A42MX09-2PQ100I

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  Embedded - FPGAs (Field Programmable Gate Array)

A42MX09-2PQ100I is a field programmable gate array (FPGA) embedded technology device specifically designed to streamline the development process and reduce costs. These FPGA devices contain programmable logic circuitry with a set of general-purpose input and output circuits that can be programmed to create custom logic functions. FPGA technology can reduce development time by providing the flexibility to add new features and functionality without having to wait for a new customchip to be developed. Additionally, FPGA devices can be programmed and re-programmed in the field, allowing for easy upgrades without the need for physical expensive chip changes. Despite their popularity and widespread use, most people are unfamiliar with FPGAs and the many applications to which they may be applied.

The A42MX09-2PQ100I is a high-performance device specifically designed for high-end embedded applications and includes 8 Logic Cells( LCs). Each LC contains 22 programmable logic slices and provides two fast logic inputs with dedicated logic look-up table and programmable synchronous or asynchronous clock inputs. The device also incorporates advanced interconnect elements to reduce the amount of resources used, allowing the device to be programmed in a fraction of the time. Furthermore, the device also features an array of high-end features such as a low-power system design, signal-width adjustable logic slices, logic-cell latency control and fast logic-interlock signal paths.

The A42MX09-2PQ100I devices also provide low-power performance and high-speed signal processing capabilities by reducing interconnects and logic cells. This makes them ideal for challenging applications such as image processing, telecommunications, industrial control and medium-to-high-traffic networks. These devices are also well suited for high-end consumer applications where ultra-low power, high speed, and reduced cost are essential.

The A42MX09-2PQ100I is a highly programmable, low-power FPGA offering optimum flexibility and reduced costs, while providing the necessary tools to design robust, reliable and cost effective embedded systems. Furthermore, the device features integrated logic slices and low-power logic circuits enabling designers to rapidly configure next-generation embedded applications. Additionally, its fast signal-processing capabilities make it suitable for a wide range of high-end consumer applications.

The device architecture is based on a pyramid architecture which is composed of multiple logic cells and layers of interconnects. This allows for a very large amount of reconfigurable logical resources to be used in a variety of applications. Each Logic cell has the ability to be connected to multiple other logical cells and has four different inputs, allowing for very fast and efficient programming. Furthermore, the device integrates patented Multipath Reconfigurable Interconnect technology which allows for multiple routing paths to be used, thus providing flexibility as well as scalability.

The A42MX09-2PQ100I device utilizes a unique programmable logic unit (PLU) to perform complex logic functions and capable of executing up to 65000 instruction per second. In addition, it offers fast programmable logic functions with up to 3200 LUTs and fast data transfer rates of up to 0.6 Gbps to support high-bandwidth applications. Making use of these capabilities, it can be used for embedded control, industrial automation, medical imaging, image processing, communications, motor control and more.

In conclusion, the highly integrated A42MX09-2PQ100I Field Programmable Gate Array is suitable for a wide range of embedded applications thanks to its advanced interconnect elements, ultra-low power performance, and high signalprocessing capabilities. It is the ideal device for both high-end consumer applications and challenging applications such as Image Processing, Telecommunications, Industrial Control, and Medium-to-High-Traffic Networks. Furthermore, the device features a low-power system design, signal-width adjustable logic slices, logic-cell latency control and fast logic-interlock signal paths which make it an optimal choice for designs which require flexible control and fast data processing.

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