1SX250LH3F55E2VG

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The 1SX250LH3F55E2VG is an ultra-low-power, low cost embedded system-on-chip (SoC) designed to provide users with a cost-effective and power-efficient solution for a wide variety of embedded applications. It is manufactured in a 28 nm process and combines the functions of a CPU, memory, graphics, and peripheral interfaces on a single chip. The 1SX250LH3F55E2VG is an ideal solution for applications that require a low-power, low-cost embedded system with a high degree of computational performance.

The 1SX250LH3F55E2VG contains an out-of-order, superscalar, five-stage pipeline ARM Cortex-A9 MPCore processor core. This processor core is designed for applications that demand a high level of computational performance, such as control and communication applications. Additionally, the processor core leverages the ARM v7 instruction set architecture, which offers a wide range of 32 and 64-bit operations and 16 SIMD instructions to improve performance and efficiency. The 1SX250LH3F55E2VG also includes an on-chip level-two cache to improve performance and energy efficiency.

To complement the ARM Cortex-A9 MPCore processor, the 1SX250LH3F55E2VG includes graphics and multimedia cores, a digital media interface, three general-purpose I/O interfaces, and four integral serial peripheral interfaces. For multimedia applications, the 1SX250LH3F55E2VG includes an integrated, high-performance PowerVR SGX544MP graphics processor and an Imagination Technologies VPU. On-chip multimedia peripherals are optimized to reduce power consumption and maximize performance.

The 1SX250LH3F55E2VG is designed to provide users with a cost-effective and power-efficient solution for a wide variety of embedded applications including medical, industrial and automotive solutions. As a versatile embedded system-on-chip, the 1SX250LH3F55E2VG provides a broad range of features, such as video and graphics processing, a high level of multimedia performance, low-power operation, and programmability for rapid prototyping of applications. Additionally, the 1SX250LH3F55E2VG offers secure boot, real-time debug, and debugging via JTAG, as well as integrated imaging and video accelerators.

The 1SX250LH3F55E2VG includes an on-chip power management unit (PMU), which is optimized to reduce power consumption in low-power applications. The PMU includes various power-saving modes, such as deep-sleep and idle mode, to provide further improvements in power management when the system is not in use. In addition, the 1SX250LH3F55E2VG features a high-bandwidth on-chip system bus to enable fast data transfers between internal and external peripherals.

The 1SX250LH3F55E2VG has been designed to enable efficient usage of its integrated graphics processor and media-processing hardware. The hardware-accelerated media-processing capabilities of the 1SX250LH3F55E2VG enables real-time HD video playback, image processing and audio decoding at minimal power consumption. Additionally, the on-chip graphics processor implements the OpenGL ES 2.0 standard, enabling advanced 2D and 3D graphics acceleration for applications such as augmented reality and gaming.

The 1SX250LH3F55E2VG provides a complete platform for embedded applications. It is an ultra-low-power, low cost embedded system-on-chip designed to provide users with a cost-effective and power-efficient solution for a wide variety of embedded applications. With its low cost and power-efficiency, the 1SX250LH3F55E2VG is an ideal solution for embedded applications that require a high level of computational performance in a small form factor. Furthermore, the 1SX250LH3F55E2VG also provides a comprehensive platform for multimedia applications, with an integrated PowerVR SGX544MP graphics processor, Imagination Technologies VPU, and hardware-accelerated media-processing capabilities.

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