Qt Group collaborates with Qualcomm to vastly reduce time-to-market for IoT manufacturers.

Qt Group, and Qualcomm Technologies, Inc. are collaborating to streamline development of advanced graphical user interfaces (GUI) and software quality assurance for industrial IoT devices.

The combined force of Qt’s cross-platform development tools and Qualcomm Technologies’ means IoT manufacturers could significantly accelerate their devices’ time-to-market.

Qualcomm Technologies, one of the world’s largest semiconductor manufacturers, has long provided processors for devices in industries spanning smartphones, automobiles, Extended Reality, and IoT. Porting Qt Group’s platform on Qualcomm Technologies’ software significantly streamlines how software vendors develop and test UI solutions with Qualcomm Technologies’ advanced processors. It also greatly increases the ease and speed with which hardware vendors can, at scale, develop Systems on Modules (SoM) – tiny computer systems with ready-made components that can be used to easily create embedded electronic devices (from robots to security cameras).

In addition to these UI capabilities, OEMs accessing Qualcomm Technologies’ processors that support Qt can also access Qt Group’s intuitive, user-friendly software development and quality assurance tools, drastically lowering production barriers for manufacturers.

“When you tune out the noise surrounding tech innovation today, what is it really at the end of the day that impacts end users the most? It’s the user experience – specifically the user interface,” says Roger Mazzella, Senior Product Manager at Qt Group. “At Qt Group, our team has been proud to collaborate with Qualcomm Technologies in the automotive industry over the years. Now, we get to expand the benefits of all that groundwork to the IoT market, to which Qualcomm Technologies is well suited. Their high-powered processors handle data-heavy communication while providing ultra-fast performance that developers and end users expect.”

“The benefit of Qt’s technologies is that they already have a history of implementation across 70 industries,” says Juhapekka Niemi, Senior Vice President, Product Management at Qt Group.

“We will give hardware and software vendors for IoT the UI/UX development and QA tools they need right out of the box. Since these vendors don’t have to perform any integrations themselves, the ease of developing GUIs significantly cuts down the time it takes to launch their products.”

By leveraging Qt’s development tools and framework, IoT manufacturers can apply advanced 3D graphics capabilities to their device’s UI, except in a much leaner package. Other frameworks, such as game engines, also cater to high-fidelity graphics, but these normally include features that are not necessary for creating GUIs on IoT devices. Since the Qt framework instead tailors its features to these IoT devices, developers can build and run the UIs on far lower hardware requirements.

“At Qualcomm Technologies, we strongly believe in building an industry ecosystem that allows manufacturers to create excellent hardware and software solutions for vertical markets using our chipsets,” says Manvinder Singh, Vice President of Strategy and Partner Solutions Development of IoT, Qualcomm Technologies, Inc. “This collaboration gives developers a ready-made solution to build their creative solutions on top of.”

Qt Group’s tools for designing, developing, and assuring the quality of products aim to promote closer alignment between developers and designers, streamlining workflows by letting them work simultaneously within the same framework. The tools are ideal for cross-platform development, particularly for low-powered and embedded devices.

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Fibocom, in collaboration with Qualcomm Technologies Inc., is proud to announce the launch of their cutting-edge Linux-based edge AI solutions which integrates a series of Qualcomm Technologies-powered Fibocom smart modules.

This new series of solutions utilize a wide array of Fibocom’s smart modules SC171, SC171L, SC138, and SC126 series that are developed based on the Qualcomm® QCM6490/QCS6490, Qualcomm® QCM5430/QCS5430, Qualcomm® QCM6125, and Qualcomm® QCM2290 processors from Qualcomm Technologies with integrated Linux system, will unleash the peak performance of Linux-based industrial applications with robust connectivity and scalable operating system compatibility, and also accelerate the integration of advanced 5G, edge AI across emerging industries like robotics. With the expansion of digitalized industries, Fibocom will intensify the Linux-focused embedded computing intelligence, and leverage expertise in edge AI inclusion to help industry customers realize responsive decision-making, real-time communication and ultra-reliable system interoperability in industrial automation, smart manufacturing, smart retailing through the partnership.

At the “heart” of Industry 4.0, interoperability is crucial for operators to get insights into the equipment’s performance in the field. This groundbreaking series solutions is poised to advance the industrial applications that demand wireless connection, high-integration expertise with design-in Linux operating system for easy integration, and long-term product lifecycle optimization. By adopting Linux-supported Fibocom’s smart modules, Linux engineers around the world have the ability to develop industrial devices such as industrial PCs (IPCs), edge AI workstations, smart POS terminals, and industrial routers with higher efficiency as well as potent multimedia processing capabilities.

Harnessing the interoperability of the Linux operating system, industry-focused customers catered to the benefits below:

• Utilizing the stability and reliability of the Linux system, the Linux-based edge AI solutions integrated with Qualcomm Technologies-powered smart modules ease the concerns of diverse system integration to industrial control systems and enable the 24/7 data transmission and management of industrial equipment with minimum risk of malfunction and downtime.
• The Linux-based Edge AI Solutions are highly flexible and customizable compatible with industrial standards, and can be widely deployed in industrial PCs (IPCs), industrial cameras, edge AI workstations, smart POS terminals, and robotics.
• Inherently beneficial from the robust feature and open-source nature of the Linux operating system, the solutions allow equipment manufacturers to safeguard product development and management with long-term upgradable support through the entire lifecycle.

Fibocom Unveils Intelligent Lawn Mower Robotic Solution with Linux-based Smart Module SC171 Integrated

The lawn mower robotic solution is a highly integrated solution equipped with Fibocom smart module SC171 and edge AI algorithm, empowering lawn mowers with unparalleled capabilities in environmental perception, precise positioning, map construction, path planning, autonomous obstacle avoidance, and seamless wireless connectivity. The revolutionary lawn mower robotic solution enables the autonomous navigation of the lawn mower without using boundary cables, significantly transforming the lawn mower industry. The core of this robotic solution lies in the AI-based lawn recognition algorithm, equipped with outdoor cameras, to achieve accurate detection and efficient planning of the lawn boundaries. It is worth mentioning that the solution also includes responsive obstacle avoidance and automatic recharging, in addition to the mapping function and an “edge-cutting mode” to facilitate precise mowing even at the sidelines. By deploying the solution, it will enhance the operational efficiency of the lawnmowers and reduce the time-to-market of lawn mower’s massive deployment in the global marketplace.

“We are proud to collaborate with Fibocom to help them develop these Linux-based edge AI solutions for industrial applications,” said Dev Singh, Vice President of Business Development and Head of building, enterprise & industrial automation at Qualcomm Technologies, Inc. “By utilizing Fibocom’s smart modules and Qualcomm Technologies’ powerful processors, Fibocom are enabling the integration of advanced edge AI technologies, empowering industries with responsive decision-making and real-time communication capabilities.”

“We have a clear vision for the edge AI-enabled future, and with the collaboration with Qualcomm Technologies, we will continue building the Linux-based edge AI-driven core solution for industrial-focused markets,” said Ralph Zhao, VP of MC BU at Fibocom.

“The first landed implementation in the robotic industry has infused confidence into the utilization of both Fibocom and Qualcomm Technologies’ strength to empower an intelligent, future-promising digitalized world.­­”

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Qualcomm Technologies, Inc. helps lead the IoT ecosystem forward by introducing the company’s first, purpose-built Internet of Things (IoT) modem solution equipped with 5G connectivity and optimized for Industrial IoT (IIoT) applications.

The Qualcomm® 315 5G IoT Modem-RF System is a comprehensive modem-to-antenna solution designed to support the IoT ecosystem in building upgradeable LTE and 5G devices for IoT verticals, accelerate the adoption of 5G connectivity for IoT, and expand the overall opportunity for 5G in the IoT industry.

5G was conceived as a broad connectivity fabric and today the momentum is beginning to exemplify the promised impact and growth of 5G for emerging applications including IoT. Acting as a catalyst for digital transformation, Qualcomm Technologies is at the forefront enabling the ecosystem with the solutions to update existing IoT systems and make 5G for IoT a reality.

The needs of modern IoT include seamlessly transitioning wired factories to wireless with solutions capable of supporting both LTE and 5G connectivity. The Qualcomm 315 5G IoT modem was designed with industrial and enterprise applications in mind, built with premium gigabit class performance, low-power, and thermal-efficient capabilities to enable a new generation of fast, powerful and high-performing IoT solutions. The Qualcomm 315 5G IoT modem is intended to meet the needs of industry segments including: retail, energy, automation and manufacturing, precision agricultural, construction, mining, public venues, and more.

With the global expansion of 5G, the Qualcomm 315 5G IoT modem is a new solution serving the high end of IoT broadband modems, complementing Qualcomm Technologies’ existing portfolio of LTE IoT modems with a path towards 5G proliferation. Additionally, due to its reduced footprint and highly integrated RF front-end, this solution expands the portfolio, purposely designed to provide a pin to pin compatible solution for current LTE legacy modules. This provides legacy modules with ability to upgrade their solutions with no changes needed to existing hardware, minimizing development efforts, costs and providing a seamless transition from LTE to 5G.

“Qualcomm Technologies is continuously optimizing and developing industry-leading technologies and modems ranging from the most power efficient NB-IoT solutions to new products like the Qualcomm 315 5G IoT modem, purpose-built to bring 5G connectivity capabilities to IoT,” said Jeffery Torrance, senior vice president, product management, Qualcomm Technologies, Inc.

“We are pleased to unveil our new 5G IoT solution which will help stimulate and scale the 5G IoT industry and enable the transitions needed for Industry 4.0. This solution will help create long-lasting devices and promote growth and expansion in the 5G IoT industry, allowing seamless integration for customers utilizing previous generations of connectivity.”

The Qualcomm 315 5G IoT Modem supports global 5G NR sub-6GHz bands and operates in stand-alone (SA) only mode, with the capability to switch to LTE as needed, and can be deployed over private or public 5G networks, leveraging network slicing or in isolation. This solution is optimal for IoT applications that can be seamlessly integrated with existing ethernet and wired technologies. The new modem comes with extended life software and hardware maintenance and support, prolonging IoT devices for the duration of their life span. This new solution will help accelerate the digital transformation of the 5G IIoT industry, proliferating 5G for IoT.

The Qualcomm 315 5G IoT modem is expected to be commercially available in the second half of 2021.

The Qualcomm 315 5G IoT Modem is a significant step for the IoT ecosystem:

Bosch : “5G is an important standard for the factory of the future. We are therefore working intensively on integrating 5G into our products. The Qualcomm 315 5G IoT Modem enables interesting new functions specifically for industrial IoT applications and helps us to open up new applications with 5G,” summarizes Dr. Steffen Haack, executive board member, Bosch Rexroth AG and responsible for development.

Fibocom : “The development of the Qualcomm 315 5G IoT Modem is an exciting step forward in the proliferation of 5G in the IoT. Coupled with Fibocom’s end-to-end IoT modules and wireless communications solutions, the Qualcomm 315 5G IoT modem will enable reliable, safe and intelligent IoT solutions across a variety of industries and vertical applications,” said Lingpeng Ying, chief executive officer, Fibocom.

HMS : “We recently released the first commercially available 5G router for industrial automation – a solution that utilizes Qualcomm Technologies’ 5G solutions. The interest for 5G in industrial applications is steadily growing and we see many advantages with the announcement of the Qualcomm 315 5G IoT modem, as it will enable a smaller formfactor for industrial devices and open up new use cases,” said Jens Jakobsen, development manager, HMS Labs, HMS Networks’ initiative for new innovation and technology.

MeiG : “As a global leading supplier of cellular modules and solutions for the IoT, we are thrilled by the announcement of the Qualcomm 315 5G IoT Modem, which will enable us to develop 5G solutions for a variety of IoT applications and mark the important expansion of 5G in the IoT ecosystem,” said Benjamin Du, chief executive officer, MeiG Smart.

