P1010NXN5FFB

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Embedded - Microprocessors

The P1010NXN5FFB is an integrated microprocessor designed for embedded applications. It is part of the NXP family of scalable ARMv7-A processors, which is the industry’s leading architecture for embedded applications. The processor features the ARM Cortex-A5 processor core at 1.25Ghz with an and includes a NEON™ media processing engine and multiple peripherals that allow it to perform complex tasks.

The design offers abundant flexibility to customize the processor to the application’s most stringent requirements. It enables designs that support a wide range of performance, power, and cost objectives. The processor provides a single source of software and silicon IP and reduces development time and cost with key features such as a support for an array of software and tools.

Application Field

The P1010NXN5FFB is ideal for a wide range of consumer, industrial and network applications including digital set-top boxes, smart TVs, streaming media boxes/players, CCTV cameras, IP phones, industrial control, automation, and consumer electronics. The processor is designed to provide system integrators and OEMs with ample flexibility and performance.

The processor supports a variety of operating systems, including Linux, Windows CE, Android, and QNX. It supports multiple software/API levels, including open source APIs and optimized libraries such as OpenGL ES, OpenCV and OpenCL Embedded Profile. It is backward-compatible with legacy systems and applications.

Working Principle

The P1010NXN5FFB is based on the ARMv7-A architecture, the most efficient and scalable processor architecture in the embedded market. The processor supports multiple 32-bit instructions and a superscalar architecture that allows multiple instructions to be executed in parallel. The processor core delivers higher performance without increasing power or voltage. It also supports multiple hardware performance monitors that can be used for debugging or profiting.

The processor includes a NEON™ media processing engine which offers high-performance vector and multimedia processing, allowing it to decode, encode, and process HD video and audio. It also includes a generic interrupt controller and multiple dedicated peripheral interfaces, making the design highly scalable and efficient.

The processor is designed to be power efficient. It includes multiple power management features such as dynamic frequency scaling and voltage scaling, allowing it to reduce power consumption while maintaining performance. It also includes an advanced power gating feature that can save additional power when the processor is idle.

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