RacoWireless, Queclink Team Up to Offer Turn-Key M2M Development Kit
Development kit provides everything needed to deploy M2M solutions for fleet and asset management.
Queclink, a leading supplier of wireless M2M hardware solutions, has teamed with RacoWireless, a leader in M2M data solutions, to provide a bundled M2M solution that brings all pieces of the M2M ecosystem into one seamless offer. Included with the development kits will be SIM cards that allow users to connect their solution to Raco’s worldwide carrier partners.
This M2M bundle is designed to help solution providers get their products and services off the ground more quickly and easily, and brings together the essentials for the successful deployment of a wireless M2M solution.
John Hubler, VP of Business Development at RacoWireless, said:
“We’ve taken pride in making it easy for our partners to succeed in the M2M space. Partnering with Queclink to deliver this innovative packaged solution takes down even more barriers to the M2M deployment process.”
The development kit will be made available across four different models of Queclink hardware: GL200, GL300, GV55, and GV300. The GL asset tracker product series offers compact size products with advanced power management, water resistance, and high quality GPS and GSM chipsets making them ideal for a wide range of applications including lone workers, vehicles, pets and asset tracking. The GL300 sports a thumb sized button with vibration feedback, a user-friendly design that allows users to confirm successful button operation, easily send emergency alerts and instantly set geo-fences.
The GV vehicle tracker product line contains an array of miniature devices built for a variety of vehicle applications. Their extremely compact design allows for easier installation and the internal 3-axis accelerometer supports driving behavior monitoring, which renders them ideal for insurance and car leasing applications. The devices can send a variety of reports including emergency, geo-fence boundary crossing, harsh driving behavior, low power, and scheduled GPS position. The GV300 also features multiple I/Os accommodating Garmin support, multiple sensors and two-way voice support.
Queclink is dedicated to delivering M2M solutions that will address customers’ needs in the most time-saving, cost-effective and creative way.
Adam Liao, President of Queclink noted:
“This collaboration enables us to deliver a package combining our reliable hardware with RacoWireless’ robust data management solutions. As partners, we are able to bundle our solutions in a way that improves the M2M ecosystem and brings convenience to our customers.”
M2M solution providers will be integrated into Omega Management Suite, an award-winning device management platform, and will be able to quickly activate and manage their connected solutions in a plug-and-play experience.
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Microsoft Lets Windows Go Free to the Internet of Things
Developing wearable tech and other ideas for the Internet of Things just got a lot cheaper. Microsoft announced at their Build conference on Wednesday that they will give away licenses for their Windows operating system for free on any device with a screen of less than nine inches.
That means manufacturers of small tablets, phones and any other small devices won’t have to buy a license from Microsoft to use Windows, making it a lot more competitive with the Google Android operating system.
The announcement of the new policy accompanied a whole host of other news from Microsoft involving the new Windows Phone 8.1 and other software updates but for the free Windows licenses will likely stand out to startup companies and device makers as the biggest news since they will be able to spend money that would have gone to a license on other ways of improving their product.
“The news today shines a light on continued Windows innovation in ways that benefit our customers, partners and developers alike,” said Terry Myerson, executive vice president of Microsoft’s OS group during the keynote where the announcement was made.
“Our commitment is to make Windows more personal and accessible to individuals, and to ensure a vibrant ecosystem through closer collaboration with our industry partners.”
The Internet of Things is a pretty broad term but Microsoft was proud to show off some of the possibilities of Windows on tiny devices and applied to the growing “maker” market in areas like 3D printing. Of course part of the draw to the Internet of Things is how it’s possible to connect numerous small devices, phones, wearable technology that tracks vital signs, even to smart appliances in the home. It’s easier to build applications for them if they run on the same system and if that system is both widely known like Windows and free to license as it will be now, developers could easily turn to building with Windows in big numbers.
Microsoft has been attempting to build a market in smaller devices like tablets and smartphones where iOS and Android have continually dominated. Encouraging manufacturers to switch to Windows with a free license may be the solution especially when phone makers, although able to use Android for free, still have to pay Google to put Google apps on the phone.
It’s easy to get caught up in the hype of the Internet of Things but when a juggernaut like Microsoft starts making real commitments to building on it, the predictions of economists and the projections of entrepreneurs building smart devices look a lot more certain.