Quectel : “Quectel’s new family of 5G NR modules, the RG500S and RM500S, will utilize the Qualcomm 315 5G IoT Modem to offer superior choice for 5G IoT applications,” said Patrick Qian, chief executive officer, Quectel. “The two module series will cover 5G NR sub-6GHz bands in SA mode and LTE bands word wide, enabling them to deliver high data rate, low end-to-end latency, and reliable connectivity to a vast range of IoT segments including industrial IoT, smart energy, private 5G networks, and many others. The new modules are highly compatible with existing 5G and LTE modules, allowing customers to accelerate their 5G designs with fast time-to-market. We are very proud to work with Qualcomm Technologies as we continue to enable the growth of the Internet of Things.”

Schneider Electric : “We are excited by the launch of Qualcomm 315 5G IoT modem which addresses the specific needs for massive bandwidth, reliability, and performance across industries. This technology has the potential to become a catalyst of digitization, helping unlock unprecedented opportunities and efficiencies in innovative 5G industrial applications,” said Benoit Jacquemin, innovation director industry business, Schneider Electric.

Siemens : “Siemens and Qualcomm Technologies have a longstanding collaboration focused on technological cooperation in wireless communication technologies. With the release of products such as the Qualcomm 315 5G IoT Modem, Qualcomm Technologies shows its strong commitment to drive the digital transformation of industry and enables us to develop state-of-the-art Industrial 5G products,” said Sander Rotmensen, director industrial wireless communication, Siemens AG, Digital Industries.

Sunsea : “SUNSEA AIoT is committed to using 5G+ AIoT advanced technology to developing all-in-one solutions for the IoT solutions from smart community to intelligent industrial application. Through the introduction of the Qualcomm 315 5G IoT Modem, Qualcomm Technologies is enabling us to develop next-generation solutions, provide end-to-end digital solutions, and help enterprises keep leading of the industry,” said Tao Yang, chief executive officer, SUNSEA AIoT.

Telit : “The introduction of the Qualcomm 315 5G IoT modem represents an important milestone that paves the way for bringing 5G 3GPP Release 16 connectivity to the 5G IoT industry,” said Marco Contento, vice president, 5G technologies, product management, Telit. “This new system will serve a number of commercial and industrial use cases where until now there hasn’t been a 5G connectivity solution available, in particular energy distribution, smart grid technologies, and industrial control and automation. And, because the Qualcomm 315 5G IoT modem also supports applications currently served by LTE networks, it provides customers with a future-proof path for 5G device migration.”

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Ayla device agent able to support any cellular/LPWAN protocol and a wide range of enterprise applications.

Ayla Networks today announced that its device agent software now includes the Qualcomm® LTE IoT software development kit (SDK) from Qualcomm Technologies, Inc., designed for use with the Qualcomm® MDM9206 LTE IoT global multimode modem.

This means that IoT solutions built using this integrated solution from Ayla can support connectivity to the Ayla IoT platform out of the box — with no extra effort required.

“The inclusion of the Qualcomm LTE IoT SDK with Ayla Networks’ agent is well positioned to facilitate the development of innovative solutions designed to enhance productivity and save money,” said Vieri Vanghi, vice president, product management, Qualcomm Europe, Inc.

“The use of LTE IoT technologies is a game-changer for enterprise solutions in areas such as supply-chain optimization and asset tracking and tracing, benefiting manufacturing and services companies across the globe.”

“Qualcomm Technologies is leading the charge toward the next era of intelligent, connected solutions enabled by cellular technology,” said Jonathan Cobb, CEO of Ayla Networks.
“With the Ayla device agent including the Qualcomm LTE IoT SDK, product manufacturers and service providers can jump ahead with superior cellular IoT solutions that open up new business vistas.”

Expanding Cellular IoT Benefits

Inclusion of the Qualcomm LTE IoT SDK with the Ayla agent, designed for use with the Qualcomm MDM9206 chipset, can improve asset tracking and tracing functions across a wide range of IoT segments. In particular, access to ultra-low-power and cost-efficient cellular connectivity delivered by the Qualcomm MDM9206 chipset supports the development of enhanced and brand-new use cases that benefit from precise tracking.

This Qualcomm LTE IoT SDK is designed to support developers in creating custom IoT application software to run on the integrated Cortex-A7 CPU within the Qualcomm MDM9206 chipset, as well as to provide developers with access to Qualcomm Technologies’ extensive suite of software and tools which are designed to make available some of the additional capabilities of the Qualcomm MDM9206 LTE IoT modem, such as GNSS.

The integrated Cortex-A7 CPU within the Qualcomm MDM9206 LTE IoT modem is designed to help eliminate the need for an external microcontroller, which helps improve time-to-commercialization, cost-efficiency, and device security.

For example, in the area of cold-chain logistics, Ayla’s recently announced low-power cellular capabilities combined with the Qualcomm LTE IoT SDK can help enable intelligent tracking of the temperature of meat being transported from processing plant to distributor to retail store — sending real-time alerts if the temperature of the container exceeds a set threshold. Such a solution can potentially result in millions of dollars in efficiency gains, reduced food waste, and improved food safety and compliance standards.

Similarly, solutions built based on Ayla technology and the Qualcomm MDM9206 chipset could make cellular connectivity accessible in situations where Wi-Fi is not available, such as factory automation or remote operations in agricultural, oil and gas, transportation and utilities applications.

Ayla’s device agent software and related solutions are also forward-compatible with Qualcomm Technologies’ recently announced next-generation IoT chipset – the Qualcomm® 9205 LTE IoT modem – which is expected to be available in the first half of 2019.

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Cinterion platform engineered to provide reduced power consumption, uniquely efficient firmware update technology (FOTA), eSIM and remote provisioning, steadfast security and automated device-to-cloud onboarding.

To meet booming global demand for Low Power Wide Area (LPWA) IoT connectivity, Gemalto announces a platform of innovative Cinterion IoT Modules based on the latest Qualcomm® 9205 LTE IoT modem from Qualcomm Technologies, Inc., a subsidiary of Qualcomm Incorporated.

The new solution is designed to support global LTE-M and NB-IoT connectivity with optional 2G fallback from a single, ultra-small IoT module. Ready for the latest 3GPP specifications (Rel 14), the platform will be loaded with Gemalto security and value-added features specifically designed for compact, power-efficient IoT applications including smart meters, asset trackers, healthcare, wearable and smart city solutions.

Global LPWA connectivity in a tiny package

Available in the second half of 2019, the first Cinterion products based on Qualcomm Technologies’ next-gen IoT LTE chipset will include the multimode Cinterion EXS62 IoT Module and Cinterion EXS82 IoT Module with 2G fallback. The miniaturized solutions are designed to deliver global connectivity and extended coverage range with support of power class 5. This can enable up to 70% reduced power consumption helping to preserve the battery for applications in remote locations. It can also reduce cost and complexity for device makers and ensures worldwide reliability, which is crucial for the 6 billion new IoT devices expected to leverage LPWAN connectivity by 2026¹.

Unique incremental FOTA for efficiency, longevity

The platform will leverage Gemalto’s innovative incremental FOTA technology with Lightweight M2M (LwM2M) to tackle the critical challenge of balancing bandwidth and power efficiency with software and security updates necessary over the long life of IoT devices. By streamlining overall firmware design and allowing precise revision of only the portion of code that needs updating, Gemalto can significantly reduce the overall update file size by 95% compared to competing LPWA modules. This will exceed benchmarks required by global mobile network operators and reduces transmission time, power draw and throughput. It’s essential for managing forthcoming 5G compliance updates and extending device lifespan as well as for allowing dynamic feature updates and customization.

eSIM and remote provisioning secures and simplifies connectivity

Built on Gemalto’s expertise in securely managing billions of digital credentials, the new Cinterion platform will include an integrated onboard eSIM along with secure remote provisioning capabilities. Together, the solutions can authenticate IoT devices, encrypt data and securely manage connections to cellular networks globally. Embedded into the IoT module, tamper-resistant embedded SIMs will reduce the size and cost of solutions while simplifying the supply chain.

Steadfast security streamlines the device-to-cloud path

Embedding digital identity certificates inside Cinterion IoT Modules during manufacturing strengthens IoT device security and ensures data privacy. Leveraging a digital handshake authentication process, certificates verify the identity of device and applications to streamline enrollment in all the main IoT cloud platforms. It will also simplify development and reduces TCO for OEMs by eliminating the need to deploy their own secure production facilities.

“We are excited to work with strong industry leaders like Gemalto to expand the horizon of possibility in IoT solutions,” said Vieri Vanghi, vice president, product management, Qualcomm Europe, Inc. “Our collaboration with Gemalto on their new Cinterion LPWAN IoT Module Platform can allow OEMs to easily integrate and launch products using our cutting-edge Qualcomm 9205 LTE IoT modem, and in doing so, they will help enable massive IoT connectivity that can transform industries and make life better.”

Andreas Haegele, SVP IoT Products, Gemalto, said:

“Gemalto’s Cinterion LPWAN IoT Module Platform will bring together our deep expertise in both IoT connectivity and digital security and provide a wealth of unique features that can allow device manufacturers to take the lead in IoT innovation.”

“Our continued collaboration with Qualcomm Technologies allows us to deliver on our customer promise of innovating new technologies to advance connectivity possibilities, support their business success and enable trust in the IoT.”

The post Gemalto Advances Global IoT Connectivity with LPWA Module Platform appeared first on IoT Business News.

New Qualcomm® 9205 LTE Modem Integrates Key Technologies Required for Customers to Create Innovative IoT Applications Using Low-Power, Wide-Area Connectivity.

Qualcomm Technologies, Inc. today announced its next-generation modem purpose-built for Internet of Things (IoT) applications such as asset trackers, health monitors, security systems, smart city sensors and smart meters, as well as a range of wearable trackers.

The new Qualcomm® 9205 LTE modem is unique in bringing together key innovations required to build cellular-enabled IoT products and services in a single chipset, including global multimode LTE category M1 (eMTC) and NB2 (NB-IoT) as well as 2G/E-GPRS connectivity, application processing, geolocation, hardware-based security, support for cloud services and accompanying developer tools.

Compared to its predecessor, the modem is engineered to reduce power consumption by up to 70% in idle mode, a critical consideration for battery-powered IoT devices that need to operate for 10 years or longer in the field. The Qualcomm 9205 LTE modem is also 50% smaller and more cost-effective than its predecessor – making it ideal for IoT applications requiring low-power, wide-area connectivity in a small form factor device. The new modem is also software-compatible with the Company’s prior LTE IoT solutions which allows module manufacturers to reuse software investments to develop new module solutions.

Vieri Vanghi, vice president, product management, Qualcomm Europe, Inc. said:

“The innovations included in the Qualcomm 9205 LTE modem are critical to support many of the 6 billion IoT devices expected to use low-power, wide-area connectivity by 2026.”

“LTE IoT technologies are the foundation of how 5G will help connect the massive IoT, and we are making these technologies available to customers worldwide to help them build innovative solutions that can help transform industries and improve people’s lives.”

Qualcomm 9205 LTE modem technology highlights

• Global multimode LTE IoT modem and connectivity: Support for both 3GPP release 14 Category M1 and NB2 for operation with networks using any of these LTE IoT modes, as well as 2G/E-GPRS to allow for connectivity in areas where LTE IoT is not yet deployed. Category M1 mode also supports voice for applications such as monitored security panels, and mobility for applications such as asset trackers.

• RF transceiver with fully integrated front-end: The Qualcomm 9205 LTE modem features an RF transceiver with extended bandwidth support from 450 MHz to 2100 MHz. It also integrates a comprehensive RF front-end, a commercial first in the cellular IoT space, which is designed to greatly simplify the design and certification of products using the new modem, and therefore accelerate time to commercialization.

