LS1023AXN8PQB

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The LS1023AXN8PQB is an embedded microprocessor in a single package which provides more performance, energy efficiency and integration features than state of the art single-chip microprocessors. It has a modern “out-of-order” switched instruction set, allowing it to execute instructions faster than conventional in-order coding techniques. The LS1023AXN8PQB also has two operating modes; one is System Mode, the other is real-time operating system (RTOS) mode.

In system mode, the LS1023AXN8PQB uses a 64-bit ARMv8-A processor core with integrated TrustZone Security extensions. It supports up to 8GB of DDR4-2133MHz memory for high-performance applications. In addition, it has L1, L2 and L3 cache, and supports up to 2MB of static random-access memory (SRAM) for code and data storage. The microprocessor also integrates a 3D graphics processor, 2D graphics engine, and camera co-processor.

In RTOS mode, the LS1023AXN8PQB microprocessor uses a Freescale/NXP e200z4 32-bit ARMv8-M processor core with dynamically selectable memory protection. It supports up to 128KB of SRAM and up to 2MB of static RAM. It also features an enhanced real-time interprocessor communication (IPC) block supporting interrupts and low latency access to system resources.

The LS1023AXN8PQB is used in a variety of applications, ranging from embedded control to automotive, industrial and consumer applications. Its features make it ideal for use in embedded systems such as medical equipment, security applications, automation systems and home automation systems. Its high-performance graphics core and digital signal processor (DSP) make it suitable for use in multimedia, digital signage and gaming systems.

In terms of its operation, the LS1023AXN8PQB is pre-programmed with instructions at the factory. When the processor is running, instructions are fetched from memory, decoded and then executed. The processor also contains hardware blocks for vector processing, digital signal processing, video processing and graphics operations, as well as a peripheral bus bridge for connecting peripherals.

The LS1023AXN8PQB also contains a number of power management features. It features independent power management domains to allow more energy efficient and low latency tasks. In addition, its system-level power management features allow it to be used in low-power applications, such as portable consumer electronic devices.

Overall, the LS1023AXN8PQB is a powerful and energy efficient microprocessor with advanced features. Its two operating modes make it suitable for both real-time operating system applications and embedded control applications. Its integrated graphics and audio processors, as well as its power-saving features make it ideal for a variety of applications.

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