Question

can you please rewrite the coming in your English without tools of paraphrasing , many thumps for your honesty in advance

NanoSemi develops intellectual property (IP) to improve signal quality of communication systems. We apply our expertise in mathematics, digital signal processing, and RF to the problem of linearizing and improving the performance of RF, analog, and data converter circuits. Today our technology enables higher throughput connections for 5G, Wi-Fi, and WiGig smartphones and base stations while simultaneously reducing energy consumption. The result is higher quality data streams and connections for consumers while improving smartphone battery life.

NanoSemi’s solution addresses the physical limitation of amplifiers with algorithms that use predictive machine learning models to adapt to wireless signals in real time. NanoSemi’s team developed an approach that’s able to generate unique math functions within an algorithm to precisely predistort a signal’s input. Adding distortion to the input cancels out any distortion that would have occurred on the output. The result is a clear and reliable signal.

NanoSemi’s team is split into three technical groups: one that creates the algorithms, another to identify physical limitations of radio frequency amplifiers and to validate algorithms, and a third that converts the finished algorithm into a design that can be embedded on a semiconductor chip. Kim says the first two teams use MATLAB to create and validate those algorithms as well as run the test equipment. The final design improves the performance and efficiency of the radio frequency power amplifiers that ultimately deliver wireless signals. “We clean up those signals while pushing the amp power,” says Kim.

NanoSemi’s customers include manufacturers of 5G mobile devices, wireless infrastructure, and signal processing test equipment.

“NanoSemi’s approach is truly ground-breaking in that we are reducing the power consumption while improving the performance,” says Kim. “Not only will your cell phone work better due to the improved connection, but the battery will last longer too.”

Answer 1

To improve signal quality of communication systems,NanoSemi developed Intellectual Property(IP).We apply our knowledge in mathematics, digital signal processing, and RF to the problem of linearizing and improving the performance of RF, analog, and data converter circuits.Today our technology has higher output connections for 5G, Wi-Fi, and WiGig smartphones and base stations while parallelly reducing energy consumption.Thus improving the smartphone battery life , giving higher quality data streams and connections for users.

The solution of NanoSemi’s solves the physical limitation of amplifiers with algorithms that use predictive machine learning models to adapt to wireless signals in real time. To predistort a signal’s input , NanoSemi’s team developed a process which is able to generate unique math functions which has an algorithm. This adding distortion to the input clears any other distortion that occurrs on the output. Thus the result will be a clear and reliable signal.

NanoSemi’s team is split into three technical groups.They are:

1.One group for creating algorithms.

2. Second group is for identifying physical limitations of radio frequency amplifiers and also for validating those algorithms.

3.Third group is for converting the finished and validated algorithm into a design that can be inserted into a semiconductor chip.

Here, the first two teams use MATLAB to create and validate those algorithms as well as run the test equipment.The final design team improves the performance and efficiency of the radio frequency power amplifiers that ultimately deliver wireless signals.

NanoSemi's target customers are manufacturers of 5G mobile devices, wireless infrastructure, and signal processing test equipment.

This approach is truly ground-breaking in which we are reducing the power consumption while improving the performance which means not only your cell phone work better but also improves the battery life due to improved connection.