Tag Archives: 4G LTE

Sierra Wireless launches next-generation mangOH Open Source Platform to accelerate Industrial IoT

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Sierra Wireless , the leading provider of fully integrated device-to-cloud solutions for the Internet of Things (IoT), today released alpha samples of its next-generation mangOH® open source hardware platform, inviting the IoT developer community to influence the final product. mangOH Yellow, a “super sensor” for connected IoT, allows developers to measure and monitor virtually anything, with all of the interoperable building blocks needed to rapidly develop and productize low-power Industrial IoT applications.

The award-winning mangOH platform helps developers address many of the challenges that limit their ability to quickly and cost-effectively bring connected cellular LPWA (Cat-M1/LTE-M and NB-IoT) and 2G/3G/4G products to market. mangOH’s open source model, industrial-grade components and extensive ecosystem enable businesses to reduce time to market for Industrial IoT applications by up to one year and cut development costs in half.

“Whether you’re developing IoT applications for a startup or a Fortune 500 company, mangOH gives you a head start to a minimum viable product, right out of the box,” said Ashish Syal, Chief Engineer and mangOH Founder, Sierra Wireless. “Building on the success of mangOH Red and Green, we’re excited to release mangOH Yellow and give the IoT developer community the opportunity to influence the final product.”

Smaller and lighter, mangOH Yellow is targeted at IoT applications where compactness and low-power consumption are essential. The size and mechanical design will allow developers to build standalone and extremely compact proof-of-concepts/prototypes or to incorporate it into existing systems for instant IoT connectivity. Existing mangOH Red and Green and applications developed using the Legato™ open source Linux platform can be easily ported to mangOH Yellow. In addition to cellular connectivity, mangOH Yellow features built-in Bluetooth Mesh and BLE 5, as well as Wi-Fi and NFC. It also includes 14 advanced sensors and actuators on board in an ultra-low-power architecture for long-lasting, mobile, battery-powered applications. mangOH Yellow provides ultimate flexibility and functionality with an IoT connector slot to leverage the more than 15 IoT cards built by members of the collaborative mangOH ecosystem, which are available today.

Sierra Wireless also announced that Jabil, a provider of design, manufacturing, supply chain and product management services, has joined the extensive mangOH ecosystem. Jabil is the lead manufacturing partner for mangOH Red and the next-generation mangOH Yellow.

“mangOH is creating a disruptive opportunity in the IoT space for companies to innovate, and Jabil is pleased to join the ecosystem to help mangOH users cost-effectively take their prototypes to market,” said Rafael Renno, Senior Business Unit Director, Jabil. “We’re not only manufacturing mangOH, we’re also working with several large customers to develop new industrial use cases based on mangOH Red that will revolutionize industries.”

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Peplink and RFC Wireless Announce Partnership

RFC Wireless will be applying Peplink’s unbreakable connectivity to turn Silicon Valley employee shuttle buses into mobile workplaces

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(Fremont, California and Hong Kong) Peplink International Limited, a global leader in wireless SD-WAN technology under its own brand Peplink, has announced its new partnership with Silicon Valley communications experts, RFC Wireless. RFC Wireless’ clients will now have access to Peplink’s full line of connectivity solutions, including transport connectivity solutions used by some of Silicon Valley’s largest and most prolific companies.

 

RFC Wireless, a pioneer in communications technology, has served the San Francisco Bay Area for over 25 years by providing solutions and support across a variety of industries including high tech, transportation, manufacturing, and public services. The partnership with Peplink enhances RFC Wireless’ ability to provide cutting edge connectivity solutions by utilizing the Company’s unmatched reliability and security to provide clients with true mobile office environments for their employees.

 

“RFC’s partnership with Peplink provides an outstanding solution that transforms commute downtime into a productive work environment”. No longer will employees have to waste their valuable time in the daily routine of getting to and from work. We are helping our clients broaden the parameters of productivity,” observed Roger Dickinson, Founder and President of RFC Wireless.

 

More and more highly prominent Silicon Valley entities have been looking to employees’ transportation time as a source of untapped productivity. RFC Wireless’ knowhow and proven understanding of the mobile communication needs of the Bay Area, combined with Peplink’s advanced wireless SD-WAN technology, have now made mobile office environments a reality. With unbreakable connectivity, and proven secure tunneling technology, the commute is now a truly viable workplace.

