NM95HS01EN

The NM95HS01EN is an integrated circuit that is specialized for use in data communication applications. It is designed to enable high-speed data transmission in applications with multiple layers of data processing and data transmission. It is capable of operating at speeds of up to 4.25Gbps and is optimized for use in the avionics, automotive, industrial, and medical industries.

Application Field

The NM95HS01EN integrated circuit is primarily used in applications where high-speed data transmission with low power consumption is required. It is suitable for usage in communication protocols and networks, as well as automotive networking applications. It is also suitable for use in optical communication links that make use of the Ethernet protocol.

The NM95HS01EN is also used in the industrial and medical sectors, as it is capable of controlling high-speed data networks while providing long range transmission. This integrated circuit is also suitable for usage in remote control applications, such as in robotics.

Working Principle

The NM95HS01EN integrated circuit operates on NM95H_N architecture. This architecture is designed to facilitate high-speed data transmission with low power consumption. The circuit uses a 32-bit RISC core and contains 78 I/O pins. It is capable of operating at data transfer speeds of up to 4.25Gbps.

The NM95HS01EN is optimized for high data flow and makes use of proprietary encoding technologies to reduce power consumption. It is equipped with a variety of error-detection mechanisms that ensure integrity of data transmission, as well as a high-bandwidth memory controller for data buffering and storage.

The NM95HS01EN utilizes an integrated digital signal processor (DSP) to enable real-time data processing. It is capable of handling complex data processing algorithms and can perform functions such as error correction and data encryption.

Overall, the NM95HS01EN is an integrated circuit that is designed for data communication applications. It is optimized for high-speed data transmission with low power consumption and is suitable for use in a variety of data transmission and processing applications, including in avionics and the medical field. It is equipped with a variety of error-detection mechanisms, a high-bandwidth memory controller, and an integrated digital signal processor for real-time data processing and encryption.