• Advanced battery life management: To maximize battery life, the modem couples ultra-low system-level cut-off voltage with provisions for adapting power usage according to the state of charge of the battery.

• Applications processor: Arm Cortex A7 up to 800MHz with support for ThreadX and AliOS Things real-time operating systems. The integrated applications processor avoids the need for an external microcontroller to improve cost-efficiency, and device security.

• Geolocation: Integrated global positioning support for Global Navigation Satellite Systems (GNSS) including GPS, Beidou, Glonass, and Galileo. The Qualcomm 9205 LTE modem enables design flexibility allowing for the use of either a shared GNSS/LTE antenna or a dedicated one.

• Hardware-based security: Secure boot from hardware root-of-trust, Qualcomm® Trusted Execution Environment, hardware cryptography, storage, and debug security.

• LTE IoT Software Development Kit (SDK): Designed to support developers in running custom software on the integrated applications processor, as well as to provide them access to additional capabilities of the Qualcomm 9205 LTE modem, such as geolocation. The SDK offers pre-integrated support for many cloud platforms, including Alibaba Cloud Link One, China Mobile OneNET, DTSTON DTCloud, Ericsson IoT Accelerator, Gizwits and Verizon ThingSpace, and it also allows developers to extend this integration further and develop support for other major IoT cloud providers.

“The Qualcomm 9205 modem is expanding the IoT ecosystem by providing a solid foundation for future-proof, multimode LTE-M and NB-IoT Cinterion Modules designed to enable superior worldwide LPWAN connectivity as networks evolve,” said Andreas Haegele, SVP IoT products, Gemalto. “Our security enhancements provide a strong framework for unique Gemalto services such as Device Lifecycle Management that help drive down TCO for device makers and IoT service providers.”

“The new Qualcomm 9205 LTE modem is unique in integrating the critical technologies that our customers would need to create cellular-connected IoT solutions,” said Doron Zhang, senior vice president, Quectel. “All its features are put together in a tiny and very energy-efficient chipset that will help Quectel to offer LTE IoT modules that are powerful, economical and with support for superb battery life.”

“The multimode, highly integrated capabilities of the Qualcomm 9205 LTE modem allow us to reduce power consumption and module footprint giving our customers the ability to design and deploy smaller, battery-powered devices that work worldwide on virtually any cellular IoT network,” said Manish Watwani, executive vice president, global product management, Telit. “As a global company, we build on Qualcomm Technologies’ innovations to deliver modules and IoT edge solutions used by companies around the world to improve productivity and deliver exciting new applications.”

The Qualcomm 9205 LTE modem builds on the commercial success of its predecessor which counts more than 110 design-wins to date. Solutions based on the new modem, including modules from Gemalto, Quectel and Telit, are expected to be commercially available in 2019.

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Quectel Wireless Solutions (Quectel), today announced the global launch of the automotive grade C-V2X module AG15, which features the Qualcomm® 9150 C-V2X chipset solution from Qualcomm Technologies, a subsidiary of Qualcomm Incorporated.

The module is now sampling to the automotive industry for the development of commercial C-V2X products. The AG15 C-V2X module is manufactured in accordance to IATF 16949:2016 quality management system standard for the automotive sector, and it fully complies with the automotive product quality processes, including APQP and PPAP. Pairing with the Quectel automotive grade LTE module AG35, Quectel’s AG15 is designed to meet the telematics and Vehicle-to-Everything (V2X) connectivity requirements of the next-generation automotive applications, such as autonomous driving and road safety.

Also known as LTE-V2X, C-V2X is the V2X communication technology based on the globally recognized 3rd Generation Partnership Project (3GPP) Release 14 Specifications. The PC5-based direct communication mode of C-V2X supports Vehicle-to-Vehicle (V2V), Vehicle-to-Infrastructure (V2I) and Vehicle-to-Pedestrian (V2P) communications on the 5.9 GHz Intelligent Transport System (ITS) spectrum. In addition, C-V2X paves a strong evolution path toward 5G New Radio (5G NR) and plays an essential part of the future of safe autonomous driving with its capabilities including Non-line of Sight (NLOS) sensing to support high-speed mobility and high vehicular density deployments.

Based on C-V2X technology, the Quectel AG15 module adopts the 3GPP Release 14 C-V2X PC5 protocol. It is designed to allow low-latency, highly reliable and highly dense data exchange between vehicles and their surroundings, enabling effective information sharing among road users in avoidance of collisions, thus improving automotive safety, automated driving and traffic efficiency.

Without the need for a Subscriber Identity Module (SIM), cellular subscription or network assistance, the C-V2X direct communication mode helps reduce complexity and cost for customers. For positioning function, the AG15 features a built-in multi-constellation high-precision GNSS (GPS/GLONASS/BeiDou/Galileo/QZSS) receiver, with additional support from Satellite Based Augmentation Systems (SBAS) and Qualcomm® 3D dead reckoning technology, which greatly improves the positioning accuracy and speed while simplifying customer designs. Additionally, the Qualcomm 9150 C-V2X chipset solution has a built in A7 application processor (1.5GHz) which could be potentially utilized to run ITS stack and associated C-V2X applications.

Patrick Qian, CEO of Quectel, said:

“We are very pleased to introduce our first batch of automotive grade C-V2X modules based on the Qualcomm 9150 chipset solution. Automated driving has unique requirements for V2X connectivity, such as lower latency, higher reliability and wider bandwidth, all of which could be addressed by C-V2X technology.”

“Built upon Quectel’s expertise in connected vehicles and Qualcomm Technologies’ high-performance C-V2X chipset solution, the AG15 module is expected to help automakers and Tier 1 suppliers to effectively accelerate their efforts towards automated driving.”

“Quectel is a global leader in cellular modules with rich experience in commercial automotive products,” said Nakul Duggal, vice president of product management, Qualcomm Technologies, Inc. “We are pleased to work closely with Quectel again to support its modules with our 9150 C-V2X chipset solution to help create safer and more efficient V2X solutions and to help empower road safety and autonomous driving. We look forward to working with Quectel in delivering the solutions required to address the needs of the next generation automobiles.”

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At Mobile World Congress Shanghai, Qualcomm Technologies Inc. and Gizwits, a global leader in Internet of Things (IoT) development platforms, today announced their intention to create a breakthrough in IoT development solutions by working toward delivering the world’s first commercial 2G cellular modules with field upgrades to LTE IoT (eMTC/Cat-M1 and NB-IoT/Cat-NB1).

The Quectel BG36 module –aimed to be compatible with China Mobile’s network and manufactured by Quectel based on the Qualcomm® MDM9206 LTE IoT modem– will be powered by the Gizwits IoT cloud services and designed to help developers, device manufacturers and service providers to create economical 2G solutions, which are also designed to be flexible and long-lasting by supporting future over-the-air activation of NB-IoT and eMTC as the cellular ecosystem transitions toward the latest LTE IoT standards.

This capability is intended to allow IoT devices to use the cellular technology that is best suited for today’s use cases, while being able to accommodate emerging requirements throughout the device lifetime – for instance, supporting commercial and enterprise solutions in case of new cellular network technology deployments and changes, or allowing end-customers to take advantage of new network features and more convenient connectivity economics that arise later on.

Following the planned initiative with Gizwits and Quectel around BG36, Qualcomm Technologies plans to make modem upgrade capabilities broadly available through Qualcomm wireless edge services (WES) by the first half of 2019, soon after the launch of Qualcomm WES expected by end of this year. Qualcomm WES will be designed to facilitate the deployment of edge devices at scale, by providing efficient zero-touch life-cycle management through services such as plug-n-play onboarding with security, on-demand provisioning, over-the-air feature activation of relevant chipset features, as well as third party service enablement throughout the device life-cycle.

“The expansion of the IoT depends on the ecosystem’s ability to deliver vast amounts of solutions featuring edge intelligence and flexible connectivity that stays current through the device life,” said Serge Willenegger, senior vice president and general manager, 4G/5G and Industrial IoT, Qualcomm Technologies, Inc. “We are grateful of the opportunity to work with Gizwits, China Mobile Shandong Branch and Quectel. Our focus is to offer the technology solutions that the IoT ecosystem requires to grow, helping manufacturers and solution providers connect and manage massive amounts of devices in a trusted, security-rich and scalable manner. This is the vision behind our Qualcomm wireless edge services.”

“The IoT enabling infrastructure is rapidly evolving. A challenge during this growing process for developers and manufacturers is the concern that the products they deliver today may not work well in tomorrow’s environment,” said Jack Huang, CEO, Gizwits. “For example, telecommunication operators throughout the world are phasing out 2G networks, leaving manufacturers with the tough choices of either sticking with the 2G modem technology that has worked well but may not be supported in the near future, or switching to LTE technologies, such as NB-IoT or eMTC, with limited network coverage in many regions.”

“Our anticipated work with Qualcomm Technologies, China Mobile Shandong Branch and Quectel, is designed to allow developers to confidently create and deploy cost-effective IoT solutions whose modem technology can be upgraded on-demand using Gizwits IoT cloud Application Programming Interfaces (APIs) to take advantage of the increasingly mature LTE networks. The ability to use the cloud to activate new capabilities of the cellular modem on an IoT device will be an important innovation, and a key milestone in the development of the IoT ecosystem.”

The Quectel BG36 module is planned to be powered by the Qualcomm MDM9206 LTE IoT modem, a purpose-built solution with global multimode capabilities, including eMTC/Cat-M1, NB-IoT/Cat-NB1 and 2G/E-GPRS, which is designed to support the development of cost-efficient, low-power devices with multi-year battery life and greater coverage for the next-generation of IoT services as compared to traditional LTE connectivity.

LTE IoT is a suite of complementary narrowband technologies pioneered by Qualcomm and engineered to deliver optimized performance and efficiency for a wide range of low-power, wide-area Internet of Things. The continued LTE IoT evolution will help address the needs of the massive IoT, complemented with the acceleration of 5G New Radio (NR) – the global 5G standard.

“The path of the IoT ecosystem toward 5G goes through LTE IoT, including the NB-IoT mode,” said Yong Chen, general manager of enterprise business, China Mobile Shandong Branch. “Qualcomm Technologies and Gizwits are collaborating to help our customers get ready for the future as we deploy the latest cellular technologies across our network infrastructure.”

“Quectel is proud to work on a range of innovative LTE IoT modules based on Qualcomm Technologies’ modems,” said Doron Zhang, senior vice president, Quectel Wireless Solutions Co. Ltd., “Our work together with Qualcomm Technologies is anticipated to allow us to stay up front in the evolution of technology and quickly make the latest cellular solutions available to IoT developers and manufacturers.”

The Quectel BG36 module is expected to be available in the third quarter of 2018.

The post Quectel Announces World’s First Commercial 2G Module Supporting Field Upgrade to LTE IoT appeared first on IoT Business News.

Now available to OEMs building devices with future generations of the Qualcomm® Snapdragon™ Mobile PC Platform.

Gemalto announces a new collaboration that will see its advanced mobile connectivity solutions integrated with Qualcomm® Snapdragon™ mobile PC platform.

This paves the way for iSIM commercialization on a growing range of Always Connected PCs, laptops and tablets.

The effort will support the integration of Gemalto’s eSIM technology and remote subscription management solutions, with the new Secure Processing Unit (SPU) on the Snapdragon mobile PC platform. As a result, this innovation will provide seamless LTE and forthcoming 5G connection, extended battery life, and a foundation for consumer applications such as online payments, transport ticketing and authentication to cloud services. This initiative represents the first time an eSIM will be integrated with processing platforms designed to power Always Connected PCs and similar consumer devices.

Providing benefits for industry players:

• OEMs optimize their bill of materials and supply chain costs. With Gemalto solutions they facilitate late eSIM customization during or after the device manufacturing process.
• Mobile operators benefit from a larger addressable base of connected devices and a trusted platform for secure services. Based on existing standards the technology will be open and secure.

