10AS057K1F40E1HG

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

System On Chip (SoC) is an integrated circuit composed of multiple components, usually including a processor core, memory, analog and digital communication interface, and software, all built on the same integrated circuit. 10AS057K1F40E1HG is an embedded SoC developed by Freescale Semiconductor. It is based on ARM\'s Cortex-A7 core architecture and is driven by a real-time 32-bit RISC processor.

The 10AS057K1F40E1HG is an ideal application processor for low-cost embedded systems. It is an integration of several SoC devices and embedded system components, which makes it ideal for use in embedded applications, such as medical and automotive embedded systems, industrial control and automation, and embedded applications in consumer, computing, and other vertical markets.

The 10AS057K1F40E1HG is built on 64-bit architecture, supporting up to 1GHz operating frequency and up to 256KB internal SRAM. It has an integrated 3D GPU with OpenGL ES 2.0 and a full 1080p decoding engine capable of decoding files up to and including 4K resolution in h.264 and MPEG-4 format. The on-chip multimedia features of this SoC include an integrated power management unit, an audio codec with I2S and SPDIF ports, and an image signal processor with support for camera and LCD display up to 30 MP and up to 1080p. Additionally, it integrates the latest generation peripheral connectivity, including USB 2.0, TCP/IP, and 2x Ethernet.

The 10AS057K1F40E1HG is built on industry-leading components and supports the ARM Architecture, giving it the flexibility to build custom products. This SoC can be deployed in any embedded application, from mobile phones to automotive, medical, industrial control and automation systems, to smart home and IoT devices, and other systems on chip. With an integrated Linux operating system, developers are able to easily port their applications to the 10AS057K1F40E1HG.

The 10AS057K1F40E1HG is ideal for low-cost embedded designs and applications, as it offers a range of integrated peripherals and features, while still providing excellent performance and scalability. With its integrated voltage regulators, power actuators, and low-voltage/low-power features, it is perfect for designs with high power requirements and tight budgets.

In regards to its working principle, the 10AS057K1F40E1HG is a single-chip system with an embedded application processor and operates under the ARM Cortex-A7 instruction set architecture. It has been optimised for power efficiency and enables power-saving system operations. Additionally, it utilises on-chip memory controllers, which provide memory bus access for all SRAM and ROM devices.

Furthermore, the 10AS057K1F40E1HG is designed to be reliable and robust, with its integrated temperature, voltage, and current sensors providing the intelligence required to optimise system performance and ensure enhanced reliability in extended operational conditions. It also features advanced error correction capabilities, providing improved data protection and reliability.

In conclusion, the 10AS057K1F40E1HG is an ideal application processor for low-cost embedded systems, leveraging its energy efficient design, integrated peripherals and features, and real-time 32-bit RISC processor. It has been designed to be reliable and robust, with integrated temperature, voltage and current sensors, as well as advanced error correction for ultimate system reliability.

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