When people think of collecting data, first think of a wearable device or other personal products, but their ability to communicate is often essential. Connected X.0 ™ from the US design and engineering consulting firm Nytec Inc. is a technology platform combined together to form a group of polymerization and wearable sensors. It integrates LIS2DH12 accelerometer, and rely on intelligent communications system microcontroller mounted STM32F4 STMicroelectronics, the aggregator. The first deployment of the solution is changing the hospitality industry, it has the personnel and property of things on track, providing secure access door as well as the ability to unify payment. Connected X.0 also as Nytec its customers tailor-made platform to adapt it to various applications, including oil and gas, smart business parks, intelligent plant equipment monitoring / tracking and so on.
Last March Connected X.0 on display at the city of Anaheim, California STMicroelectronics MCU Technology Day is an example of the type of products and services, announced a few months ago, it makes ST Partner Program with the public different. ST as authorized partners, Nytec use its platform for customers to accelerate prototyping and development operations. If you start from scratch, Connected X.0 represents something 70-80 percent of the team have to do, so that they can focus on differentiating features, while reducing time to market. We hope to cooperate with Nytec end-users will get a reliable platform, because the company has deployed Connected X.0 in the hotel. They also benefit from the experience of engineering design and consulting, they are familiar with the importance of each item customized according to customer demand. Let's explore some of the unique aspects of Connected X.0.
Connection: X.0, polymerization, and the importance of reliable MCU
Connected X.0 aspect is the most primitive aggregator. It takes the form of small devices, may be mounted on the ceiling or wall, to provide coverage for a Bluetooth device wearable by a sub-gigahertz backbone. Wi-Fi can not cover all corners. LTE is too expensive and power consumption. It can be rapidly obtained by providing a low-power Bluetooth, the polymerization in a star topology data from a wearable device, no matter where they are in the building, and then sends them to the network. In addition, for example, if the security officer wants to send out an alert to potential employees, they can also send data to the wearable device. Since certain polymeric relies on batteries, so they use STM32F415RG to get the best performance / power ratio. 
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