The first wave of Always Connected PCs to incorporate Snapdragon mobile PC platforms featuring Gemalto’s technology are expected as early as 2019.

Frédéric Vasnier, executive vice president for Mobile and IoT at Gemalto, said:

“This new agreement with Qualcomm Technologies aims at accelerating adoption of seamless cellular connectivity in PCs, tablets and other mobile products.”

“We are committed to continued innovation with Qualcomm Technologies in order to provide superior built-in security and connectivity experiences.”

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Designed to Allow Manufacturers to Utilize the Processing Capabilities of the Qualcomm MDM9206 LTE IoT Global Multimode Modem to Develop Cost-effective, Power-efficient IoT Solutions.

Qualcomm Technologies, today announced a new LTE IoT Software Development Kit (SDK) for the Qualcomm® MDM9206 LTE IoT global multimode modem.

This new LTE IoT SDK is designed to assist original equipment manufacturers (OEMs), application and solution developers, new IoT entrants and other non-traditional ecosystem players in the creation of new cellular-enabled IoT applications, products and solutions – accessing the power of the application processor, connectivity, global navigation satellite system (GNSS) capabilities and peripheral interfaces integrated in the MDM9206 LTE IoT modem which is currently featured in various IoT hardware modules from third-party providers.

Along with the recently announced Qualcomm Technologies’ wireless edge services which is being developed to help provide a set of trusted services for enterprise and IoT cloud providers, this new LTE IoT SDK is part of Qualcomm Technologies’ overall efforts to address some of the key challenges within IoT.

This new LTE IoT SDK is designed to support developers while they run custom software on the integrated 1.3 GHz Cortex A7 CPU within the MDM9206 LTE IoT modem, as well as to provide developers with access to Qualcomm Technologies’ extensive suite of software and tools which are designed to make available some of the additional capabilities of the MDM9206 LTE IoT modem, such as GNSS.

The integrated CPU within the MDM9206 LTE IoT modem also is designed to help eliminate the need for an external microcontroller, which is anticipated to help improve cost-efficiency, battery life and device security.

The MDM9206 LTE IoT modem has pre-integrated support for many cloud platforms, including Alibaba Cloud Link One, China Mobile OneNET, DTSTON DTCloud, Ericsson IoT Accelerator, Gizwits and Verizon ThingSpace. The LTE IoT SDK is designed to allow developers to extend this further and develop support for other major IoT cloud providers. Using hardware modules featuring the MDM9206 LTE IoT modem, along with this new LTE IoT SDK, is expected to help OEMs and developers address a vast array of the existing and emerging cellular-connected use cases for commercial and industrial IoT such as smart metering, smart gateways, asset tracking and more.

“As a leader in wireless technology, Qualcomm Technologies is pleased to provide solutions that can help accelerate the development of a global Internet of Things,” said Serge Willenegger, senior vice president and general manager, 4G/5G and Industrial IOT, Qualcomm Wireless GmbH.

“As a new element of Qualcomm Technologies’ wireless edge solutions, the LTE IoT SDK, combined with modules based on our MDM9206 LTE IoT chipset, is designed to help OEMs and developers build and commercialize a wide range of exciting and innovative IoT applications in a cost-efficient and expedited manner.”

The MDM9206 LTE IoT modem is a purpose-built solution designed to support global multimode capabilities, including both eMTC (Cat M1) and NB-IoT (Cat NB-1), as well as 2G/E-GPRS. The MDM9206 LTE IoT modem, along with this new LTE IoT SDK, is designed to facilitate the development of cost-effective, low-power devices designed for multi-year battery life and greater coverage compared to traditional LTE. To date, nearly 90 designs are using the MDM9206 LTE IoT modem with global multimode support for LTE categories M1 and NB1.

This new LTE IoT SDK for the MDM9206 modem is expected to be available in the first half of this year.

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Introduces Chipset as a Service model designed to facilitate mass scale and trusted device provisioning, security and lifecycle management.

Qualcomm Technologies, Inc., today announced Qualcomm® wireless edge services a set of trusted software services designed to meet the requirements of new Enterprise and Industrial IoT customers to securely provision, connect and manage long life-cycles of billions of intelligent wireless devices through their cloud platforms.

Qualcomm wireless edge services software is expected to be exposed through new APIs and available on select Qualcomm Technologies’ chipsets – initially the MDM9206, MDM9628 and QCA4020 – and later on, select Qualcomm Snapdragon™ platforms.

As the relevance, capability and intelligence of the wireless edge increases, Qualcomm Technologies continues to evolve its leading Snapdragon portfolio to better serve and accelerate the realization of the data driven transformation central to our 5G vision. Qualcomm wireless edge services is anticipated to facilitate the integration, processing, analysis, learning and trusted exchange of information with wireless edge devices and unlock new use cases, services, ecosystems and business models, creating additional value across many industries.

With security rooted in the chipset hardware, Qualcomm wireless edge services is designed to assist large enterprise, industrial cloud providers and users in provisioning and managing massive amounts of connected 4G and 5G devices in a trusted, security-rich and scalable manner. It is also engineered to support a new Chipsets as a Service (CaaS) business model, in which the value of certain chipset capabilities can be realized through services.

Specifically, Qualcomm wireless edge services is expected to provide trusted device services as well as strong protection against compromised devices and network attacks through hardware-based device integrity. Qualcomm wireless edge services is designed to facilitate the deployment of edge devices at scale, as well as efficient zero-touch life-cycle management through services such as plug n play onboarding, on-demand, over-the-air feature activation, emergency and routine upgrades as well as third party service enablement throughout the device life-cycle.

Serge Willenegger, senior vice president and general manager, 4G/5G and Industrial IOT, Qualcomm Wireless GmbH, said:

“With the introduction of Qualcomm wireless edge services, we continue to evolve and augment our leading Snapdragon portfolio to better serve our expanding base of customers across many industries and unlock the potential associated with trusted wireless access to billions of increasingly capable edge devices.”

“We are excited by the initial response from cloud, enterprise and industrial companies and are looking forward to working with them as well as our traditional customers to accelerate the transformative opportunity supported by advanced security, intelligence and wireless connectivity capability at the edge.”

Qualcomm wireless edge services is designed for and expected to be applicable across multiple segments and initially be offered on Qualcomm’s MDM9206 LTE Modem for Industrial IoT products, MDM9628 LTE Modem for Automotive products and QCA4020 for Home IoT products, which require extremely reliable connectivity and security. The initial support of Qualcomm wireless edge services on these chipsets is anticipated to be available in 2H 2018.

“At Alibaba, we are invested in developing leading-edge and reliable technologies to accelerate and support a broad range of commercial and industrial applications,” said Wei Ku, general manager, Alibaba Cloud IoT. “We see a strong synergy between Qualcomm wireless edge services and Alibaba Cloud Link, which will bring opportunities to expand security services and extend lifecycle management to customers, while also supporting greater feature management and flexibility.”

“We believe very close collaboration between cloud computing and edge devices is necessary to address the challenges of the industrial IoT ecosystem,” said Ray Guan, deputy general manager, Baidu Cloud. “Qualcomm wireless edge services is a very promising technology which will allow the ecosystem to unlock new use cases and business models, and lower the barrier of entry for many customers.”

“We are excited to collaborate with Qualcomm Technologies in this new initiative”, said Jack Huang, chief executive officer, Gizwits, China’s leading IoT development platform and cloud service provider, “as Qualcomm wireless edge services will complement and augment our IoT cloud offering, helping us innovate in both technology and business models.”

“At MeiG, we understand that device security is a core requirement for today’s growing IoT,” said Benjamin Du, chief executive officer, MeiG Smart. “We expect that Qualcomm wireless edge services will give us increased flexibility and built in support for developing products that can be easily integrated with cloud infrastructure.”

Said, Joe Xia, chief technology officer, Mobike:
“The subject of IoT Security is of critical importance to the field of shared mobility. Qualcomm wireless edge services enhanced security algorithm will help us to ensure the rights of our customers continue to be protected with the most advanced technology available. In addition, the flexible service structure offered by Qualcomm wireless edge services will help stimulate further innovation in IoT services across the industry.”

“Given the complexity of IoT requirements for modules and the very diverse verticals our products serve,” said Patrick Qian, chief executive officer, Quectel, “We anticipate that Qualcomm wireless edge services will be a fundamental tool to address the market needs with flexibility and scale.”

“As demand for device connectivity continues to grow across new use cases and industries, the requirements of the massive IoT are becoming increasingly more diversified,” said Wendy Wang, general manager, SIMCom Wireless. “SIMCom is providing service for an installed-base of 10,000 Enterprise customers with 100 million connections around the world today, we are excited about Qualcomm wireless edge services to help address such a big user base with strong hardware-based security design. With Qualcomm wireless edge services, we hope to continue to develop cost efficient LTE modules that meet the increasingly diversified connectivity, processing and security requirements without requiring an extra layer of hardware or software”.

Said Dr. Jun Zou, chief technology officer, Sunsea Group:
“At Sunsea we believe IoT opportunities can be fully addressed with the right integration of edge devices and cloud. Qualcomm wireless edge services is a fundamental step in this direction and we look forward to collaborating with Qualcomm Technologies to provide even richer services to our customer base.”

The post Qualcomm Technologies Announces the Introduction of Qualcomm Wireless Edge Services appeared first on IoT Business News.

Using the cutting-edge application processing and wireless capabilities of the Qualcomm® Snapdragon™ automotive modems, Cubic aims to offer a new advanced connectivity management solution to aid vehicle manufacturers, and content and system providers, to future-proof their products and technologies over the lifetime of the vehicle.

The solution is designed to support automakers with over-the-air feature updates and applications, network and vehicle analytics, and the ability to help drive connected vehicle services worldwide – using a single architecture that takes advantage of multiple wireless operator deployments across regions. The connectivity management solution has been optimized and showcased using a Qualcomm® Snapdragon™ X16 Gigabit LTE modem.

Barry Napier, CEO of Cubic Telecom, said:
“Qualcomm Technologies has been a steadfast supporter of Cubic Telecom and we are delighted to move our working relationship forward to offer an innovative solution to the automotive industry.”

“Joining forces with the leading semiconductor company in telematics means that our new Cubic Telecom’s solution can become widely available to automotive customers in the near future.”

“Cars are now platforms for innovation, new business models and services, and connectivity is the foundation,” said Nakul Duggal, vice president, product management, Qualcomm Technologies, Inc. “Cubic Telecom’s unique connectivity management solution complements our automotive platform to empower automakers with the ability to provide connected car services on a global scale, and the flexibility to work with multiple network operators per region.”

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Companies Commit to a Common Mobile and Fixed 3GPP Compliant Specification for 28 GHz and 39 GHz mmWave Spectrum Bands.

Verizon, Qualcomm Technologies, Inc., and Novatel Wireless, an Inseego company, today announced plans to collaborate on 5G New Radio (NR) millimeter wave (mmWave) technology development and over-the air field trials based on the 5G NR Release-15 specifications being developed by 3GPP – the global 5G standard.

The companies plan to work together to help move the mobile ecosystem towards faster validation and commercialization of 5G NR mmWave technologies at scale, supporting a full-scale commercial network deployment before the end of the decade.

The companies plan to initially focus on 5G NR operation in 28 GHz and 39 GHz mmWave spectrum bands, showcasing advanced 5G NR technologies to efficiently achieve robust multi-gigabit per second data rates with mobility at significantly lower latencies than today’s networks. These technologies are expected to be critical to meeting the increasing connectivity requirements for emerging consumer mobile and fixed wireless broadband experiences such as streaming high-definition video, immersive virtual/augmented reality, and connected cloud computing. The companies plan on delivering a common 5G NR mmWave technology platform for mobile and home broadband wireless access, supporting a 5G NR migration path for Verizon’s early 5G fixed wireless access deployments and trials based on the 5G-Technology Forum specifications.