 

“This is not about Wi-Fi on buses,” said Keith Chau, General Manager of Peplink. “This is about extending your corporate workspace to the bus, providing the connectivity and security to allow employees to do anything they could do at the office, while en route. Online collaboration, programming, and all manner of delicate, secure work can now be done on the way to or from the office. This partnership with RFC Wireless will help bring this technology and enhanced productivity to their clients across Silicon Valley. We at Peplink are very excited to be working with these communications leaders.”

Co-Star are distributors for Peplink 4G LTE wireless gateway’s in the UK.

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Battle of the IoT networks: Cellular versus Wi-Fi – IoT Agenda

When it comes to the internet of things, perhaps the key enabling technology is wireless networking technologies. Without the two primary wireless data networking technologies — cellular and Wi-Fi — almost every IoT device would require a wired connection to the internet, dramatically limiting the ability of developers to create IoT applications that deliver value to businesses and consumers.

However, thanks to these two wireless networking technologies, IoT is big and getting bigger — research firm Gartner forecasted that in 2017, 8.4 billion connected things will be in use worldwide, with this number reaching 20.4 billion by 2020. With as many as 10 billion additional connected devices forecast to be deployed over the next three years, IoT application developers face an important question as the market continues to mature — given each technology’s bandwidth, cost, coverage and security characteristics, should they design their IoT applications to use cellular, Wi-Fi or both?

Coverage

While the differences between Wi-Fi and cellular in terms of bandwidth and cost have been narrowing or disappearing, cellular is expanding on its coverage advantages. By definition, Wi-Fi is a local area network (LAN) which provides great coverage in a very limited area. Yet, the moment a connected device leaves that area, coverage is lost, which results in significant design limitations for IoT application developers. On the other hand, cellular data coverage today is extensive and growing, as wireless network operators compete with each other to offer better coverage to their customers. In addition, standard low-power wide-area (LPWA) cellular IoT technologies (LTE-M and NB-IoT) provide deeper coverage than traditional cellular technologies, expanding cellular connectivity to underground spaces, buildings and rural environments. While LPWA is new, it is rapidly being embraced by network operators, as upgrading 4G LTE infrastructure to support LPWA only requires a simple software update. For developers who want to deploy IoT applications around the world or to remote, underground or similar hard-to-reach locations, cellular provides clear advantages — advantages that will only grow over the coming years.

Security

When evaluating the security differences between Wi-Fi and cellular, one must always remember that no network can ever be made 100% secure. Nonetheless, cellular does possess several security advantages over Wi-Fi. First, all cellular data is encrypted by default. Wi-Fi data can be encrypted, but this encryption has to be turned on. This introduces human error into the Wi-Fi security equation, and as seen in recent cybersecurity attacks, such human-error related vulnerabilities can and will be exploited by cybercriminals. In addition, cellular security updates are made by network operators who have dedicated cybersecurity staff in place and very strong financial and reputational incentives to ensure such updates are made as quickly as possible. However, Wi-Fi depends on individual Wi-Fi network owners to make security updates, and it is easy for individual Wi-Fi network owners to delay or overlook these updates. The problem with overlooking such updates was recently demonstrated by the Key Reinstallation AttaCK, aka KRACK, on the key exchange handshakes used in the Wi-Fi Protected Access (WPA) and Wi-Fi Protected Access II (WPA2) security protocols. Another security issue with Wi-Fi is cybercriminals can create “fake” Wi-Fi networks that unsuspected device owners connect to, allowing these criminals to hack into these owners’ devices. While creating fake cellular networks is theoretically possible, cellular’s built-in security advantages, as well as size and scale of network operators, make the creation of similar fake cellular networks much more difficult. As cyberattacks continue to increase, cellular’s security advantages give it a leg up on Wi-Fi for developers building applications where security is a key design consideration.