Source: InTheCapital
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Semtech LoRa™ Platform Selected by KERLINK For First Internet of Things Long-Range Gateway
Semtech’s SX127x Transceiver Platform Provides Long Range and Connectivity for Thousands of Devices to KERLINK’s New Long Range IoT Station.
Semtech Corporation (Nasdaq: SMTC), a leading supplier of analog and mixed-signal semiconductors, today announced its LoRa™ long-range RF technology, has been chosen by KERLINK M2M Technologies, a Rennes, France-based supplier of machine-to-machine (M2M) solutions, for its new Long Range IoT Station.
KERLINK selected the Semtech LoRa technology for the Long Range IoT Station, which allows companies to build their own Internet of Things (IoT) network to monitor equipment or sensors. The Long Range IoT Station is designed to be used to create a private IoT and provide bi-directional communication with thousands of sensors, meters and other connected devices located up to tens of kilometers away.
The IoT Station greatly simplifies the implementation of the network and the operation of the end-points and is compatible with existing protocols including WMBUS, 6lowPan and others. With the built-in LoRa technology, repeaters are eliminated, which reduces infrastructure costs compared to competing solutions.
Semtech’s LoRa™ technology enables 10-times greater range than competing systems and the capacity to connect tens of thousands of nodes to a single gateway in a star architecture while maintaining low power consumption for multi-year battery operation. This combination of benefits enables the next wave of IoT applications for smart cities, smart environments and other M2M applications.
William Gouesbet, KERLINK CEO, said:
“The goal for our new Long Range IoT Station was to provide a smart connectivity solution that was so easy and capable that it could be deployed by companies without distracting them from their core business.”
“The LoRa technology is a brilliant addition to the product because it gave us the range and capacity we needed to meet our design objectives.”
Alain Dantec, Semtech Senior VP and GM of Wireless, Sensing and Timing Product Group, said:
“Since launching the LoRa product line, Semtech has become the leader in M2M RF technology because we’ve got the right combination of long-range transmission, low power consumption and high capacity. KERLINK has an innovative take on the market and we’re glad to be a key vendor for their new system.”
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M2M Spectrum Networks, LLC Announces Nationwide Machine-To-Machine Network
M2M Spectrum Networks unveils its plan to build and operate the first licensed dedicated Machine-to-Machine (M2M) Network throughout the United States.
M2M Spectrum Networks, LLC today unveiled its plan to build and operate the first licensed, all-IP, wireless Machine-to-Machine (M2M) network throughout the United States. The network rollout will occur in multiple phases, with several trials scheduled to begin in Q2 2014. The network is expected to cover 75% of the US population by the end of 2015, and 95% by the end of 2016.
M2M Spectrum Networks is the first company to have creatively sourced licensed radio spectrum to build a new ubiquitous, nationwide network.
Barclay Knapp, Chief Executive Officer of M2M Spectrum Networks, LLC, stated:
“Our innovative technology offers a timely and highly cost- effective way to deliver M2M solutions that fit customers’ needs across the Internet of Things (IoT).”
“We will be offering our customers a game-changing network, purpose-built and optimized solely for M2M applications, with innovations in provisioning, monitoring, pricing and other dimensions not yet seen in the marketplace. Ours is the M2M network customers can count on for the long term,” continued Knapp.
M2M Spectrum Networks has executed numerous strategic partnering agreements with well-established wireless companies such as Commdex, Crown Castle, Raveon, TrueNet, 4G Unwired, and Powder River. These partnerships will make it possible to overcome system complexity, reduce costs, and reduce time to market. This collaboration will clearly catapult M2M Spectrum Networks forward as a nationwide M2M connectivity provider.
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Opportunities and challenges for the connected city
By Jürgen Hase, Vice President of M2M Competence Center at Deutsche Telekom.
Machine-to-machine communication (M2M) has reached city life. As the mainstay of the Internet of Things and the basic technology behind Smart City solutions M2M is connecting more and more areas of municipal infrastructure, from parking spaces via streetlights to garbage cans.
But how do citizens, authorities, and private enterprises benefit and what opportunities arise for the M2M industry as a result of smarter cities? Let’s take a look at the opportunities and challenges for the connected city.