“Since the inception of the 5G Technology Forum, Verizon has been working closely with Qualcomm Technologies and other technology leaders to accelerate a global 5G specification to help usher in the next generation of wireless innovation for customers,” said Ed Chan, senior vice president, Verizon Technology Strategy & Planning. “Verizon’s investment in mmWave spectrum has given us the flexibility to pursue a first-of its kind fixed wireless broadband customer trial, which has been invaluable in advancing our expertise in the deployment of mmWave technology. With the collaboration we’re announcing today, we are taking the next logical step towards extending our leadership position in the advancement of 5G, part of the Verizon Intelligent Edge Network.”

“Qualcomm Technologies is committed to delivering 5G NR mmWave technologies to meet the ever-increasing connectivity requirements for enhanced mobile broadband experiences,” said Joe Glynn, vice president, business development, Qualcomm Technologies, Inc. “We are excited to collaborate with Verizon in making 5G NR mmWave a commercial reality for mobile devices, including fixed wireless home routers, mobile hotspots, tablets and smartphones.”

“Novatel Wireless has been delivering innovative products for over 17 years, and has pioneered new categories of mobile devices with every technology generation since the inauguration of mobile data. We are excited to be closely collaborating with Verizon and Qualcomm Technologies to deliver on the 5G promise.” said Dan Mondor, president and chief executive officer, Inseego. “We believe our unique expertise and capabilities are well aligned in the commercialization of 5G by delivering the next generation of high performance mobile broadband and IoT solutions,” said Stephen Sek, chief technology officer, Novatel Wireless.

The companies expect the collaboration to include over-the-air trials, starting in 2018, that will be compliant with the first 3GPP 5G NR specification that will be part of Release 15. The trials will utilize 5G NR mmWave mobile test platforms from Qualcomm Technologies operating at 28 GHz and 39 GHz to test end-to-end applications in real-world scenarios, across a broad set of 5G NR mmWave use cases and deployment scenarios.

In addition, the trials will employ advanced 5G NR Multiple-Input Multiple-Output (MIMO) antenna technology with adaptive beamforming and beam tracking techniques to deliver robust broadband communications in real-world mobile or fixed environments, including non-line-of-sight environments and device mobility.

Qualcomm Technologies anticipate utilizing learnings from the trials to help drive the ongoing development of the Qualcomm® Snapdragon X50 5G NR modem family to support anticipated commercial service launches starting the first half of 2019 based on the global 3GPP 5G NR standard.

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Qualcomm Technologies’ MDM9206 LTE Modem Supporting Global Multimode Capabilities (eMTC/NB-IoT/GSM) Supports Mobility, Enhanced Connectivity and low Power Consumption for IoT Applications such as Mobike’s Smart Bikes.

Qualcomm Inc. announced today that its subsidiary, Qualcomm Technologies, Inc., plans to commence the first eMTC/NB-IoT/GSM (LTE Cat M1/NB1 and E-GPRS) multimode field trials in China, with China Mobile Research Institute (CMRI) and China’s leading smart bike sharing company, Mobike.

The field trials’ plans contemplate making use of China Mobile’s 2G/4G multimode network and Mobike’s smart lock, supported by the Qualcomm Technologies’ MDM9206 global multimode LTE modem for Internet of Things (IoT) applications.

The LTE connectivity and integrated GNSS position-location capability in the MDM9206 LTE modem is designed to help Mobike customers accurately identify an available bike, accelerate the unlock process of the smart lock and assist with real-time management – all while providing Mobike with continuous monitoring of the bike’s status. The trial between Qualcomm Technologies, Mobike and CMRI, marks an important step in the effort by leading wireless and consumer services companies to bring the benefits of global multimode LTE for IoT, to millions of users and large number of industrial enterprises.

In addition, the MDM9206 global multimode LTE modem together with Qualcomm Technologies’ low-power Bluetooth solution is planned to be used in the smart Mobike Preferred Location (sMPL) platform to support sub-meter level positioning, helping Mobike monitor the real-time location and overall status of its bikes including quantity, position, and traffic information from different regions. This platform is also designed to provide operations personnel with smart instructions for the delivery, scheduling, operation and maintenance of the bikes.

“China Mobile Research Institute has been actively boosting the development of IoT and exploring new IoT business opportunities,” said Madam Huang Yuhong, the DGM of China Mobile Research Institute.

“This planned field trials with Qualcomm Technologies and Mobike will further expand the applications for LTE IoT (eMTC/NB-IoT) in areas such as smart bike sharing and smart travel. We will conduct cross-industry integration and innovation to boost ubiquitous IoT solutions and the smart IoT life by jointly working with the China Mobile 5G Joint Innovation Center, and taking full advantage of China Mobile’s vast GSM network and technology leadership in eMTC/NB-IoT.”

“We are committed to providing IoT-optimized solutions that address demands from our customers to bring a new range of applications and services built on the reliability, efficiency and global scale of LTE IoT cellular connectivity,” said Way-Shing Lee, vice president, technology, Qualcomm Technologies, Inc. “Through this cooperation with China Mobile Research Institute and Mobike on the first multimode eMTC/NB-IoT field trial in China, we can showcase a highly connected and efficient system for a new IoT application such as Mobike’s bike sharing platform.”

“Mobike pioneered the world’s first smart bike sharing platform, and we are committed to addressing the challenge of short-trips with innovative technologies and solutions and bringing bikes back to the city. Currently, more than 4.5 million smart bikes operate on the Mobike system, which are equipped with the exclusive, independently researched and developed smart locks. Using connectivity capabilities such as those of the MDM9206 LTE modem with integrated GNSS supporting GPS BeiDou and Glonass, Mobike has become one of the largest mobile IoT systems in the world,” said Joe Xia, co-founder and CTO of Mobike.

“Mobike is pleased to work with leading enterprises in global communications and IoT industries like Qualcomm Technologies and China Mobile Research Institute in order to deliver IoT applications and services for end users while taking full advantages of the latest technology breakthroughs.”

The MDM9206 LTE modem is designed to support global Category M1 and NB1/GSM multimode. The IoT-optimized narrowband LTE technologies help the MDM9206 modem to support cost-efficient, low-power, low-bandwidth, multi-year battery life and greater coverage for the next-generation of IoT products and services as compared to previous LTE generations. The MDM9206 LTE modem also provides leading-edge location performance, including an integrated A-GNSS solution, support for cellular and Wi-Fi positioning. The Cat M1 and NB1 LTE modes designed in the MDM9206 modem bring many enhancements and optimizations to LTE that will help reduce IoT device complexity for IoT platforms like Mobike with quicker time to commercialization of their products.

Additionally, Cat M1 and NB1/GSM multimode will enable IoT platforms such as Mobike to develop IoT products that can function in a diverse set of operator deployments worldwide, maximizing the products’ global reach and scalability. The new technologies also can use existing LTE infrastructure and spectrum, coexisting with today’s mobile broadband services, while providing a superior solution to proprietary technologies for low-power wide area networks.

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Ericsson and Qualcomm Technologies, Inc., a subsidiary of Qualcomm Incorporated, have completed China’s first end-to-end data call using new cellular Internet of Things (IoT) eMTC/Cat-M1 technology.

The test was achieved in the lab of the research division of China Mobile – China Mobile Research Institute (CMRI) – on November 11, 2016, during a data call using Qualcomm Technologies MDM9206 LTE modem, and communicating live over the air to Ericsson’s radio access network.

The call focused on the evaluation of eMTC/Cat-M1, a new cellular IoT technology that was standardized in 3GPP Release 13 for low-power wide-area (LPWA) applications and services. The technology is suited to support many LPWA use cases requiring higher mobility support, including vehicle telematics, consumer wearables, and more. It achieves better performance than the existing 4G technology in terminal cost, standby time and coverage.

Ericsson is working closely with leading companies to accelerate the pace of development and commercialization of the ecosystem for cellular IoT solutions. The commercial software product for eMTC/Cat-M1 will be available at the end of 2016, together with support from the Ericsson Radio System.

Vieri Vanghi, Vice President, Product Management, Qualcomm Technologies, Inc., says:
“We are very pleased with China Mobile’s successful end-to-end data call utilizing cellular IoT eMTC/Cat-M1 technology based on our MDM9206 modem.”

“This is an important milestone that supports the delivery of a new range of IoT services, including smart energy, asset tracking, industrial control and automation, and building security.”

“We look forward to further working with China Mobile and Ericsson to bring these types of services to users in China.”

The MDM9206 modem represents Qualcomm Technologies’ latest innovation, supporting low-power, low-bandwidth and cost efficient IoT applications and services. It is designed to support LTE category M1, upgradeable to LTE M1+ NB-1 dual mode with an anticipated upcoming software update. The dual-mode approach combines the best of both technologies and provides a global, scalable solution for IoT products, well suited for a diverse set of operator deployments. The category M1 and NB-1 LTE modes designed in the MDM9206 modem bring many enhancements and optimizations to LTE that will help reduce IoT device complexity. The new technologies can also coexist with today’s LTE infrastructure and spectrum, which offers a superior solution to proprietary technologies for LPWA networks.

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Developers can use Their Expertise in Android and Qualcomm® Snapdragon Processors to Accelerate Development of Internet of Things Solutions.

Qualcomm Incorporated today announced that its subsidiary, Qualcomm Technologies, Inc., intends to collaborate with Google to add support for the new Android Things operating system (OS) in Qualcomm® Snapdragon processors.

Android Things is a new vertical of Android designed for Internet of Things (IoT) devices. By using their expertise in Android and Snapdragon processors to support development of a variety of connected devices aimed at both consumer and industrial applications, this initiative intends to help a vast number of developers participate in the IoT opportunity.

The design of IoT devices can be a complex task, usually requiring developers to bring together multiple connectivity technologies, sensors, data processing and storage, advanced multimedia and user interfaces, security, cloud integration, device management, as well as over-the-air upgrades and services. Development can be particularly challenging in fragmented OS ecosystems lacking a consistent environment, software tools and support required to create world-class applications.

Qualcomm Technologies and Google are uniquely positioned to address these challenges. We anticipate Android Things running on Snapdragon processors will offer developers familiar connectivity environments, including cellular, Wi-Fi® and Bluetooth®; support for a wide array of sensors; camera, graphics, multimedia and rich UI capabilities; hardware-based security; Google services and cloud integration; test and optimization tools, and more – allowing for rapid development of scalable, cost-effective and security-focused IoT solutions.

“Since the launch of the first Android phone, Qualcomm Technologies and Google have closely collaborated to create exciting new opportunities for developers in mobile, wearables and the IoT,” said Jeffery Torrance, vice president, business development, Qualcomm Technologies, Inc.

“We are pleased to announce our intent to work with Google on this new initiative to expand the Android ecosystem. We anticipate many new and exciting IoT products will result as developers are able to bring the power of the Snapdragon processor together with Android Things.”

Android Things is in developer preview and is anticipated to be released more broadly next year on Snapdragon processors.

More details on Android Things are available at: https://developer.android.com/things/index.html

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The MDM9206 Modem is Broadly Being Used to Deliver Next-Generation IoT Products and Services Requiring Low Cost, Low Power, Low Bandwidth and Deeper Coverage.

Qualcomm Incorporated today announced that its subsidiary, Qualcomm Technologies, Inc., has secured design wins among the industry’s leading module original equipment manufacturers (OEMs) based on its MDM9206 LTE modem for Internet of Things (IoT) applications.

These designs are an addition to the more than 100 designs announced last June using the Company’s MDM9x07 LTE IoT modems. Designed as a global connectivity solution for applications such as battery-powered sensors, the MDM9206 modem features a purpose-built design for IoT and offers lower power consumption and longer range connectivity than the Company’s previous LTE generations.

