the company’s release, ASIX offers “developers a full-featured Bluetooth Smart stacks and application development environment to make it easy to add Bluetooth Smart to embedded system. In addition, ASIX also provides a dual-mode Bluetooth 4.0 audio module, AXB081, and two Bluetooth 3.0 audio modules, AXB051/AXB052, for the fast-growing wireless audio applications, such as wireless stereo speakers, headphones, home theater, automotive hands-free, and MirrorLink car player applications.”

Source: ASIX

WillowTree Apps Named Microchip Design Partner

Microchip Technology recently announced its first App Developer Specialist—WillowTree Apps—the latest company to join its Design Partner Network. WillowTree is an iOS, Android, and Mobile Web app developer that enables Microchip’s customers to focus on Internet of Things (IoT) designs.MicrochipWillowTree

WillowTree wrote the first mobile app for Microchip’s Wi-Fi Client Module Development Kit 1, which is available in the Apple App Store. It enables customers to quickly get up and running with the kit’s cloud-based demo. WillowTree can also modify this cloud-demo app to suit a broad range of customer IoT design requirements.

Source: Microchip Technology

u-blox Wi-Fi/Bluetooth “Internet of Things” Module

Swiss u-blox recently announced the ODIN-W160 Bluetooth/Wi-Fi module. The multi-radio module is intended for industrial, vehicle, medical, and security applications.

u-blox ODIN-W160

u-blox ODIN-W160

ODIN-W160 supports dual-band Wi-Fi 2.4/5-GHz (U-NII bands 1, 2, 2e, 3), as well as dual-mode Bluetooth v4.0, which includes Bluetooth low energy and Classic Bluetooth (Bluetooth “Smart Ready”). The host-based module is designed for a long life cycle, which makes it ideal for infrastructure, building, and automotive implementations. In addition, it extends battery life operation due to its ultra-low power consumption.

Together with the open-source Linux host driver, the 15 × 22 × 3 mm module minimizes development time to implement short range wireless communications in end-devices. Also, no trimming or tuning is required during manufacturing of customer end-devices, since ODIN-W160 has precalibrated radio parameters and MAC address stored in on-board EEPROM.

ODIN-W160 is in a castellated package, improving visual inspection of end-devices, and comes with a u.fl antenna connector for a wide selection of certified antennas. It provides modular radio type approvals for Europe, USA, and Canada (R&TTE, FCC, IC), EMC certification, and Bluetooth qualification.

Source: u-blox

24-Channel Digital I/O Interface for Arduino & Compatibles

SCIDYNE Corp. recently expanded its product line by developing a digital I/O interface for Arduino hardware. The DIO24-ARD makes it easy to connect to solid-state I/O racks, switches, relays, LEDs, and many other commonly used peripheral devices. Target applications include industrial control systems, robotics, IoT, security, and education.Scidyne

The board provides 24 nonisolated I/O channels across three 8-bit ports. Each channel’s direction can be individually configured as either an Input or Output using standard SPI library functions. Outputs are capable of sinking 85 mA at 5 V. External devices attach by means of a 50 position ribbon-cable style header.

The DIO24-ARD features stack-through connectors with long-leads allowing systems to be built around multiple Arduino shields. It costs $38.

[Source: SCIDYNE Corp.]

IoT Innovation: Show Off Your W5500 Project (Sponsored Post)

The WIZnet Connect the Magic Challenge offers you a variety of opportunities to show off your engineering skills and present your Internet of Things (IoT) designs to the world. It’s your shot to win a share of $15,000 in prizes, gain international recognition as innovator, and more.

Elektor/Circuit Cellar is the challenge administrator for the WIZnet Connect the Magic 2014 Design Challenge

Elektor/Circuit Cellar is the challenge administrator

Don’t delay! The submission deadline is ​August​ 3, 2014. All Entries must be received on or before 12:00 PM EDT on ​August 3​, 201​4​.

To Enter, simply upload your Entry via the Entry Dropbox.

Didn’t finish your project? You can still participate.

If the deadline approaches and your entry is not complete, we still encourage you to submit your project or submit a project after the deadline. While only these on-time files are submitted to the judges, consider that there are many more opportunities for contest success, such as Elektor/Circuit Cellar’s “Distinctive Excellence” awards.

While Elektor/Circuit Cellar must follow the Sponsor’s rules about submission and judging when it comes to the contest’s official prizes, Elektor/Circuit Cellar is able to include its own award program that takes into account design skills that may otherwise go unrecognized.

By submitting even an unfinished project by the deadline for official judging, you qualify for a Distinctive Excellence review. If there is merit and the project warrants further consideration, those projects that may be offered a Distinctive Excellence award may be updated by the entrant after the contest deadline.

Historically, there have been some really fascinating Distinctive Excellence projects for previous Elektor/Circuit Cellar design contests. Those who win this designation see their projects posted online similar to the official winners and enjoy much of the same exposure. Many are offered separate print magazine publishing deals through Elektor/Circuit Cellar. The benefits of having Elektor/Circuit Cellar recognize and publicize your work in a high profile campaign like this should not be underestimated.\

Plus … Due to Elektor and Circuit Cellar’s international reach, you’ll get even more exposure than ever before! Imagine getting a Distinctive Excellence award—or getting your article published—and being recognized by readers throughout the world! That could lead any number of positive outcomes. Job opportunities? Design deals? The sky is the limit!