Looking for somewhere to park in the historic city center of Pisa, Italy? In future you will no longer have to cruise for ages around the narrow streets. Motorists will merely open the Tap & Park app and input a destination area. The app will then pilot them on the shortest route to a free parking space. This service is based on a sensor-assisted parking guidance system that Pisa is introducing jointly with Deutsche Telekom. In the pilot project, the partners are equipping 75 parking spaces on the Piazza Carrara by the banks of the Arno with sensors. Three mobile network gateways collect the sensor data and transmit it to the municipal IT infrastructure, the indicator boards and the drivers’ app. The city receives accurate statistics about the utilization of parking lots and motorists are spared the tiresome and at times very time-consuming search for a parking space.
Drivers for Smart City solutions
The parking lot management solution that is used in Pisa is one example among many. Cities all over the world are trying out M2M solutions. Analysts forecast brilliant market prospects for M2M providers. Machina Research, for example, forecasts over 747 million M2M connections and revenues totaling USD29.2 billion by 2022 for the Smart City & Public Transportation segment. Traffic management, including the parking guidance system that is being trialed in Pisa, will account for 49 percent of this total.
Societal, economic and technological factors account for the rising demand for Smart City solutions. The world’s cities are growing. According to the UN, around 3.6 billion people lived in cities in 2011. By 2050, this number is expected to increase to 6.25 billion, or 67.2 percent of the world’s population. At the same time cities are smothered in smog. They account for up to 70 percent of the world’s greenhouse gas emissions yet for only two percent of its surface area. In March 2014, Paris imposed traffic bans for the first time in 17 years. Nearly every area of municipal infrastructure is confronted by statutory requirements intended to ensure more sustainable urban areas in the long term.
Further drivers are advances in sensor technology, falling prices of M2M modules, and new business models. Until recently a Smart City solution required heavy investment in hardware and IT infrastructure. Today OPEX-based offerings are coming onto the market. Cities book Smart City solutions as an all-inclusive service for a monthly fee that includes hardware, administrative software, connection costs and support. Instead of high procurement costs, they have only the running costs to pay, which makes cost calculation much easier. Cities are now able to weigh up and carefully compare the costs and benefits of Smart City solutions.
Orderly city traffic
Parking lot management is an example of the benefits to be gained from a smartly located network of sensors. Sensors attached to the parking spaces first sense, by ultrasound, whether a space is in use or vacant. On its own this information is of little use, but as soon as sensor data for several parking spaces is merged, evaluated and passed on, an overview of the city’s parking situation is gained. The city’s ecological balance sheet certainly benefits. Experts estimate that around 30 per cent of inner-city traffic consists of motorists are looking for somewhere to park. In New York this figure is said to be 45 per cent – a figure that could soon be reduced by sensor-assisted parking guidance systems.
Along with parking guidance systems, Smart City solutions that focus on mobility management are also on the market. The RFID Mobility Passes from Deutsche Telekom’s partner Kiunsys have been in use in Pisa for five years. Instead of paper parking permits residents, taxi drivers and suppliers receive an RFID chip. For Pisa, the administrative outlay is lower and for motorists too the new system is more comfortable. They still have permits even when they re-register at a new address or apply for a permit renewal.
Evaluation of mobility data is another focal point of collaboration between Pisa and Deutsche Telekom. In the past, the city collected data but did not evaluate it to any great extent. A Deutsche Telekom Big Data service is now about to change that. Over an initial six months, the service will analyse all of the historical data and all of the new, incoming traffic data. The resulting findings are to be incorporated in the city’s municipal and traffic planning, to help improve traffic flow and reduce carbon dioxide emissions as envisioned by Pisa’s Sustainable Energy Action Plan (SEAP).
From connected street lighting to the multifunctional network
A further approach to reducing municipal energy consumption involves street lighting. Lighting for streets and parks at night accounts for over 40 per cent of municipal energy costs. Directives have already been enacted to require street lighting to use less energy. The EU regulation EC 245/2009 requires around 100 million street lamps to be replaced within the European Union by 2015. This is an opportunity for cities and local authorities to both use more efficient lighting and implement control systems.