The MDM9206 modem is designed to support LTE category M1 (eMTC), upgradeable to dual category M1/NB-1 mode with an anticipated upcoming software update. This allows IoT products to function in a diverse set of operator deployments worldwide, maximizing the products’ global reach and scalability. The simpler narrowband LTE categories help the MDM9206 modem to support low-cost, low-power, low-bandwidth and greater coverage for the next-generation of IoT products and services, while also enhancing battery life as compared to previous LTE generations.

With the MDM9206 modem, Qualcomm is continuing to expand the capabilities of LTE to accelerate the progress in IoT. Compared to its previous LTE generations, this modem is designed to cost-effectively address cellular connectivity for low data rate IoT applications more efficiently addressed by a narrowband modem, across a wide range of new business opportunities within the IoT, including smart energy and metering, building security, infrastructure, industrial control and automation, retail point of sale, asset tracking, medical, lighting and aftermarket telematics.

The category M1 and NB-1 LTE modes designed in the MDM9206 modem bring many enhancements and optimizations to LTE that will help reduce IoT device complexity, support, multi-year battery life, and provide deeper coverage than the Company’s previous LTE generations, to reach challenging locations such as deep inside buildings and remote rural areas. The new technologies also can use existing LTE infrastructure and spectrum, coexisting with today’s mobile broadband services, while providing a superior solution to proprietary technologies for low-power wide area networks.

Additionally, backed by 3GPP global standards with a rich roadmap to 5G, LTE IoT technologies will continue to evolve beyond 3GPP Release 13 with new features, such as support for multicast and positioning, establishing the foundation for Narrowband 5G IoT.

“The global IoT opportunity is rapidly expanding,” said Serge Willenegger, senior vice president, product management, Qualcomm Technologies, Inc.

“IoT will be much more than about connecting people to things; they will be extending information management systems all the way to the edge, allowing machines and devices to work with one another and support increasing service opportunities and operational efficiencies across most industries.”

“Momentum around our MDM9206 modem for Cat M1 and NB-1 demonstrates demand today for reliable, optimized LTE cellular connectivity to support the new range of IoT applications and services.”

U.S. Operators:
“AT&T and Qualcomm Technologies have a successful and long-standing relationship that is deepening with the IoT,” said Chris Penrose, president, Internet of Things, AT&T. “Qualcomm Technologies will join our pilot of LTE-M network and module technology that will enable a new generation of industries and applications for IoT. The Qualcomm MDM9206 modem will help deliver new, intelligent and cost-effective IoT services, and use cases to our industrial, commercial and smart cities customers.”

“Thanks to the improved building blocks for IoT solutions, every facet of our world is becoming connected,” said Mike Lanman, senior vice president, IoT and enterprise products, Verizon. “By utilizing solutions including Qualcomm Technologies’ MDM9206 modem, which is integrated with IoT platforms like Verizon’s Thingspace, we can accelerate the delivery of connected services specifically tailored for rapidly growing markets like smart metering for utilities including electric, gas and water.”

Module OEMs:
“Qualcomm Technologies has been instrumental in helping advance our IoT solutions with the development of its MDM9206 modem,” said Patrick Qian, CEO, Quectel. “We are now able to design more cost-efficient modules for our customers and ultimately enable them to connect an ever increasing number of devices for faster, more reliable operations and better business results overall.”

“With the rapid progression of the IoT, there is a growing need for things to operate more efficiently,” said Wendy Wang, general manager, SIMCOM. “As we continue to implement connectivity solutions, the MDM9206 modem from Qualcomm Technologies makes it possible to provide more cost-efficient LTE modules and smart meters with a shorter time-to-launch.”

“Qualcomm Technologies’ MDM9206 modem helps assure continued success for Telit’s trademark application software cross-compatibility among our IoT modules products,” said Sandro Spanghero, senior vice president, global product management, Telit. “By utilizing this modem, we have been able to address operator requirements quickly, allowing our customers to easily re-use applications and launch new products into different markets.”

“At u-blox, we aim to advance our portfolio of products and technologies targeted specifically to a wide range of applications for the IoT,” said Dave Carey, senior vice president, cellular product strategy, u-blox. “Qualcomm Technologies’ LTE for IoT modem technology is aligned with our Company’s goals of delivering the best cellular connectivity technology for the IoT space.”

“At WNC, we continually work to integrate a variety of cutting-edge communication technologies into our products,” said Fayu Chen, senior vice president, automotive and digital media, WNC. “With Qualcomm Technologies’ latest LTE IoT solution, we’ve been able to design products faster, and at a lower cost, while also providing our customers with intelligent, total-market solutions that offer a host of next-generation IoT solutions.”

Qualcomm Technologies’ scale and expertise in connectivity and compute allows its customers to commercialize their IoT products quickly and cost-effectively. With its LTE IoT modems, the Company is helping to accelerate the creation of the IoT to provide dynamic experiences, while helping to deliver connected things that work well together.

Module OEMs are expected to launch MDM9206-based Cat M1 capable modules in early 2017. A software upgrade for Cat NB-1 is expected to be available shortly thereafter. The benefits and capabilities of Qualcomm Technologies’ LTE modems for IoT will be highlighted at the 4G/5G Summit taking place in Hong Kong from October 18-19.

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Joint initiative poised to simplify IoT application development and transform customer experience.

Verizon and Qualcomm Technologies, Inc., are leading an effort to drive innovation, productivity and value for businesses, consumers and citizens enabled by the Internet of Things (IoT).

To deliver the next-generation of IoT products and services requiring low power and low bandwidth, for the first time, Verizon will pre-integrate its ThingSpace IoT platform as-a-service within Qualcomm Technologies’ MDM9206 Category M (Cat M1) LTE modem. The initiative also utilizes Verizon’s leading 4G LTE network as the gateway for simplifying the process of building, deploying and managing IoT applications customized for a wide-range of use cases. The companies announced their IoT collaboration at the start of CTIA Super Mobility 2016 in Las Vegas and expect that the ThingSpace IoT platform will be available for OEM integration on MDM9206-based solutions in early 2017.

Establishing Cat M1 as the industry standard

Historically, the cost to connect IoT devices to the LTE wide area network has been higher than linking to other technologies like Wi-Fi, Bluetooth, Zwave or ZigBee. Verizon and Qualcomm Technologies have a strong track record of working with companies to embed LTE chipsets in connected devices, making it faster to deploy IoT devices on 4G LTE. Through this collaboration, the companies are now on a path to make the opportunity-cost of connecting intelligent devices on 4G LTE more compelling by using Category M1 as the new standard – all with LTE’s superior security, reliability and reach.

Easing innovation for developers and businesses

Businesses developing on Qualcomm Technologies’ Cat M1 LTE modem beginning with the MDM9206, will be able to speed up connectivity to the cloud seamlessly using ThingSpace – Verizon’s global IoT platform which allows developers worldwide to build and manage applications. The availability of ThingSpace within low power LTE modems offered by Qualcomm Technologies, a leading wireless semiconductor company, accelerates the development of a new and innovative digital ecosystem of intelligent connected devices on 4G LTE at scale. In doing so, the two tech companies also anticipate tackling the barriers most commonly associated with IoT deployments – including firmware management, real-time device diagnostics, device onboarding and data access. The collaboration also aims to bring even more sophisticated apps to the forefront such as device security and sensor data visualization.

“When it comes to the Internet of Things, no single company can go at it alone in order to scale from the millions of devices to the billions of devices needed to create cleaner cities, deliver better healthcare, conserve water and make the digital world work better for consumers and citizens,” said Mike Lanman, senior vice president Enterprise Products and IoT at Verizon.

“Simplicity is a necessary starting point and working across the ecosystem – at the network, platform and application levels – is also needed in order to capture the real market opportunity of the Internet of Things.”

“That’s why solidifying our long-standing relationship with Qualcomm Technologies in this manner to give developers worldwide the tools they need to innovate seamlessly, securely and in a cost-effective structure on 4G LTE combined with our ThingSpace platform, built by Verizon Labs, is an exciting milestone for the industry,” Lanman added.

“Wireless technologies, including LTE and 5G in the future, are rapidly evolving to deliver a scalable, unified and interoperable connectivity platform for the Internet of Things,” said Raj Talluri, senior vice president, product management, Qualcomm Technologies, Inc. “Our LTE modems bring not only connectivity but also compute capabilities to all kinds of IoT devices, helping leading operators such as Verizon extend their business models into promising new areas including smart energy and metering, building security, infrastructure, industrial control and automation, retail point of sale and asset tracking.”

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More than 100 designs from over 60 manufacturers using Qualcomm Technologies’ MDM9x07 cost-optimized, power-efficient LTE IoT modems.

Qualcomm Incorporated today announced that its subsidiary, Qualcomm Technologies, Inc., has secured more than 100 design wins across more than 60 original equipment manufacturers (OEMs) and module OEMs based on its MDM9x07 chipset family comprised of the Qualcomm® Snapdragon X5 LTE (9×07) modem and MDM9207-1 modem for the Internet of Things (IoT).

The flexible chipset family offers security-focused and optimized cellular connectivity, as well as edge processing for a large array of devices and systems within the IoT. These modems are designed to address customer connectivity and power challenges in a wide range of use cases including in smart cities, commercial applications and industrial designs. These uses include smart energy & metering, building security, infrastructure, industrial control and automation, retail point of sale, asset tracking, medical, lighting and aftermarket telematics.

The Snapdragon X5 LTE modem (9×07) with All Mode capability, supports LTE Category 4 download speeds up to 150 Mbps. The MDM9207-1 modem offers LTE Category 1 support for up to 10 Mbps on the downlink, power save mode (PSM) and up to 10 years of battery life from two AA batteries. These modems are designed to be compatible with major cellular standards across the globe, and include Linux OS support, ARM Cortex A7 processor, pre-integrated support for Qualcomm® VIVE 802.11ac Wi-Fi with MU-MIMO technology, Bluetooth 4.2, Bluetooth Low Energy, and integrated GNSS. Engineered to offer design simplicity, this chipset supports scalable software reuse across the chipset platform in order to reduce design complexity, ease development costs and enable faster time to commercialization.

The rapid growth of the IoT is driving a massive new ecosystem of smart, cellular connected machines and things, and with that a wide range of connectivity requirements. Qualcomm Technologies is helping to evolve LTE to deliver a unified, scalable IoT platform. Beyond wide-area coverage, cellular networks deliver numerous benefits to IoT applications including ubiquitous coverage, scalability to address the wide range of IoT use cases, managed and predictable quality of service, high reliability, robust end-to-end security, seamless interoperability backed by global standards and coexistence with deployed and planned LTE infrastructure.

“Our LTE modems for IoT allow us to bring customers the power and flexibility of the same modem core technology already launched in hundreds of millions of devices globally so that they can address a broad range of commercial and industrial applications where wide area cellular connectivity adds a tremendous benefit,” said Serge Willenegger, senior vice president, product management of Qualcomm Technologies, Inc.

“Our momentum demonstrates the widespread acceptance of our LTE IoT solutions in many fast growing IoT areas, as we help make industries around the world more connected, efficient and sustainable than ever before.”

“Qualcomm Technologies has a long history of leadership in connectivity and we are thrilled to be able to use their expertise in LTE for the IoT space,” said Mr. Vincent Wang, CEO at NEOWAY. “With their LTE IoT modems, Qualcomm Technologies is enabling our solutions to be the most advanced and helping drive the ecosystem of smart, connected devices forward.”

“As a dedicated M2M/IoT wireless module supplier, we are always looking for new ways to innovate and accelerate growth,” said Delbert Sun, marketing director of Quectel. “With Qualcomm Technologies, we see a great opportunity to make our IoT and mobile broadband modules more cost efficient by minimizing our up-front capital expenditures thus allowing Quectel to continue to focus its resources on quality and performance.”