Bandwidth

For years, Wi-Fi had a significant advantage in bandwidth over cellular, with older 802.11b/g/n Wi-Fi technologies offering speeds up to 450 megabits per second and the newer 802.11ac Wi-Fi technology offering speed up to 1.3 gigabits per second (Gbps). However, cellular technologies based on the 4G LTE standard are now as fast as 1 Gbps, making cellular bandwidth comparable with Wi-Fi. In addition, while new Wi-Fi technologies based on the 802.11ax standard promise speeds of up to 10 Gbps, new cellular technologies using the 5G standard will offer similar speeds. With cellular now able to come close, if not match, Wi-Fi in regard to bandwidth, when it comes to video and other high-bandwidth IoT applications, there is little to no difference between the two technologies on speed.

Security, bandwidth and coverage are not the only capabilities developers need to consider when deciding whether they their IoT applications should use cellular, Wi-Fi or both, but they might be the most important. In terms of cost and bandwidth, cellular has in recent years caught up to Wi-Fi, and today Wi-Fi’s advantages in these areas are minimal or non-existent. However, when it comes to coverage and security, cellular has significant advantages over Wi-Fi, advantages that it will build on over the coming years.

Despite these advantages, Wi-Fi is not going away anytime soon. Wi-Fi has a strong established base in most households, and the fact there are no additional costs to connect multiple devices to a Wi-Fi network means that Wi-Fi will likely continue to be used for many consumer and smart home IoT applications over the coming years. In addition, with costs coming down for both technologies, building IoT applications that support both Wi-Fi and cellular connectivity is an increasingly attractive option for developers looking to cover all their bases and differentiate their consumer versus enterprise-level services. However, with cellular increasingly equal to or better than Wi-Fi in terms of bandwidth, cost, coverage and security, many developers who previously might have only considered Wi-Fi for their IoT applications are likely to be looking at, if not switching to, cellular over the coming years.

Source: Philippe Guillemette Sierra Wireless – IoT Agenda

How the connected smart store will enhance the retail experience

What Smart Stores Look Like

Smart Store Retail Network

Forward-Thinking Retailers Depend on Agile, Dependable Networks More Than Ever

In retail, smart stores and connected everything have captured the attention of the public as well as the technology community. Retailers are leading the way in testing and implementing customer engagement and operations strategies that someday will be adopted across virtually all industries.

In turn, retail enterprises are moving away from legacy network technologies and toward solutions engineered for the complexities of IoT, high-bandwidth usage, and the fluctuating needs of companies that must be able to change direction on a dime.

Customer Engagement Technologies

One area ripe for testing and implementing smart retail technologies is customer engagement efforts. Today’s customers demand personalized, interactive experiences that seamlessly connect the online and in-store experience. Emerging smart store technologies are designed to strengthen and deepen the retailer’s relationship with the customer.

Examples of relationship-enhancing technologies include:

  • Facial recognition technology: In-store cameras and video analytics software recognize a customer’s face and serve up offers customized to that individual’s preferences and buying history.
  • Interactive mirrors: These smart mirrors allow customers to see how a certain clothing item would fit without ever trying it on. These mirrors also leverage RFID tracking to help capture customer behavior, recording data regarding how long customers spend in dressing rooms, how they behave when an item doesn’t fit, and which items they are most likely to purchase.
  • Smart shelves: These devices recognize when customers pick up items and whether they put them back down, allowing retailers to gather behavioral data and make better decisions around pricing and merchandising.
  • Robotics: Customer service robots greet customers as they enter stores, sometimes using facial recognition technology to deliver tailored messages. Robots can also be used to fetch and deliver items to customers.
  • Seamless checkout: Using RFID and/or video analytics technology, retailers allow customers to check out without standing in line or even scanning items. Customers may use an app on their phones to confirm their purchases and pay.

Operational Technologies

Whereas customer-facing technologies help retailers increase revenue, operations-facing technologies reduce expenditures and improve efficiency.

Often, retailers adopt customer-facing technologies that can serve a dual operational purpose. Examples of emerging operational technologies include:

  • Advanced HVAC and lighting controls: These systems can be programmed and controlled remotely. A more recent development in such systems is the ability to enable automatic adjustments based on exterior conditions such as temperature and weather. Some smart power controls can actually react to happenings on the power grid, such as rolling brownouts, and adjust accordingly.
  • Advanced loss prevention: Retailers can use the same video analytics technology for both customer recognition — as outlined above — and retail loss prevention.
  • Interactive digital signage: The same signage used to present varied content to customers can also be used for employee training and video conferencing.
  • Robotics: Robots track and move merchandise in warehouses, allowing retailers to fulfill more online orders and more efficiently manage shipments to brick-and-mortar locations.