Once street lamps are connected, the city can access them remotely. Most solutions are based on the gateway model, which is similar to the solution for parking lot management. A networked device fitted to all street lamps checks their status and receives control instructions such as to switch the lamp on or off or to dim it. The devices in the lamps communicate in turn with gateways which are connected by the mobile network to the municipal server infrastructure.
In this way, Deutsche Telekom’s Street Lighting Management solution generates an IPv6 mesh network that can host other Smart City applications, be they parking lot management, smart metering or a charger station for battery-powered vehicles. Even data-hungry applications such as traffic monitoring or hotspots can be operated via the multifunctional network.
To manage street lighting and other applications a Cloud-based Web portal is used. This enables the authorities to check the status of all lamps remotely and to program their lighting behaviour. Cycles can be set up, for example, during which lamps are switched on or off. In addition to timing, they can be based on other information such as data supplied by brightness sensors. In twilight, for example, the lamps are brightened gradually in accordance with what is left of the natural light.
The Smart Stadium
Machine-to-machine communication makes not only municipal infrastructure but also event venues smarter. IBM and Deutsche Telekom offer a connected overall concept for stadiums. It simplifies all of the event management’s tasks – from standard instructions for incidents to the management of concessions. At the same time, the system reduces the stadium’s energy consumption and offers fans a more intensive match experience. Here too the approach is based on integrating and evaluating data from different sources, which can include sensor data from people counters, video analyses, and weather and traffic data.
On the basis of this data, the system makes decisions by itself and optimises the ongoing operation. Guidance systems manage the flow of visitors, thereby ensuring shorter waiting times at ticket counters, soft drink stands and sausage stalls. The Smart Stadium also opens up new services for the fans. Information boards and fan apps ply them with additional information about the match and others taking place at the same time.
Just as the Smart Stadium is already bringing together information from totally different areas, from the ticket counter to the refrigerator for VIPs, cities are increasingly networking their entire infrastructure. One of the greatest challenges is to connect the individual pieces of the puzzle. Silos must be avoided. Just as Smart City solutions bring different areas together, different players must be able to take part: citizens, authorities and private enterprises.
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KORE Systems deploys M2M Service Management Platform for StarHub
KORE M2M Systems Group, a leader in M2M optimized OSS/BSS application software, has deployed an M2M service management platform for Singapore’s StarHub, which in turn provides M2M services to enterprises, service providers and developers.
The feature-rich platform from KORE will be locally hosted and fully integrated with StarHub’s mobile network and business systems that ensures StarHub customer’s data privacy is fully protected.
The introduction of the customised StarHub branded M2M portal is one of a series of initiatives undertaken by StarHub to advance its M2M solutions and to offer creative pricing packages designed specifically to meet the needs of various M2M applications and business models. Through the platform, StarHub also offer end-to-end solutions such as fleet and asset management and IP surveillance solutions, and starter kits to developers to test new devices and build new applications.
“We are pleased to have chosen KORE for our M2M service management platform.” said Michael Ng, Vice President of Managed Services & Solutions at StarHub.
“StarHub is driving M2M awareness, adoption and innovation in Singapore by collaborating with partners in our M2M ecosystem. The platform is the first step towards enabling us to offer valuable, differentiated and complete M2M services to our M2M partners and customers.”
KORE is providing StarHub with a robust business management platform for controlling all aspects of a connected device’s lifecycle from StarHub’s M2M SIM ordering to SIM provisioning and SIM states to network usage, billing and troubleshooting. Through tight integration with existing mobile network elements and business systems, StarHub is able to provide differentiated services to service providers, enterprises and developers while at the same time, automating major business processes in order to speed up and minimize the cost of delivering and supporting M2M services.
Pat Verrington, Vice President at KORE, said:
“Leading operators like StarHub have identified the growth that M2M markets can provide and the revenue opportunities it represents particularly in the face of slowing growth in traditional business lines.”
“KORE has delivered a complete service platform with the applications required for operators to monetize their networks, control costs, optimize M2M services delivery and provide an ideal end-user experience.”
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u-blox ultra-compact 4G LTE module certified for Verizon’s 4G LTE network
Certification of TOBY-L100 module enables the Internet of Things and M2M customers to leverage America’s largest 4G LTE Network.