“We have a long and close relationship with Qualcomm Technologies, and our next-generation series of AirPrime® Smart modules will reflect that storied history,” said Dan Schieler, SVP & GM, OEM Solutions, Sierra Wireless. “Using Qualcomm Technologies IoT modems will make it easier for us to develop smart modules with integrated processing capabilities and help our customers reduce their overall system complexity and get to market faster.”

“Thanks to the incredible growth in the Internet of Things, every facet of our world is becoming connected,” said Wendy Wang, general manager, Simcom. “We’re collaborating with Qualcomm Technologies to quickly and seamlessly build 3G/4G LTE modules for smart meters capable of remote monitoring and management of water, gas, heat and electricity, which in turn will enable time management efficiencies and a reduction in cost for utilities companies.”

“Telit has leveraged the power and flexibility of the Qualcomm MDM9x07 chipset and its variants across broad IoT markets. We have been able to address MNO requirements quickly and across many geographies with products ranging from LTE Cat 1 to Cat 4 today, with a path to 3GPP Rel13 MTC technologies like LTE Cat M1 and LTE Cat NB-1 for the future, both in single-mode and multimode variants,” said Ronen Ben-Hamou, EVP of products and solutions, Telit. “Qualcomm Technologies chipsets share a large number of common software elements which assures Telit’s trademark application software cross-compatibility among our IoT Modules, so that our customers can easily re-use applications and launch new products into different markets.”

“We expect billions of devices to become connected in the coming years, but it’s only achievable if we can produce these devices faster and at lower costs,” said Fayu Chen, senior vice president of Automotive & Digital Media BU, WNC. “We are already hard at work designing products that utilize Qualcomm Technologies’ LTE IoT modems.”

“ZTE and Qualcomm Technologies have collaborated together for many years, and we’re pleased to have the opportunity to do so again with their LTE IoT modems,” said Gu Yongcheng, vice president of ZTE corporation and CEO of ZTE Welink. “As we continue to implement connectivity solutions for the IoT and M2M applications, the new chipset platform makes it possible to provide more cost-effective devices with a shorter time-to-launch.”

Qualcomm Technologies is also continuing to expand the capabilities of LTE to accelerate progress in IoT, including driving the new LTE IoT technologies with Release 13 of the 3GPP standard towards commercialization, as well as the evolution of the cellular ecosystem towards 5G which will bring even more opportunities for the IoT. The MDM9206 modem, featuring a purpose-built IoT design and offering even lower power consumption and longer range supports LTE eMTC (Category M1) and NB-IoT (Category NB-1) modes.

Commercial IoT devices based on the Snapdragon X5 (9×07) and MDM9207-1 LTE modems are available today with others expected to continue shipping. Module OEMs are expected to launch MDM9206-based Cat M1 capable modules in early 2017. A software upgrade for Cat NB-1 is expected to be available shortly thereafter.

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Platform Integrates Wireless Technologies Including 3G/4G LTE, GNSS, Wi-Fi®, DSRC, and Bluetooth®; Extensible to Support Cellular V2X and 5G.

Qualcomm Incorporated through its subsidiary, Qualcomm Technologies, Inc., today announced the Qualcomm® Connected Car Reference Platform aimed at accelerating the adoption of advanced and complex connectivity into the next-generation of connected cars.

As a leader in automotive connectivity with more than 340 million chips shipped so far for products for over 20 automakers, Qualcomm Technologies developed a product designed to maintain pace with an ever-increasing set of automotive use cases facilitated by the latest advances in 4G LTE, Wi-Fi, Bluetooth and vehicle-to-everything (V2X) communications. The platform is also designed to solve for challenges such as wireless coexistence, future-proofing and support for a large number of in-car hardware architectures.

The Connected Car Reference Platform is built upon Qualcomm Technologies’ broad automotive product and technology portfolio, including Qualcomm® Snapdragon X12 and X5 LTE modems, quad-constellation Global Navigation Satellite System (GNSS) and 2D/3D Dead Reckoning (DR) location solutions, Qualcomm® VIVE Wi-Fi® technology, Dedicated Short Range Communications (DSRC) for V2X, Bluetooth®, Bluetooth® Low Energy and broadcast capabilities such as analog and digital tuner support using software-defined radio via Qualcomm® tuneX chips. In addition, the platform features in-vehicle networking technologies such as Gigabit (OABR) Ethernet with Automotive Audio Bus (A2B) and Controller Area Network (CAN) interfaces.

Highlights of the Connected Car Reference Platform design include:

• Scalability: Using a common framework that scales from a basic telematics control unit (TCU) up to a highly integrated wireless gateway connecting multiple electronic control units (ECUs) within the car supporting critical functions such as over-the-air software upgrades and data collection and analytics.
• Future-proofing: Allowing the vehicle’s connectivity hardware and software to be upgraded through its life cycle, providing automakers with a migration path from DSRC to hybrid/cellular V2X and from 4G LTE to 5G.
• Wireless coexistence: Managing concurrent operation of multiple wireless technologies using the same spectrum frequencies, such as Wi-Fi, Bluetooth and Bluetooth Low Energy.
• OEM and third-party applications support: Providing a secure framework for the development and execution of custom applications.

The Connected Car Reference Platform allows automakers and their suppliers to explore, prototype and commercialize connectivity designs using modules and solutions offered based on Qualcomm Technologies’ roadmap.

Nakul Duggal, vice president, product management, Qualcomm Technologies, Inc., said:

“With the Connected Car Reference Platform, Qualcomm Technologies has developed a platform for automakers, module OEM customers, and developers that emphasizes scalability, modularity and security for integrating and managing multiple cutting-edge wireless technologies inside vehicles.”

“We are pleased to introduce this platform to help enable best-in-class advanced connectivity solutions and services in upcoming vehicle designs.”

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Snapdragon Wear 2100 SoC Supports Sleek Designs, Long Battery Life, Smart Sensing, and Always Connected Experiences.

Qualcomm Incorporated today announced that its subsidiary, Qualcomm Technologies, Inc., has introduced Qualcomm® Snapdragon Wear, a new platform for next generation wearable devices, and the Snapdragon Wear 2100 system-on-chip (SoC), the first in a new product family designed to bring new and enhanced wearable experiences to consumers.

“Qualcomm Technologies is a technology leader in the wearables space with its breadth of product offerings including the Snapdragon 400 processor, which powers the vast majority of current Android Wear smartwatches,” said Raj Talluri, senior vice president, product management, Qualcomm Technologies, Inc.

“With the introduction of the Snapdragon Wear platform and Snapdragon Wear 2100 SoC, Qualcomm Technologies is well-positioned to extend its progress in wearables technology by enabling sleek designs, long battery life, smart sensing, and always- connected experiences in the next generation of wearable devices. These benefits are expected to have widespread appeal across the mobile, fashion and sports ecosystems segments in the wearables space.”

“LG and Qualcomm Technologies have led the wearable technology space with close collaboration over the last two years and have launched multiple smartwatches and kid watches,” said David Yoon, vice president, wearables, LG Electronics. “We are delighted about Qualcomm Technologies’ next generation wearable plans, are planning to extend our collaboration with the new Qualcomm Snapdragon Wear 2100 processor, and look forward to launching new smartwatches and other wearable devices that bring new and innovative use cases to consumers later this year.”

Utilizing Qualcomm Technologies’ expertise in connectivity and compute, the Snapdragon Wear platform consists of a full suite of silicon, software, support tools, and reference designs to allow mobile, fashion, and sports customers to bring a diverse range of full-featured wearables to customers quickly. Available in both tethered (Bluetooth® and Wi-Fi®) and connected (4G/LTE and 3G) versions, Snapdragon Wear 2100 innovates along four wearables core vectors:

• Smaller Size – 30 percent smaller than the popular Snapdragon 400, Snapdragon Wear 2100 can help enable new, thinner, sleeker designs
• Lower Power – 25 percent lower power than the Snapdragon 400 across both tethered and connected use cases, allowing for longer day of use battery life
• Smarter Sensors – With an integrated, ultra-low power sensor hub, Snapdragon Wear 2100 enables richer algorithms with greater accuracy than the Snapdragon 400
• Always Connected – Next-generation LTE modem with integrated GNSS, along with low power Wi-Fi and Bluetooth delivers an always connected experience

Additionally, customers can develop both tethered and connected SKUs using the same PCB design, thus reducing development costs. Snapdragon Wear 2100 supports both Android Wear, and Android and is targeted for next generation connected and tethered smartwatches, kid and elderly watches, smart bands, and smart eyewear and smart headset segments.

Qualcomm Technologies’ Snapdragon processors already power the majority of Android Wear smartwatches. Earlier this year, Qualcomm Technologies announced that its technologies are used in 65 wearable devices across 30 countries with 50 more expected to launch later this year.

“Wearables have captured the public’s imagination, but a lack of connectivity can lead to frustration,” said Chris Penrose, senior vice president, Internet of Things, AT&T Mobility. “With Snapdragon Wear’s new platform, it’s clear that AT&T and Qualcomm Technologies share a vision for independently connected wearables that create a seamless experience for those who wear them. AT&T’s own NumberSyncSM technology links compatible smartwatches to your primary phone number, creating one number for all your devices.”

Availability
Snapdragon Wear 2100 and other products within the Snapdragon Wear platform are available today.

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Qualcomm and Deutsche Telekom demonstrate user and operator benefits of LTE in unlicensed spectrum | LAA technologies set to enhance mobile broadband experience | LAA also ensures fair coexistence with Wi-Fi in unlicensed spectrum.

Qualcomm Incorporated, through its subsidiary, Qualcomm Technologies, Inc., and Deutsche Telekom (DT) are driving the worldwide evolution of LTE. Through the aggregation of licensed and unlicensed spectrum bands, recent testing demonstrated LTE Licensed-Assisted Access‘ (LAA) ability to extend coverage and increase network capacity, while delivering seamless mobility, for an enhanced end user experience. It also ensures a fair coexistence with Wi-Fi in unlicensed spectrum.

Bruno Jacobfeuerborn, chief technology officer, Deutsche Telekom, said:

“LAA is one of the key technologies that will help satisfy the increasing demand for data and better mobile connectivity.”

“The trial will help the wireless ecosystem and key stakeholders verify and experience the benefits of LAA first hand.”

“This trial is an important milestone demonstrating how global LAA technology will soon provide enhanced consumer benefits to users in Europe,” said Matt Grob, executive vice president and chief technology officer, Qualcomm Technologies, Inc. “We are pleased to collaborate with Deutsche Telekom on testing and demonstrating technologies that will enhance mobile broadband.”

LAA extends the benefits of 4G LTE Advanced to unlicensed spectrum bands, and is one of the new features of LTE Advanced Pro standards being developed in 3GPP Release 13, which is expected to be ready in the first half of 2016. The aggregation of licensed and unlicensed spectrum is another step in the evolution of 4G LTE towards development of a unified 5G platform, envisioned to offer native support for aggregation of unlicensed spectrum right from the start.

The over-the-air trial was completed on November 20th, 2015, in Nuremberg, Germany after a three-week period of extensive measurement campaigns. The trial used LAA test equipment designed and deployed by Qualcomm Research, the R&D division of Qualcomm Technologies. Deutsche Telekom provided the licensed spectrum for the LTE anchor carrier augmented with 5 GHz unlicensed spectrum and used on a multiple node LAA test network deployed over Qualcomm Technologies’ Nuremberg campus.

The team measured and demonstrated LAA’s extended coverage and increased network capacity in utilizing unlicensed spectrum compared to Wi-Fi, as well as smooth and opportunistic aggregation of unlicensed spectrum during drive tests which also included seamless inter-eNB handovers. The fair coexistence between LAA and Wi-Fi in unlicensed 5 GHz bands was also demonstrated under different radio interference conditions and for a varied number of interfering nodes.

