DV102011

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The DV102011 is a GNSS evaluation board designed to support the development and evaluation of applications deployed with GNSS sensors. This evaluation board integrates a GNSS engine plus a low power, low-cost, low complexity processor-based device and operates from energy-harvesting sources.

The DV102011 evaluation board is designed to support two high-precision, low-power GNSS engine products: the GSCAMn and the GSKAMN. The GSCAMn is a small, versatile and cost-effective GNSS engine that supports multiple GNSS signal configurations, including Galileo, GPS, BeiDou, QZSS, GLONASS and SBAS. The GSKAMN is an ultra-small, low-power, cost-effective GNSS engine that supports multiple GNSS signal configurations, including Galileo, GPS, BeiDou, QZSS and GLONASS.

The DV102011 Evaluation Board supports a variety of sensors, including GPS, GNSS, Gyroscope, Accelerometer, Magnetometer, Barometer, Proximity and Optical. Each of these sensors can be used to help determine position, orientation, acceleration, velocity and attitude. The board also incorporates digital filters, analog-to-digital converters, limited signal processing, drivers, and real-time clock for total system integration.

The DV102011 Evaluation Board provides considerable flexibility for application development. It can be integrated with a wide range of power sources, including energy-harvesting techniques and a suite of pre-installed libraries, modules and communication interfaces that enable connection with Bluetooth, WiFi and other radio protocols. These allow for rapid application deployment with a minimum of cost and effort.

The DV102011 has an integrated processor-based system that enables users to access the full range of pre-installed real-time GNSS and sensor data streams and embedded applications. The evaluation board supports multiple communication standards, protocols and advanced features, allowing developers to develop and evaluate applications with higher levels of accuracy and flexibility.

The DV102011 Evaluation Board is designed to enable researchers, designers and engineers to test and develop advanced applications with high levels of accuracy and reliability. The board features advanced signal processing techniques, including time-domain analysis, adaptive frequency rejection control, power-saving techniques and ultra-low noise interference suppression, as well as specialized modules and accompanying software libraries, to enable application development with rapid deployment and superior results.

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