LS1084AXN7PTA

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The LS1084AXN7PTA embedded microprocessor is an advanced processor that enables the most demanding industrial and embedded applications. The LS1084AXN7PTA features an ARM® Cortex™-A7 processor core that runs at up to 1.2GHz, with 512KB of L2 cache. The LS1084AXN7PTA also supports multiple forms of industrial communication protocols such as CAN, SPI, UART, I2C and 100BASE-T ethernet.

The LS1084AXN7PTA is a powerful system on chip (SoC) that contains multiple processors and peripherals, as well as advanced switching, I/O and power management capabilities. It is an optimized solution for applications that require low power, secure and connected communication.

The LS1084AXN7PTA is a system-in-package (SiP) solution that is designed to deliver a wide range of functionality to embedded applications. The LS1084AXN7PTA is built on the ARM-Cortex A7 core and provides numerous features, including a secure boot process, secure debug features, on-chip memory protection mechanisms and cache coherency.

In addition, the LS1084AXN7PTA includes a Power Management Unit (PMU) to manage the power consumption of the device and a Memory Controller Unit (MCU) to control the memory access for a variety of applications. The LS1084AXN7PTA supports multiple types of communication protocols, ranging from high speed Ethernet to low speed industry standard I2C, SPI and UART.

The architecture of the LS1084AXN7PTA enables the design of applications that require secure, low power, real-time and connected communications. The flexible structure of the processor allows for the development of applications that require multiple real-time processes and security with secure clouds.

The applications of the LS1084AXN7PTA include industrial automation, medical devices, security systems, in-vehicle infotainment systems and portable media players. The processor is also suitable for applications that require low power operation, such as wearable devices, mobile gaming consoles and wireless sensors.

The working principle of the LS1084AXN7PTA is based on the ARM-Cortex A7 core and its associated components. The ARM-Cortex A7 is a 32-bit processor architecture based on the RISC micro-architecture. This allows for high performance and low power operation by optimizing the instruction set to maximize efficiency. The processor can be configured to support multiple cores, allowing for parallel execution of multiple tasks.

The LS1084AXN7PTA includes a powerful set of peripherals for data transfer and storage. These include the UART, USB and SDIO expansion ports, as well as a JTAG port for debugging. The processor also offers support for I/O protocols such as SPI, I2C and Ethernet.

The LS1084AXN7PTA also provides advanced power management, which can reduce power consumption and maximize efficiency. The integrated PMU enables system designers to minimize power categories, saving power on the low power stand by mode, by closing down unused bus and I/O ports. Additionally, the Processor Interrupt Controller (PIC) allows for the efficient handling of inter-processor communication, reducing system latency.

In summary, the LS1084AXN7PTA embedded microprocessor is a powerful and versatile processor for advanced industrial, automotive and consumer applications. It combines a high performance ARM-Cortex A7 processor core with a comprehensive set of features and peripherals. The processor supports a wide range of industrial and embedded protocols as well as advanced memory and power management. This makes it an ideal solution for low power, secure and connected applications.

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