It is De Tech Company recently launched an innovative narrowband IoT design and simulation solution. The solution is a narrow band network design and verification library that provides immediate information on the use of immediate reference intellectual property by providing narrow band network technology research work, it is possible to greatly improve the work efficiency of system architects and baseband physical layer (PHY) designers.
It is Technical and the Department of Science and Technology to work closely with the department to jointly develop radical frequency-related signaling architecture. The main tasks include defining radio frequency and baseband interfaces, evaluating system performance and function of narrowband networked terminal chips. These work are done to a certain extent by successful use of the existing narrowband networking solutions in the department. The department has also made an important contribution to a variety of future development opportunities, including advice to the 3GPP standard agency to optimize narrowband material networking technical specifications.
As part of the 3GPP 13th version, narrowband network is a specially designed narrowband wireless technology designed to support more quantities and extended battery life while reducing the cost of the device. Using the new solution of German Technology, the system architect is now able to view a system-level impact of narrow band online algorithms and models, loss, interference, and bit error rates.
It is the narrowband Ionet solution of German technology is part of the existing W1918 LTE-A baseband library, consisting of source code, model, subsystem, imitation example, and infrastructure components. Engineers can combine narrowband networking solutions with the SYSTEMVUE electronic system level simulation platform of German technology to ensure rapid development and verification of high quality advanced digital modems. This means that engineers can use various modules to build signal sources, baseband transactions, radio frequency transceivers, and signal analysis, and easily design narrowband networking systems. Narrowband Internet of Things solutions provide a wealth of modeling examples. Referring to these examples, engineers can easily obtain performance ideal design, better comparison of advantages and disadvantages of different design methods.
By establishing a close cooperative relationship with experienced development institutions, it is a simplified development and shortening verification cycle to better verify the effectiveness of the product. According to the department, the department is using the narrowband network of German technology, which can develop radio-transmitted service architecture, radio frequency and baseband interface, and verify system performance, and perform the functional evaluation of narrowband networked terminal chips. It is the solution to German technology to help 3GPP standard agencies further optimize narrowband distribution technical specifications.
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