10AS057N1F40I1SG

What Are System On Chip (SOC)?

Systems-on-chip (SOCs) are integrated circuits that combine multiple components of a computer or other electronic system into a single chip. This technology allows PCs and other digital devices to become smaller and lighter, while consuming less power than traditional discrete components. They are used in everything from cell phones and digital cameras to mainframes, making them a crucial part of the modern micro-electronics industry.

The 10AS057N1F40I1SG is such an SoC device and is used in various embedded applications. This device is particularly suited for applications where low power and high performance are required.

Application Field of the 10AS057N1F40I1SG

The 10AS057N1F40I1SG SoC can be used in a wide range of applications, such as Telecom Infrastructure, Automotive and Industrial Control, High Performance Computing and Medical Applications. With its advanced features and rich integration it is particularly tailored for such applications. It supports up to 4 Channel High-Speed Serial Link with Clock and Data Recovery, a 64-bit ARM Cortex M4F Processor with FPU, Caches and Fast Memory, dual-independent caches with up to 4-Way Set Associativity, a VLIW Flexible Programmable Architecture and up to 18 differential pairs of Fast Digital Pins..

The 10AS057N1F40I1SG also offers numerous analog and digital peripherals, for example, a dual channel 12-bit SAR ADC, two-channel DMA with up to 156 channels, four-channel Digital Instrumentation and a Security Cryptography engine with symmetric, asymmetric and cryptography core.

Working Principle of the 10AS057N1F40I1SG

The 10AS057N1F40I1SG SoC is designed to deliver high performance, low power consumption and robust security. Its core processor is based on a 64-bit ARM Cortex M4F with Floating Point Unit (FPU) and fast memory. It is further enhanced with advanced features such as dual-channel cache with up to 4-way set associativity, a VLIW flexible programmable architecture and up to 18 differential pairs of fast digital pins. Additionally the MCU supports up to sixteen channels of serial communication, such as UART, I2C, SPI and LIN.

In terms of analog capabilities, the 10AS057N1F40I1SG SoC offers two 12-bit SAR ADCs, two delta-sigma converters, a high performance Low-Drop-Out (LDO) regulator and several amplifiers. Embedded security includes hardware accelerated cryptography and an on-chip secure boot ROM. It also enables secure communications viaBluetooth, WLAN and Thread protocols.

Conclusion

The 10AS057N1F40I1SG SoC device offers tremendous opportunities for a wide range of applications, including Telecom Infrastructure, Automotive and Industrial Control, High Performance Computing, Medical Applications and many more. By combining a powerful 64-bit ARM cortex processor with Floating Point Unit (FPU,) fast memory, powerful analytics and cryptography hardware, it enables users to develop advanced applications with unmatched performance and security. Additionally, its low power consumption makes it ideal for low-power embedded systems.