You are challenged to design and build an innovative project that uses least one WIZnet WIZ550io Ethernet controller module or W5500 chip. You can use any other MCU and/or module along with the WIZ550io Ethernet module.




Your project must use at least one WIZnet WIZ550io Ethernet controller module or WIZnet W5500 chip. You can use any other MCU and other module along with the WIZ550io Ethernet module or W5500 chip. Visit the Eligible Parts page for more information.

WIZnet's WIZ550io auto configurable Ethernet controller module includes a W5500, transformer, & RJ-45.

WIZnet’s WIZ550io auto configurable Ethernet controller module includes a W5500, transformer, & RJ-45.


Participation is simple. First, read the Rules. Second, build and thoroughly document a project featuring a WIZnet WIZ550io Ethernet Controller module or W5500 chip. Next, Register for the Challenge and obtain a Project Registration Number. Lastly, Submit a complete project Entry.


The goal of the Challenge is to showcase the functionality of the WIZnet WIZ550io module. All Challenge entries will be judged by a panel of judges on the following: technical merit 30%, originality 30%, usefulness 20%, cost-effectiveness 10%, and design optimization 10%. It would be smart to highlight these achievements in your documentation. Call attention to your project’s special features.

WIZnet Challenge Entry Tips (Sponsored Post)

The WIZnet Connect the Magic Challenge deadline is ​August​ 3, 2014. Let’s go over the challenge and cover some tips for entering.WIZnetconnect_logo_horweb_550x

What is the Challenge?

You are challenged to design and build an innovative project that uses least one WIZnet WIZ550io Ethernet controller module or W5500 chip. You can use any other MCU and/or module along with the WIZ550io Ethernet module.

What devices must I use with my project?
Your project must use at least one WIZnet WIZ550io Ethernet controller module or WIZnet W5500 chip. You can use any other MCU and other module along with the WIZ550io Ethernet module or W5500 chip. Visit the Eligible Parts page for more information.

WIZnet's WIZ550io auto configurable Ethernet controller module includes a W5500, transformer, & RJ-45.

WIZnet’s WIZ550io auto configurable Ethernet controller module includes a W5500, transformer, & RJ-45.

How do I participate?

Participation is simple. First, read the Rules. Second, build and thoroughly document a project featuring a WIZnet WIZ550io Ethernet Controller module or W5500 chip. Next, Register for the Challenge and obtain a Project Registration Number. Lastly, Submit a complete project Entry.

​​May I submit multiple entries?
Yes. You may submit as many entries as you want. Each Entry must have its own Project Registration Number. Complete a Project Registration Form for each Entry you intend to submit.
What types of projects win design contests?
The goal of the Challenge is to showcase the functionality of the WIZnet WIZ550io module. All Challenge entries will be judged by a panel of judges on the following: technical merit 30%, originality 30%, usefulness 20%, cost-effectiveness 10%, and design optimization 10%. It would be smart to highlight these achievements in your documentation. Call attention to your project’s special features.

A Rat’s Nest-Less Workspace: Clean with Plenty of Screens

Two sorts of things we love to see in an electronics workspace: cleanliness and multiple monitors! San Antonio, TX-based Jorge Amodio’s L-shaped modular desk is great setup that gives him easy access to his projects, test equipment, and computers. The wires to all of his equipment are intelligently placed behind and below the workspace. Hence, no rat’s nest of wires! He doesn’t need to work on top of cords and peripherals like, well, a few of us do here in our office. We like how he “sectioned” his space to provide maximum multitasking capability. The setup enables him to move easily from doing R&D work to emailing to grabbing his iPhone without any more effort than a slide of his chair. Very nice.

Jorge Amodio’s workspace (Source: J. Amodio)

Submitted by Jorge Amodio, independent consultant and principal engineer (Serious Integrated, Inc.), San Antonio, TX, USA

“For the past few years I’ve been working on R&D of intelligent graphic/touch display modules for HMI (Human Machine Interface) and control panels, with embedded networking for ‘Internet of Things’ applications.” – Jorge Amodio

Jorge perform R&D with handy test equipment an arm’s length away (Source: J. Amodio)

A closer look at Jorge’s project space (Source: J. Amodio)

Jorge has easy access to his other monitors and iPhone (Source: J. Amodio)

Do you want to share images of your workspace, hackspace, or “circuit cellar”? Send your images and space info to editor at circuitcellar dotcom.

Integrated Wi-Fi System in Package Module

EconaisThe EC19W01 is a small, smart, highly integrated 802.11b/g/n Wi-Fi system in package (SiP) module. The module is well suited for home automation and smart appliances; Wi-Fi audio speakers and headphones; wireless sensors and sensor networks; wireless monitoring (audio and video); smart appliances; health care and fitness devices; wearable devices; security, authentication, and admittance control; lighting; building/energy/industrial management/control; cloud-connected devices; remote control, data acquisition, and monitoring; and machine-to-machine (M2M) and Internet of Things (IoT) design.

The EC19W01’s features include an integrated 32-bit processor to support application customization, on-board flash and antenna, low power consumption, support for Serial-to-Wi-Fi and SPI-to-Wi-Fi, wireless transmit/receive rates of up to 20 Mbps, and a small 14-mm × 16-mm × 2.8-mm footprint.

Contact Econais for pricing.

Econais, Inc.