Cradlepoint 4G LTE Connected devices and software are available from Co-Star.

Source: Cradlepoint.

 

The Benefits of 4G LTE & Software-Defined Networking in Smart Cities

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Cities & Regions Connect People, Places & Things While Leveraging Data

Cities and public-sector IT personnel must balance a unique combination of community expectations, budget limitations, and employee capacity. As cities become smarter and more connected, community members financially responsible growth. At the same time, it is common for cities to struggle with budgets and for elected officials to be held accountable by the public to ensure they are investing wisely and in ways that have a noticeable impact.

As technology continues to evolve, cities are evolving in parallel. A Smart City, according to Gartner, is “an urbanized area where multiple sectors cooperate to achieve sustainable outcomes through the analysis of contextual real-time information shared among sector-specific information and operational technology systems.”

Broadly speaking, Smart Cities use technology to collect data, analyze information, share results with different departments, and use those results to drive improvement. They understand how the combination of innovation, technology, and collaboration can truly improve the quality of life and the economic well-being of their citizens and businesses.

The effects of 4G LTE and Software-defined Networking (SD-N) have been profound within this context. The potential for connected people, places, and things has enabled cities to provide a deep and vast array of services in many different areas. Today cities are connecting:

  • K-12 public schools, students, and faculty
  • Public recreation centers and other amenities, such as golf courses
  • Fare boxes, passenger WiFi, digital signage, and surveillance cameras on buses in major metro systems
  • Cameras and tracking sensors/RFID tags on school buses
  • Police cars, laptops, body-worn cameras, dash cameras, evidence collection kits, and even IoT sensors to a city’s secure, private network
  • Search and rescue mobile vehicles, particularly those in remote locations
  • Code enforcement and building inspector vehicles, which traditionally serve as remote offices for city employees and contractors
  • Ambulances, stroke kits, and first responders to doctors local at hospitals
  • Traffic cameras, traffic light controllers, and cameras at intersections
  • Public trash compactors and recycling bins, allowing cities to be more efficient in how often receptacles need to be emptied
  • Digital signs that provide live route maps for public transportation users
  • Payment kiosks for citizens wishing to pay for city services out in the field
  • Election machines at precinct locations
  • Sensors for large public events that can be used to look for any kind of public safety threat

These services are increasingly essential to a city’s infrastructure. For example, Gartner predicts that by 2020, “streetlamps will be the primary infrastructure for 80 percent of Smart Cities.” While full of potential, these streetlamps can’t fully function as needed without reliable connectivity solutions. Flexible lighting allows city employees to remotely control switches and dimming devices, thereby enabling efficient, timely management. Video cameras and sensors attached to streetlamps also allow cities the ability to track — in real time — which streets have been plowed during inclement weather.

Without reliable 4G LTE connectivity, along with devices such as routers that can withstand the elements and be updated through the cloud, cities may focus too heavily on becoming a Smart City without paying enough attention to the logistics needed to fully get there.

When cities do fully implement reliable and secure 4G LTE and/or SDN solutions, the effects can be tremendous. The City of San Antonio understood the importance of becoming a Smart City and utilized 4G LTE to assist with traffic management. With more than 1.4 million people and further growth expected, transportation infrastructure is becoming increasingly critical to the city’s quality of life. Its Traffic Management Center needed remote access to monitor key applications, troubleshoot problems, and adjust traffic flow mechanisms (such as timers) in real time. In a city of this size, manual adjustments were no longer a reasonable solution.

By installing Cradlepoint’s cloud-managed routing platforms in nearly 700 traffic cabinets and utilizing 4G LTE, San Antonio now has constant connectivity for reliable access, streamlined network troubleshooting and real-time management, easy physical access, and the potential to scale up the network and applications.

The City of Boise helped its police department further advance the city toward Smart City status by updating its in-vehicle systems. The department upgraded its devices and implemented NetCloud Manager to enable central configuration, monitoring, and management. Whereas it previously took the city as many as 160 staff hours to complete network updates for the whole police cruiser fleet, it now takes approximately 5 minutes with remote cloud management. The cost savings, efficient use of officer resources, reliability, central network management, network flexibility, and future-proofing of these solutions allow the police department to evolve its technological infrastructure while demonstrating to the public its responsible use of valuable resources.

