XC2V2000-5BF957I

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An embedded Field Programmable Gate Array (FPGA) is an integrated circuit (IC) with an architecture based on the synthesis and optimization of configurable logic blocks, initialized by a user-defined configuration bitstream. A XC2V2000-5BF957I qualified as a high-performance FPGA, is optimized for low power and high yield requiring only small amounts of power to operate, making it highly suitable for embedded applications. It has high on-chip signal routability and programmable logic, providing flexible reprogrammable I/O options that allow for increased system design flexibility and integration. Additionally, the XC2V2000-5BF957I has integrated synchronous multi-port network interconnects, with both hard and soft programmable multicast controllers, allowing for efficient point-to-point communication.

When used as an embedded FPGA, the XC2V2000-5BF957I can be configured for a variety of different applications. It is commonly used in digital signal processing (DSP), communications, embedded computing, audio and video applications, as well as aerospace and defense. A typical application might include a system processor or microcontroller combined with the XC2V2000-5BF957I. The processor or microcontroller is responsible for managing the overall process while the XC2V2000-5BF957I is responsible for specific tasks such as I/O or signal routing.

The XC2V2000-5BF957I achieves its low-power operation through the utilization of two programmable elements, the programmable logic array (PLA) and the Configurable Logic Block (CLB). These elements integrate functions such as lookup tables (LUTs), flip-flops, arithmetic logic units (ALUs), memory decoders, arithmetic and logic operations, and shift registers. The PLA is used to configure the logic functions specific to the design requirements, while the CLB is used to manage more general parts of the design such as standard functions like counters, decoders, and adders.

The XC2V2000-5BF957I also features advanced interconnect options, allowing for faster data routing and processing. This includes both on-chip and off-chip interconnects, such as transition crossing (TC), fixed to variable routing (FVR), bus-based communication (BBC), and an advanced clock management system (CMS). The on-chip interconnects are further enhanced with hierarchical routing elements, providing increased flexibility and reduced design complexity.

To enable rapid reconfigurability, the XC2V2000-5BF957I uses an enhanced device configuration architecture which allows for the reprogramming of portions of the device without the need for complex software solutions. The design includes an 8-bit serial channel for reprogrammable designs with multiple configuration blocks, and also supports a dedicated run-time interface (RTI) which can be used to vertically span multiple devices.

In conclusion, the XC2V2000-5BF957I is an ideal embedded FPGA solution for low power, high yield applications. It provides a combination of programmable logic and interconnect, with advanced features such as a hierarchical routing and clock management system, enabling flexible reprogrammable I/O options. Its configuration architecture and RTI support provide rapid reconfigurability, while its optimized design and power saving features make it an ideal choice for applications in digital signal processing, communications, embedded computing, audio and video applications, as well as aerospace and defense.

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