NXP's modular IoT framework dramatically reduces the time, effort and expertise required to build a production IoT system compared to traditional methods of assembling and integrating individual hardware and software components.
Nuremberg, Germany, March 14, 2017 (Embedded Systems Show 2017) – For the success of developing a commercial production IoT system, robust wireless connectivity, reliable security and relevant expertise All are essential. NXP Semiconductors NV (NASDAQ: NXPI) announces a modular IoT framework that enables professional development teams to take the lead in building secure, innovative IoT applications. Compared to building a platform from individual components, starting with the framework minimizes the scope and complexity of security and connectivity integration, reducing development time and cost.
NXP modular IoT gateway design
When developing and deploying an interoperable IoT system, you need to use many features such as edge devices, gateways, connectivity, security, and debugging. With this modular IoT framework, users have the flexibility to combine and match all of NXP's embedded hardware and software technologies with these capabilities. In addition, the framework's components have been extensively tested and validated for ZigBee® and Thread connectivity, as well as cloud-based capabilities based on Wi-Fi, Ethernet, cellular, and LoRaTM, with access to Amazon Web Services (AWS) and Other cloud platform services.
Rigado CEO Ben Corrado said: "With NXP's modular IoT framework, Rigado has successfully developed a production-ready IoT platform with a well-documented interface and pre-integrated connectivity and security features. With this platform, we are able to quickly define and integrate the IoT system features that our customers need to quickly implement product updates. Many of our IoT customers are focused on how to reduce risk and reduce time to market. The NXP framework enables us to precede Competitors, quickly implement product updates, find the best combination of advanced hardware, software and connectivity in commercial production."
Today, developers have completed the initial implementation of the framework, the "integrated development experience" defined by the target IoT use case. This use case includes a business-ready wireless connectivity platform and provides all the necessary components, documentation, and support needed to run a base-level secure interconnect production platform. NXP pre-integrates these capabilities into a comprehensive, compatible “integrated development experience,†where developers can get out of the box and accelerate the time-to-market for IoT devices in smarter cities, smarter industries, agriculture, oil and gas markets.
Jay Carlson, chief technology officer of interconnected precision agricultural products manufacturer Solvz, said: “Global agriculture is still struggling to feed the world's population, and smart agriculture is the only sustainable environmental solution. We know it is urgently needed. Acting decisively. NXP's IoT framework and advanced edge devices bring a welcome advantage to the development of connected products; this framework contains the vast majority of middleware, and even some off-the-shelf applications, and traditional development Compared to the model, using this framework will make the product appear faster. This is important because the 2017 growing season is coming soon."
Denis Cabrol, senior director of NXP's Solution Division, said: "The market has been very concerned about expanding cloud capabilities, and hopes to promote the development of the Internet of Things. However, to connect a large number of IoT edge devices to the cloud platform, it is necessary to develop related security and wireless. Connecting and debugging the infrastructure, and the expertise required in this area still has a clear gap. It may take several years to become proficient in these areas, and it takes years to develop the right security and connectivity. NXP's proven modular IoT framework reduces the time, time and expertise required to develop and connect the embedded side, while significantly reducing system time-to-market.
The framework was launched today through the "Integrated Development Experience", targeted at commercial lighting and building automation use cases, including:
· Modular edge node platform (supports Thread and ZigBee)
· Modular IoT Gateway (supports ZigBee and Thread, Wi-Fi and Ethernet, and secure components)
· NFC-based device debugging
· Smartphone application reference design with device control in the cloud
· Amazon Web Services cloud service reference design, and cloud connectivity reference design using MQTT and CoAP
The Integrated Development Experience is designed for ease of use and provides support for documentation and dedicated communities. For further design support, NXP Professional Support and Services are also available through a contract. For more details, please visit the modular IoT framework community: https://community.nxp.com/groups/modular-framework
Welcome to the 2017 Embedded Systems Exhibition in Nuremberg, Germany, to experience NXP technology
The 2017 Embedded Systems Exhibition will be held at the Nuremberg Exhibition Center in Germany. The NXP booth is located at 4A – 220 and we look forward to your visit. At that time, you can watch innovative embedded solution demos to understand their support for the IoT industry, from smart cars to smart industries.
For more information on NXP's participation in the 2017 Embedded Systems Show, please visit EW17/mediacenter.
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