As 5G, often referred to as “next-generation WAN,” becomes more readily available, Smart Cities will have both the opportunity and the obligation to explore how a drastic increase in speeds, combined with a drastic decrease in latency, can better empower their infrastructure, services, and personnel.

The ways in which cities become “smart” depends heavily on the wireless connectivity, devices, and networking infrastructure solutions available to and adopted by IT professionals and approved by city leaders. In essence, the effects of 4G LTE, 5G, IoT, and SDN are only as powerful as the solutions that utilize them.

Learn More About Connecting Smart Cities

Learn more about Smart City drivers, needs, and solutions in our white paper: Developing Smart Cities & Communities.

Co-Star supply the full range of Cradlepoint 4G LTE connectivity technology Click here for more info>

Source: Cradlepoint

Verizon and Ericsson team up to deploy Massive MIMO

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Verizon and Ericsson reached another milestone in 4G LTE Advanced Technologies that will also serve as a stepping stone to 5G technology by completing their first deployment of FDD (Frequency Division Duplexing) Massive MIMO (Multiple Input – Multiple Output) on Verizon’s wireless network in Irvine, CA.

This deployment will improve both spectral and energy efficiency, increasing network capacity for current devices in the market.  Further significant enhancements are expected to come as new devices evolve toward 5G.  For customers, the result will be higher and more consistent speeds for using apps and uploading and downloading files.

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“While continuing to drive 5G development, the deployment of Massive MIMO offers very tangible benefits for our customers today.  As we innovate, we learn and continue to lay the groundwork and set the standards for 5G technology,” said Nicola Palmer, Chief Network Officer of Verizon Wireless.  “Our collaboration with Ericsson on this new deployment continues to drive industry-wide innovation and advancements.”

Today’s Massive MIMO deployment involves 16 transceiver radio units driving an array of 96 antenna elements supplied by Ericsson.  The deployment is running on a 20 MHz block of AWS spectrum.  Four way transmit has been widely deployed throughout the Verizon network and has contributed to significant 4G LTE advancements.  In Massive MIMO – the next step of antenna array evolution – the high number of transmitters enables more possible signal paths.  It also enables beamforming, which directs the beam from the cell site directly to where the customer is, dramatically cutting down on interference.  Reduced interference results in higher and more consistent speeds for customers.

Niklas Heuveldop, Head of Market Area North America at Ericsson, said: “Massive MIMO is a key technology enabler for 5G, but already today, 4G LTE service providers and end users can benefit from the superior capacity and network performance this technology enables.  The current trial is an important step in the collaboration we have with Verizon to prepare their network for 5G.”

As part of an Intelligent Edge Network that processes data where it’s generated, this Massive MIMO deployment is another step in technological innovation and leadership. As Verizon begins deploying Massive MIMO in the future throughout the network in places where there are capacity needs, customers with compatible devices will automatically begin taking advantage of this technological advancement.

Source: Ericsson

 

Vodafone UK selects Ericsson technology to evolve London network

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  • Ericsson has been selected to provide Massive MIMO and Carrier aggregation technology to help Vodafone UK evolve its 4G network in southern England
  • In addition, Ericsson has been selected to provide Vodafone UK with 5G Radio technology to prepare for the introduction of 5G in the region

Vodafone UK has selected Ericsson  to evolve its 4G networks in London and southern England using technologies such as Massive MIMO and Carrier Aggregation, which will help deliver improved capacity and end-user performance.

Massive MIMO technology utilizes advanced antenna arrays to improve the quality of radio signals and capacity, while Carrier Aggregation combines different cellular frequencies to increase capacity and user data rates.

The scope of the agreement includes technology trials, product validation and commercial deployment, as well as professional services.

Jorge Fernandes, Technology Director, Vodafone UK, says: “We are continually enhancing our network to optimize performance and give our customers the best possible experience. We will continue to expand our 4G network and develop greater capabilities for our customers. We look forward to continuing to work with Ericsson in order to achieve our goals.”

