10AS057N4F40E3LG

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, also known as SOC, is an all-in-one integrated circuit, which contains the basic functions of a complete computer system, such as a processor, memory, and I/O peripherals. SOCs are commonly used in consumer electronics, IoT devices and Automotive electronics. The 10AS057N4F40E3LG SoC is one of the most commonly used SoCs in the embedded systems.

The 10AS057N4F40E3LG SoC is designed for automotive applications and is designed for high performance and low power applications with its high Integration and low pin count. This SoC is built on a 65-nanometer silicon and comprises an ARM Cortex-A17 quad core processor, 2MB of shared 2nd level cache, a Mali T-60 graphics processor, and features the Integrated AS57S Video Playback Engine (VPE).

The 10AS057N4F40E3LG supports a wide variety of Operating Systems, including Windows, Ubuntu, Android, and QNX. It also supports a range of I/O peripherals like High Definition Multimedia Interface (HDMI) input, Universal Serial Bus (USB) ports, Serial Peripheral Interface (SPI), Ethernet, CAN Bus, and I2C. Additionally, the 10AS057N4F40E3LG supports multiple technologies such as multi-core acceleration and multi-threading, as well as an integrated 3D drawing engine.

The working principle of the 10AS057N4F40E3LG is based on the processor, its memories and its peripherals. The processor is responsible for understanding the instructions written in the memory, and then following them. The memories provide temporary storage for data and instructions for the processor, and the peripherals provide communication to external devices such as keyboards, mice, and displays.

The 10AS057N4F40E3LG SoC is a great chip for automotive applications and is able to deliver high performance, stability and low power consumption. This is an effective solution for a wide range of automotive applications such as ECU, infotainment, instrument clusters, onboard diagnostic systems, and other automotive embedded applications. Additionally, It provides a high level of integration and low pin count which makes the design process easier.

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