Swiss-based u-blox, a leading provider of wireless and global positioning chips and modules, today announced that it’s ultra-compact TOBY-L100 4G LTE module has been certified by Verizon Wireless. The certification of u-blox’s TOBY-L100 module will enable customers to leverage the Verizion Wireless network to develop Internet of Things (IoT) and M2M applications.
The certification allows customers to design u-blox’s TOBY-L100 LTE modules into devices operating on Verizon Wireless’ 4G LTE network. Applications using u-blox’ TOBY-L100 module include wireless routers, vehicle infotainment and telematics systems, industrial automation, metering, digital signage, and security systems. The TOBY-L100 is a fully integrated solution complete with power management, IP stack and USB 2.0 interface that can be easily embedded within an existing application. A mini PCI-express version, the MPCI-L100, is also available for customers with existing devices who want to easily migrate to the more cost-efficient and robust u-blox technology.
“Having passed the certification requirements, we are pleased to offer our TOBY-L100 LTE module that will enable development of new and competitive products for industrial, automotive and consumer applications in the United States,” says Nikolaos Papadopoulos, President of u-blox America.
TOBY-L100’s small form factor supports u-blox’s nested design philosophy which allows smooth migration to LTE from u-blox’s CDMA, GSM, and HSPA modules. The module is also backed by a team of U.S-based applications engineers, to provide comprehensive technical support.
TOBY-L100 delivers ultra-fast data rates and operates in the automotive temperature range from –40°C to +85°C. USB drivers for Windows XP and Windows 7, as well as RIL software for Android 4.0 and 4.2 are available free of charge.
The MPCI-L100, the mini-PCI version, allows customers to switch to the latest u-blox technology.
The LGA format module measures 22.8 x 35.6 x 2.8 mm3, allowing for easy manufacturing. An evaluation kit EVK-L10 with the leading evaluation software m-center is also available.
For more information about TOBY-L100, visit www.u-blox.com or contact a u-blox sales representative.
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Quectel launches UC20-G UMTS/HSPA+ Module
Worldwide Coverage and High Reliability while Roaming across Different Wireless Networks.
Quectel Wireless Solutions, a leading global supplier of GSM/GPRS, UMTS/HSPA/LTE and GNSS modules, solutions and services, today announced the introduction of UC20-G UMTS/HSPA+ module, based on Qualcomn Technologies, Inc. chipsets and supporting five UMTS/HSPA+ bands (800/850/900/1900/2100MHz) and providing ubiquitous 2G coverage with quad band GPRS and EDGE class 12. UC20-G delivers up to 14.4Mbps downlink and 5.76Mbps uplink data rates.
Operating on both GSM/GPRS and UMTS/HSPA+ networks, UC20-G provides true worldwide coverage and reliability even while roaming across different wireless network technologies. It is layout-compatible with Quectel UMTS/HSDPA UC15 and GSM/GPRS M10 modules and supports GPS and GLONASS location technologies.
Jaron Xu, Quectel Marketing Director, said:
“The UC20-G UMTS/HSPA+ module is a new member of Quectel’s 3G products. Its UMTS-based modem provides data connectivity on HSPA+, HSDPA, HSUPA, WCDMA, EDGE, GPRS networks.”
“UC20-G, banded for global market and UC20-A, UC20-E, each banded for Asian and European market constitute a comprehensive product portfolio of Quectel UC20 series. By using Qualcomn Technologies’ Gobi 3G solution, UC20 series offers our customer the technology flexibility to address the requirements of M2M products and drive 2G to 3G migration in global market.”
UC20 provides power saving solutions by DPO (Dynamic Power Optimization). Battery life is extended and talk and standby time are maximized dramatically through DPO, which attempts to turn off GNSS RF parts, reduces current consumption up to 50% without impact on TTFF.