Arun Bansal, Head of Europe and Latin America, Ericsson, says: “We are working with Vodafone UK to evolve its 4G network and test new 5G technologies. Together we will enable ubiquitous connectivity for their users that enable entirely new experiences, as well as monitoring and control of IoT in real time.”

Ericsson and Vodafone have also signed a memorandum of understanding that will cover the following areas of collaboration:

  • 4G evolution, 5G radio non-standalone and standalone;
  • 5G site deployment scenarios;
  • NR simulations: 3.5 GHz and mmWave;
  • 5G use-cases: business case study and proof of concept;
  • distributed cloud and network slicing proof of concept: end-to-end latency and cloud- optimized network applications;
  • collaboration with King’s College London; and
  • 5G innovation: Technology Incubation Programme.

Source: Ericsson

Telit Drives Next Generation Connected Car with AT&T Certification of LTE-Advanced Automotive-Grade Module

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Telit Drives Next Generation Connected Car with AT&T Certification of LTE-Advanced Automotive-Grade Module

VoLTE LE920A4-NA is the first secure, smart automotive-grade module to receive AT&T LTE Cat 4 certification

London, June 13, 2017 – Telit, a global enabler of the Internet of Things (IoT), today announced that the LE920A4-NA LTE Cat 4 module has received AT&T* certification for use on the carrier’s North American LTE wireless networks. The smart module delivers voice-over-LTE (VoLTE) and 150 Mbps Cat 4 automotive-grade performance.

With advanced security features, the LE920A4 delivers OEMs and tier one automotive system integrators, flexibility to meet requirements of vehicle roadmaps for secure, high-speed mobile data with support for next gen applications such as advanced diagnostics, infotainment and remote software updates.

“Automobile manufacturers demand best-in-class solutions enabling world-class connected car innovation with robust security features that the LE920A4 delivers,” said Yossi Moscovitz, CEO of Telit Automotive Solutions. “AT&T’s approval for the North American module variant is a critical milestone that the auto industry can leverage for immediate deployment in U.S. car models. Telit remains committed to developing solutions aligned with progressive roadmaps that embrace advanced connected car and autonomous driving technologies.”

Telit technology in the LE920A4 powers the entire connected car platform with a design that supports current connectivity needs with the flexibility to integrate value-add and other telematics services down the road as wireless communications continue to evolve. Complex in-vehicle applications are inside a secure processing environment with a built-in application processor, storage and memory. This flexible development environment allows customer application programs to run entirely and securely on the module itself using advanced anti-hacking capabilities.

LE920A4 Features

Global coverage: Series to include three multi-band, multi-mode, variants with integrated world-covering GNSS functionality, optimized for automobile manufacturers to deploy connected car solutions for the top automotive markets.

Advanced security addresses industry demands: Features include secure boot, secure storage, unique identifiers, random number generation and cryptographic algorithms. Multi-radio access technology for exceptional coverage: LTE high-speed data secured with 3G/2G fallback delivers widest possible combination of voice and data connection technologies always-on communications, particularly in life-critical situations.

Safety-first: Supports regulatory and safety standards, and is VoLTE-ready (voice over LTE) with circuit-switch fallback (CSFB) to 3G or 2G aligned with regional requirements.

Design-once and select the module with the exact feature set for each market and vehicle line: The LE920A4 34×40 mm LGA form factor nests with the new LE940B6 Telit xE940 automotive module family, offering the OEM or tier one integrator, superior flexibility to address economic, feature and regional requirements with a single device design.

Automotive-grade: Ruggedized, mechanically robust package with excellent thermal characteristics for effective heat dissipation. With an operating temperature range of -40°C to +85°C, it is suitable for demanding applications and environments. Telit designs and manufactures automotive modules per ISO TS16949 processes to ensure quality and compliance with automotive OEM and tier-one supply chains requiring this certification.

Learn more about the LE920A4 series as well as the LE940B6-NA 300Mbps Cat 6 AT&T certified automotive module also ready for immediate application in North America.

*AT&T certification only relates to the technical compatibility of the device for use on the AT&T wireless network.

Source: Telit

Sierra Wireless collaborates with industry leaders and developers to drive the next phase of IoT commercialization

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Sierra Wireless  the leading provider of fully integrated device-to-cloud solutions for the Internet of Things (IoT), along with technology providers including ARM, Bosch Sensortec, MediaTek, Orange, Qualcomm Technologies, Inc. and Talon Communications, today announced mass-market availability of the mangOH™ Red open source hardware platform.

