XPC850SRVR80BU

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The XPC850SRVR80BU embedded processor is designed for applications in the Internet of Things, mobile communications, industrial control, and high-end computing, where low-power high-performance computing is needed. It can also be used in military and aerospace, automotive, and medical device applications. With its small size, low power consumption, and high I/O bandwidth, it is an ideal solution for embedded systems.

This processor is based on the IBM xPC850 core processor and is enhanced by IBM\'s system-on-a-chip (SoC) technology. It integrates up to five cores and a variety of peripherals into a single chip, making it one of the highest performance and most cost effective solutions for embedded systems. It has a 128-bit data-bus architecture, with up to 256KB of cache. The processor also supports multiple power modes and reduced power states, so it can be used in low-power applications.

The XPC850SRVR80BU includes a wide range of integrated peripheral components such as USB, Ethernet, PCI Express, and audio interfaces. It also supports multiple operating systems, including Linux, Solaris, VxWorks, and Windows CE. In addition, it supports 3D graphics, multicore programming, and device driver development.

The XPC850SRVR80BU is designed to provide a powerful solution for embedded applications. It can be used for industrial automation, automotive safety, and medical device applications. It also provides a platform for high-performance mobile computing, as well as 10 Gigabit Ethernet or Fibre Channel capabilities. With its high-performance architecture and advanced features, the XPC850SRVR80BU can be used for developing applications in the industrial and cellular markets.

The XPC850SRVR80BU is built upon a scalable, energy-efficient architecture that provides high performance with low power consumption. Its integrated SoC design allows for chip-level optimization, making it possible to reduce board space, increase reliability, and enhance system performance. It also features low-power states and scales gracefully with increased system performance.

The XPC850SRVR80BU utilizes a multi-core architecture to distribute tasks among multiple cores. This allows the system to run more efficiently by running multiple applications in parallel. In addition, the processor supports multiple operating systems, allowing the user to develop applications that span multiple operating systems. Its built-in virtualization technologies make it possible to run multiple applications simultaneously while utilizing a single processor.

In addition to its multi-core architecture, the XPC850SRVR80BU also features advanced security and power management capabilities. It has an embedded cryptography engine to securely encrypt and decrypt data, as well as a hardware-based random number generator (RNG) for secure data handling. In addition, it supports hardware-based power management functions that can save energy by limiting power consumption of individual components or devices.

The XPC850SRVR80BU is ideal for use in embedded systems, where low-power high-performance computing is needed. Its advanced features, built-in security, and energy-efficient architecture make it an ideal choice for applications in the Internet of Things, mobile communications, industrial control, and high-end computing. With its wide range of integrated peripherals, robust I/O capabilities, and low-power design, the XPC850SRVR80BU provides a powerful platform for embedded systems.

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