UC20 is fully digital audio capable, supports both GPS and GLONASS location technologies, and provides full-duplex PCM input and output. These features combined with the up to 14.4Mbps downlink and 5.76Mbps uplink data rates make UC20 ideal for surveillance and security applications. A rich set of Internet protocols, industry-standard interfaces (USB/UART/PCM/ADC/NETLIGHT/SD/Rx-diversity) and abundant functions (USB drivers for Windows XP, Windows Vista, Windows 7, Windows 8, Windows CE, Linux, Android/eCall/GNSS) extend the applicability of UC20 module to a wide range of M2M applications such as automotive, metering, tracking systems, security solutions, routers, wireless POS, mobile computing devices, PDA, and tablet PC.
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Econais Launches the World’s Smallest, Smartest and Most Integrated Wi-Fi (SiP) Module
Econais Inc., the technology leader in smart ultra low power miniature Wi-Fi module solutions for the Internet of Things, today announced the EC19W01, world’s smallest, smartest and most integrated 802.11b/g/n Wi-Fi System In Package (SiP) module.
The EC19W01 offers low power drain and features fully integrated MCU, Wi-Fi, cloud connectivity, flash and antenna that is fully certified FCC, EC, IC, and TELEC. Think WiSmart.
The EC19W01 incorporates the latest Wi-Fi 802.11b/g/n standards and features to give designers a full array of options for embedding the module in their designs to get their devices on the internet and in the cloud as smartly as possible. Fully certified with FCC, EC, IC, and soon TELEC. Features include AirPlay, Wi-Fi Direct, ProbMeTM configuration, full TCP/IP stack, HTTPS/SSL, DHCP Client/Server, WPS, legacy Wi-Fi Client and SoftAP modes with WPA/WPA2 support, Serial to Wi-Fi, Cloud Service Support, and more. Very compact, the EC19W01 is 14x16x2.8mm in size.
Dimitris Leonardos, VP of Product Management of Econais Inc., said:
“The EC19W01 makes it easy to quickly design a Wi-Fi equipped device that connects to the cloud.”
“With Econais’ extensive libraries of software to shorten the design cycle and customize connections, our plug and play modules enable device developers to quickly, inexpensively, and globally get their products connected to the internet.”
Engineering samples and production quantities of the EC19W01 are available now. The EC19W01 Development Kit (EC19W01EVB) is also available from Econais and through their global representative and distribution network of partners.
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Telefónica partners with JCDecaux to release new M2M solutions for urban environments
Telefónica’s remote management technology enables JCDecaux to securely connect and optimise its urban environments – from digital screens to self-service bicycle stations.
Telefónica today announced to be the new partner of JCDecaux, the world’s leader in outdoor communications and self-service bicycle, for the development of a new range of smart Machine-to-machine (M2M) powered solutions for urban environments.
Telefónica’s M2M technologies will bring enriched connectivity and new digital features and experiences to JCDecaux’s municipal information devices, digital screens and self-service bicycle stations in Europe and South America.
The new state-of-the art solutions will enable advertisers to enhance campaigns and bring the innovation and insight usually seen online to the outside world. For outdoor digital advertising, Telefónica’s M2M technology enables the transmission and reception of pre-recorded or real time advertising content on digital screens.
Municipal information messages can also be delivered through remote management features. This managed connectivity capability will save out-of-home advertising companies significant maintenance costs due to the continuous data flows reporting the status of the displays.
In shared bicycle schemes, Telefónica’s M2M devices offer remote tracking data for numerous parameters such as geolocation, mileage and usage. This data is collected and processed with business analytics techniques, helping companies and public administrations to efficiently manage urban bike fleets and save significant costs in unit losses and maintenance.
The scale and adoption rate of M2M solutions is increasing rapidly. There are already more than 4 million active M2M cards in France and there will be up to 20 billion objects connected by 2020 according to the GSMA. In 2004 only 92 million devices were connected worldwide. This continuous growth will not only generate substantial economic benefits, but will also play a significant role in improving resources and efficiency.
José Luis Gamo, CEO Multinational Business Unit of Telefónica Global Solutions said:
“This agreement with JCDecaux will allow us to provide M2M services internationally to the world’s leader outdoor advertising companies. Our solution will be available on a wide range of platforms, such as street furniture, self-service bike stations or digital screens, which represents a significant step forward in solutions for urban environments managed by our corporate and multinational customers.”
Telefónica offers end to end solutions through global connectivity in more than 40 countries across three continents. This connectivity is available in a variety of objects – from vehicles to street furniture.
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