Targeted at the industrial IoT and maker communities, mangOH Red is the most feature-rich, lowest power open source enablement platform on the market. Smaller than a credit card, it includes all of the building blocks needed to prototype and test ideas in days instead of months, with minimal investment. mangOH Red designs can then be modified and repurposed for mass production using its industrial-grade components and applications developed in the Legato™ open source Linux platform.

“For IoT commercialization to truly take hold, bringing products to market needs to be much faster and easier,” said Philippe Guillemette, Chief Technology Officer, Sierra Wireless. “mangOH Red is based on feedback from the ecosystem and developer community, resulting in the most compact, feature-rich open source platform that can quickly turn concepts into prototypes and prototypes into products without the need for significant redesign.”

Sierra Wireless founded the mangOH open source hardware program in 2015 to make it easy for developers to prototype with any wired, wireless, or sensor technology based on their unique IoT use case. Following the successful first mangOH Green edition, mangOH Red focuses on low power and miniaturization, providing a one-stop technology platform that includes:

  • Credit card size form-factor ideal for rapidly building proof-of-concepts;
  • A snap-in socket to add any CF3™-compatible modules, including wireless modules (2G to 4G & LTE-M/NB-IoT) to achieve up to 10 years of battery life;
  • Built-in Wi-Fi b/g/n and Bluetooth 4.2 BLE with an ARM Cortex®-M4 core to provide real-time access to I/O;
  • Built-in Bosch Sensortec Accelerometer, Gyroscope, Temperature and Pressure sensors, as well as Light sensors and a 26-pin Raspberry Pi compatible connector;
  • An IoT Expansion Card slot to plug in any technology based on the IoT Connector open standard;
  • Sierra Wireless Smart SIM with up to 100 MB free data, depending on region, and can also be used with any commercially available SIM;
  • Easy connection to the AirVantage® IoT Platform to create, deploy and manage solutions in the cloud, and can also connect to other cloud platforms; and
  • Ready-to-use product from selected distributors and complete source design under Common Creative License.

Please click the links below to see how managOH can bring your ideas to life:

mangOH™ Red

mangOH™ Green

For more information on mangOH please contact Co-Star on: +44 (0) 1423 344066 or e-mail: sales@co-star.co.uk

Source: Sierra Wireless

Peplink gets R.S.C Anderlecht connected

R.S.C Anderlecht Bus and Coach Wi-Fi

Internet on the road

R.S.C. Anderlecht, a Belgian football team and the most successful Belgian club in European competitions, had a problem. The nature of modern competitive football requires a team to spend a great deal of time on the road and just like everyone today the Anderlecht players want to stay connected. On the road, it was difficult for their smartphones to stay connected while roaming up and down the country and to maintain a stable connection. As a result, long periods were spent out of contact with the outside world. It became a sore point as players felt that this was wasted time. Furthermore, time was then spent at their destination catching up on their messages and social media. Peplink Partner, M2Mcom offered Anderlecht a winning solution.
“As soon as they are on the bus and settled down, and I forget to turn on the Wi-Fi, the players will be asking for it. They really enjoy being able to put this travelling time to good use by surfing on the Internet and going online generally. Not a peep out of them!” -Michael Ruysseveldt, Anderlecht Team bus operator.

M2Mcom with a winning solution

Equipped with a Pepwave MAX HD4, players now connect to their bus’s new super-fast network. They can connect to the Internet and check up on emails, messages and even watch films online. They can keep up to date with their social media and more importantly with their family and loved ones, and interact with their fans, leaving them free to concentrate on the game when they reach their destination. In short, their new 4G LTE network on the bus can do everything they do on their Wi-Fi at home.

M2Mcom provided and installed the technology that made this impressive upgrade possible. A Pepwave MAX HD4 multi-cellular router was installed, a router combining four built-in 4G LTE modules, which enables the use of up to four different cellular providers for bandwidth bonding, data coverage protection and eliminating blind spots. Players now look forward to relaxing in the bus as they put their travelling time to and from games to good use.

Source: Peplink/M2MCOM