P1014NSN5DFB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

P10 14NSN5DFB is an embedded microprocessor that utilizes a single-cycle TMS320C6000 platform to offer low power consumption and improved peripheral data processing. It is typically used in mobile applications, such as wireless and mobile communications, as well as in multimedia applications such as automotive entertainment systems, digital cameras, and industrial automation systems.

The main features of the P10 14NSN5DFB are its low power consumption and extremely high speed, featuring speeds up to 800MHz in real-time processing. The processor also features an integrated system memory and various peripherals, which provide a wide range of features, such as data capture, handling and storage, video, audio, communications, and real-time control. Furthermore, the processor has enhanced security features such as secure booting and application protection.

The key feature of the P10 14NSN5DFB is that it is a single-cycle TMS320C6000 platform, which provides it with the ability to process data in one clock cycle rather than multiple. This single-cycle feature also enables it to provide an even lower system power consumption than existing dual-cycle or multi-cycle solutions. The processor also offers extended temperature and high temperature operation, which allows it to operate in temperatures ranging from −40 to 125°C. Another feature of the processor is its integrated on-chip peripheral buses and analog-to-digital converters.

The P10 14NSN5DFB has a variety of uses, with one of its primary uses being in mobile and wireless applications such as TETRA (terrestrial trunked radio) systems, GSM and UMTS base stations, and handsets. It can also be used in multimedia applications such as automotive entertainment systems, digital cameras, and industrial automation systems. Besides this, it can also be used in embedded systems such as IoT (internet of things) applications and home automation systems. Furthermore, it can be used in industrial control systems, such as process control and factory automation. In addition, it can also be used in medical applications.

In terms of its working principle, the P10 14NSN5DFB operates by utilizing the single-cycle processing capabilities of the TMS320C6000 architecture. This single-cycle architecture is designed to allow very high-speed operation while consuming very low power in the process. The processor is able to perform complex operations in a single instruction cycle, which sets it apart from other conventional processors which typically require multiple instruction cycles to complete the same tasks. The processor also features an advanced instruction set which offers expandedInstructions (ISAs) for multimedia applications and embedded systems.

In summary, the P10 14NSN5DFB is an embedded microprocessor that utilizes a single-cycle TMS320C6000 platform to offer low power consumption and improved peripheral data processing. It is suitable for use in mobile and wireless applications, multimedia applications, embedded systems, industrial control systems, and medical applications. Its working principle is based on the single-cycle architecture of the TMS320C6000 platform, which allows for very high-speed operation while consuming very low power in the process. The processor also features an advanced instruction set, which provides expanded instructions for multimedia applications and embedded systems.

The specific data is subject to PDF, and the above content is for reference