The LAA test equipment complies with current 3GPP Release 13 development and is particularly designed to meet global unlicensed band regulations, including “Listen-Before-Talk” features using Clear Channel Assessment Procedures and channel occupancy limits required in regions such as Europe and Japan. Fair spectrum usage between LAA links and Wi-Fi links was maintained for all coexistence test scenarios during the trial.

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Today, Qualcomm Technologies, Inc., a subsidiary of Qualcomm Incorporated, and Daimler AG announced a strategic collaboration focused on pioneering innovation in the connected car.

In the first phase of the collaboration, the companies will focus on transforming future vehicles with mobile technologies that enhance in-car experiences and vehicle performance such as 3G/4G connectivity, wireless charging technology for in-vehicle use and implementation of the Qualcomm Halo Wireless Electric Vehicle Charging (WEVC) technology. In addition, the companies are jointly assessing the application of Qualcomm Technology’s newly developed Automotive Solutions.

Qualcomm Technologies is collaborating with Daimler on its Wireless Power Transfer 2.0 high performance program for electric vehicles. The Qualcomm Halo WEVC technology provides high performance and high power in a small vehicle package that could allow Daimler customers to charge their electric vehicles (EV) and plug-in hybrid EVs without ever having to plug them in. In addition, Qualcomm® WiPower technology enables consumer electronics to charge wirelessly in-vehicle.

“It’s important that we remain on the cutting edge of technology and continue to deliver unparalleled experiences to our customers,” says Prof. Dr. Thomas Weber, Member of the Board of Management of Daimler AG responsible for Group Research and Mercedes-Benz Cars Development. “With this in mind, we are eager to jointly explore possible fields of future cooperation with an internationally leading tech firm like Qualcomm.”

Qualcomm is helping the automotive industry create an entirely new landscape for communication, convenience, energy efficiency, infotainment and safety through its Qualcomm® Snapdragon Automotive Solutions, while Daimler has a history of producing vehicles that embody these concepts. Mercedes-Benz customers have come to expect vehicles equipped with numerous intelligent systems and sensors that enhance safety, convenience and comfort. Together, the companies intend to combine automotive expertise to advance the connected car industry by delivering intelligently connected vehicles of the future that drive emission-free.

“Our work with Daimler AG is a natural extension of the sponsorship we have with the MERCEDES AMG PETRONAS Formula One team as our work in motorsports cultivates the innovation and advancements seen in the auto space,” said Derek Aberle, president of Qualcomm Incorporated.

“The automobile has become a mobile platform and an extension of always-on connectivity, and as such, we’re utilizing our expertise as the leader in mobile technology to deliver in-car experiences comparable to the ease and convenience of smartphones.”

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Qualcomm increases customer momentum in the smart home, wearables, automotive, smart cities and health care segments.

Qualcomm Incorporated today announced that its subsidiaries, Qualcomm Technologies, Inc. (QTI), Qualcomm Atheros, Inc. , Qualcomm Life, Inc. and Qualcomm Connected Experiences, Inc., are achieving significant adoption of their broad connectivity, computing and solutions for the Internet of Everything (IoE). Driven by the significant growth and diversity of interconnected devices, Qualcomm companies are delivering the solutions and collaborating with technology leaders to empower manufacturers to create the best connected experiences in homes, businesses, cars and cities.

Derek Aberle, president, Qualcomm Incorporated, said:

“The Internet of Everything encompasses a vast, growing ecosystem of billions of new connections. In order for the Internet of Everything to truly deliver value for individuals, communities and companies, the industry needs technology leaders with the right scale and resources.”

“Qualcomm is well-positioned to provide the most advanced connectivity, computing and interoperability for devices and machines in smart homes, automobiles, wearables and smart cities. Our technologies are already driving this new era of intelligent connectivity and computing, and we will continue to invest in these emerging segments.”

Intelligent connectivity for the smart home
For many people, the Internet of Everything will come to life in their homes, where dozens of devices, systems and things will be connected. Pairing the right mix of connectivity and computing capabilities is essential to address the varying needs of the IoE. Qualcomm Atheros offers a full suite of low power, feature-rich solutions that have connected more than 120 million smart home devices in the past year – including consumer electronics, appliances and lighting systems. Qualcomm Atheros is making Wi-Fi feasible for a multitude of new devices in the home and office; the platforms enable lower power to ensure better usage and simpler implementation with ease of configuration and interoperability. In addition, QCE’s Qualcomm® AllPlay smart media platform, which is based on the AllJoyn® open source projects, a software and services framework from the AllSeen Alliance, has a network of 18 manufacturers and 18 music streaming service providers who have integrated or have announced plans to integrate AllPlay for wireless whole-home audio.

Customised connectivity and compute for wearables
QTI is helping its customers innovate in the wearable segment by providing a fully integrated platform including low power processing, compact chipset form factors, support for range of sensors, and breadth of connectivity – 3G/4G LTE, Wi-Fi, and Bluetooth. Based on QTI’s solutions, our customers already offer more than 20 wearable devices ranging from smart watches and fitness trackers to wearable cameras and digital eyewear shipping in more than 30 countries. Additionally, QTI has more than 20 new commercial designs currently in development, bringing new capabilities and user experiences to consumers.

Defining the future of the connected car
QTI is transforming the in-car experience with technologies to connect cars and create a better, safer driving experience. Qualcomm Technologies has more than a decade of vehicle connectivity leadership, having delivered the first embedded 3G/4G solutions for automobiles, and QTI has now engaged with more than 40 connected car programs from more than 15 OEMs.

Today, there are more than 20 million connected vehicles deployed globally with QTI’s Qualcomm® Snapdragon LTE and 3G modems, the most widely used wireless solutions for cloud-based entertainment, safety and security applications. The high speed, reliable connectivity provided by Snapdragon LTE modems is the cornerstone of next-generation, connected driver experiences, enabling navigation and infotainment services including real-time mapping, HD Video, multimedia streaming, gaming and more. Qualcomm Technologies’ automotive solutions also include the Snapdragon 602A automotive-grade infotainment processor, Qualcomm Atheros’ Qualcomm® VIVE QCA65x4 to support Wi-Fi, Bluetooth and Dedicated Short Range Communication (DSRC), QTI’s Qualcomm® WiPower wireless charging for consumer electronics in the car and Qualcomm Halo wireless charging for electric vehicles.

Intelligent connectivity for smart cities
To help meet the needs of rapidly growing urban populations, QTI is delivering solutions for smart buildings, energy, infrastructure, transportation and other emerging municipal applications. The company is involved in more than 20 active engagements to provide smart, sustainable connectivity that helps cities modernize while reducing operational costs in areas including municipal Wi-Fi, water usage, recycling, lighting, transportation, energy and infrastructure. Cities around the world are implementing smart connectivity today, leveraging a full suite of QTI’s solutions, including 3G, 4G, Wi-Fi, and small cells, as well making use of the AllJoyn open source project from the AllSeen Alliance in various industrial applications.

Connected health care at scale
Qualcomm Life is building a large mobile health ecosystem, with approximately 500 customers and collaborators including Cerner, AMC Health, Roche and Walgreens. With the 2net Device Connectivity Platform, the HealthyCircles Care Coordination Platform and now HealthyCircles Mobile, Qualcomm Life is making connected health a reality by enabling seamless care from the hospital to the home. Qualcomm Life’s transformational 2net and HealthyCircles Platforms are providing the scalable infrastructure for a new generation of connected health solutions and reaching chronic disease patients who need chronic care management tools the most. These technologies allow secure and reliable sharing, transmission, and cloud-based storage of health information. By liberating vital health and biometric data, Qualcomm Life is developing solutions that enable continuous care, informed interventions, and better management of at-risk populations.

Enabling interoperability among devices
The AllSeen Alliance, of which QCE was a founding member, is a cross-industry consortium dedicated to enabling and driving the widespread adoption of products, systems and services that support the Internet of Everything with an open, universal deployment framework. The Alliance now counts more than 140 companies among its members, including Electrolux, Haier, LG, Microsoft, Panasonic, Sony, LIFX, Honeywell and many others. The Alliance is committed to growing IoE through the adoption of the AllJoyn open source framework that is platform, OS and hardware agnostic to enable seamless device discovery, connectivity and interoperability. Today there are 75 AllJoyn-enabled products, services, and applications that have been announced by Alliance members. QCE continues to actively participate in the Alliance, and Qualcomm companies use AllJoyn to solve for interoperability in segments such as smart home and smart cities.

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The Snapdragon X12 LTE modem and Snapdragon X5 LTE modem join Snapdragon Automotive Solutions portfolio to extend connectivity across all tiers of the auto industry.

Qualcomm Incorporated today announced that its subsidiary, Qualcomm Technologies, Inc., has added the Qualcomm® Snapdragon X12 LTE modem (9×40) and Qualcomm® Snapdragon X5 LTE modem (9×28) to Snapdragon Automotive Solutions to support connectivity across all tiers of the automotive industry.
The Snapdragon X12 LTE modem (9×40) is designed to enable auto manufacturers to develop next-generation systems with advanced telematics and connected infotainment features while supporting greater coverage at download speeds up to Category 10 (up to 450 Mbps in the downlink and 100 Mbps in the uplink).
The Snapdragon X5 LTE modem (9×28) is designed to enable automakers to broadly deploy LTE in all cars at download speeds up to Category 4 (up to 150 Mbps in the downlink and 50 Mbps in the uplink).

In addition to leading LTE features, these multimode modems provide support for all major 3G/2G cellular standards, on-chip integration of global position (GNSS) support for all major constellations, and a 1 GHz processor with Linux and built-in software for key global regulatory mandates like EU eCall and ERA Glonass. The Snapdragon X12 and X5 LTE modems for automotive inter-work with a companion Qualcomm® VIVE QCA65x4 chipset with superior Wi-Fi/BT to support consumer features like Wi-Fi 802.11ac hotspots and safety applications like vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) with a seamless combination of Wi-Fi, DSRC and LTE. The Snapdragon X12 modem is sampling now and Snapdragon X5 LTE modem is expected to sample in 2H, 2015.

“With smartphone connectivity setting the pace for advanced features, consumers expect the same experience from all other connected devices, including their car,” said Kanwalinder Singh, senior vice president of business development for Qualcomm Technologies, Inc.
“Qualcomm Technologies already supports first-generation LTE connected cars with major automakers. We are now pressing ahead with the vision of LTE for all automakers, cars, geographies and models with the leading performance of the X12 and the leading value of the X5.”

The Snapdragon X12 LTE modem (9×40) supports Carrier Aggregation (CA) across global TDD and FDD radio frequency bands. It is QTI’s latest and most advanced LTE modem in the 20nm technology node and supports up to 60 MHz 3x CA in the downlink and up to 40 MHz 2x CA in the uplink. Separately, the Snapdragon X5 LTE modem (9×28) supports Category 4 across global TDD and FDD radio frequency bands, and is based on the 28 nm technology node.

Both the Snapdragon X12 and X5 LTE modems support the major cellular standards, including LTE, DC-HSPA, EVDO, CDMA 1x, GSM and TD-SCDMA, support the major RF bands and band combinations, and provide global position support for major constellations including GPS, Beidou, Glonass and Galileo for enhanced automotive navigation. Additionally, the modems feature integrated support for VoLTE and key new automotive regulatory safety features such as EU eCall and ERA Glonass. In both chipsets, a Cortex A7 is integrated to provide bill of materials (BOM) cost savings for hosting automotive telematics applications.

Singh added:

“The effect of LTE on connected telematics and infotainment inside the car is transformational, rivaling the one from feature phones to smartphones.”

“Ubiquitous connectivity to cars is enabling industries like automotive, wireless operators, and insurance to come together in unlocking value for consumers. In addition, the cars of tomorrow will not only inform and entertain the consumer, but also communicate with their environment to make driving safer, which is accomplished through system level integration across infotainment, telematics and connectivity subsystems of the vehicle. The X12 and X5 are designed with this integration as a requirement, so we can support the vision of getting these capabilities into all cars.”

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