Question

can you please use your English in rewriting this part of article to attach it to my article, just use your English please no tools of paraphrasing,

many thumps up for your time and efforts  

OUR UNIQUE
VALUE PROPOSITION

NanoSemi develops intellectual property based upon machine learning to improve communication and other 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 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

OUR CULTURE

Our culture is rooted in the “knowledge worker” idea of Peter Drucker, where every member is a highly skilled and responsible member of a team. At NanoSemi, the team jointly decides the best way forward for the company. We have minimal hierarchy. Instead, roles are defined by whatever is necessary to deliver value, whether it is creating and perfecting new algorithms, product development, or business development.

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

Answer 1

OUR UNIQUE

VALUE PROPOSITION

We at NanoSemi, are developing an intellectual property based on machine learning to improve communication and other systems. We use our expertise in mathematics, digital signal processing and RF to address the problem of linearizing and improving the performance of RF, analog and data converter circuits.

Our technology helps to achieve higher throughput connections for 5G, WiFi and WiGig smartphones and base stations along with reduced energy consumption. This helps for a higher quality data streaming and connections for consumers with improved battery life.

We have three technical teams here. The firt team writes the algorithms for the design. The second team validates these algorithms and identifies the physical limitations of RF amplifiers. The third team converts these finished algorithms into a design capable of being embedded on a semiconductor chip. According to Kim, the first two teams create and validate the algorithms using MATLAB tool and run the test equipment. The final design delivers wireless signals by improving the performance and efficiency of the RF power amplifiers. "We clean up those signals while pushing the amp power", says Kim.

OUR CULTURE

We follow a culture where every member of the team is highly skilled and responsible, which is rooted in the "knowledge worker" idea of Peter Drucker. We at NanoSemi, as a team together decide the best ways for the company. Instead of having a minimal hierarchy, our roles are defined by whatever is needed to deliver, which may be either creating and perfecting the algorithms or developing new products or even developing the business.

Our customers include manufacturers of 5G mobiles, wireless infrastructures and signal processing test equipment.