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Name: XCV50E-7FG256C
Brand: AMD Xilinx
SKU: XCV50E-7FG256C
Price: 2.40 USD
Availability: InStock
Rating: 5 (2 reviews)

Any Feature, including a modified Existing Feature, that is not an Existing Feature.

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AMD Xilinx XCV50E-7FG256C

Part No.:: XCV50E-7FG256C

Manufacturer:: AMD Xilinx

Package:: 256-BGA

Datasheet:: XCV50E-7FG256C.pdf

Description:: IC FPGA 176 I/O 256FBGA

In Stock:: 3664

Quantity:: Add To Cart

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XCV50E-7FG256C Specifications

Package/Case:
256-BGA
Packaging:
Tray
Series:
Virtex®-E
ProductStatus:
Obsolete
NumberofLABs/CLBs:
384
NumberofLogicElements/Cells:
1728
TotalRAMBits:
65536
NumberofI/O:
176
NumberofGates:
71693
Voltage-Supply:
1.71V ~ 1.89V
MountingType:
Surface Mount
OperatingTemperature:
0°C ~ 85°C (TJ)

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XCV50E-7FG256C information

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Basic introduction and simple engineering application of XCV50E-7FG256C

XCV50E-7FG256C is a field-programmable gate array (FPGA) chip manufactured by Xilinx, offering versatile capabilities for digital logic implementation in various applications. It features a large number of configurable logic blocks (CLBs), dedicated input/output blocks (IOBs), and embedded memory blocks, providing flexibility and scalability for diverse project requirements.

Application Scenario:

In digital signal processing (DSP) projects, XCV50E-7FG256C can be utilized to implement complex algorithms for audio processing, image processing, and communication systems.

Project Implementation:

To create a simple project utilizing XCV50E-7FG256C for digital signal processing, follow these steps:

1. Design Entry:

Create a design entry using Hardware Description Language (HDL) like Verilog or VHDL. Define the digital logic operations and signal processing algorithms to be implemented on XCV50E-7FG256C.

2. Synthesis:

Synthesize the HDL code using Xilinx ISE or Vivado Design Suite. This process converts the HDL code into a netlist of logical elements and optimizes it for implementation on the XCV50E-7FG256C FPGA.

3. Place and Route:

Place and route the synthesized design onto the FPGA fabric. This step involves mapping the logical elements from the netlist onto physical resources of the XCV50E-7FG256C, such as CLBs, IOBs, and routing interconnections.

4. Configuration:

Generate the configuration bitstream for XCV50E-7FG256C using Xilinx tools. This bitstream contains the information required to configure the FPGA, specifying the logic functions and interconnections defined in the design.

5. Hardware Setup:

Program the configuration bitstream onto the XCV50E-7FG256C FPGA using a JTAG programmer or other programming interfaces supported by Xilinx devices. Ensure proper power supply and clocking arrangements for the FPGA.

Experiment:

To experiment with the implemented design, consider a simple audio processing application:

1. Audio Input:

Connect an audio source, such as a microphone or audio player, to the input pins of XCV50E-7FG256C. Utilize appropriate signal conditioning circuits if necessary to ensure compatibility with FPGA input requirements.

2. Signal Processing:

Implement digital signal processing algorithms, such as filtering, equalization, or modulation, on the XCV50E-7FG256C FPGA using the synthesized design. Process the incoming audio signal in real-time or store it for offline processing.

3. Audio Output:

Connect output devices, such as speakers or headphones, to the FPGA output pins. Transmit the processed audio signal to these devices for playback or further analysis.

4. User Interface:

Integrate a user interface, such as buttons or switches, to control the audio processing parameters or select different processing modes. Utilize IOBs of the XCV50E-7FG256C FPGA for interfacing with the user inputs.

5. Performance Evaluation:

Evaluate the performance of the audio processing system implemented on XCV50E-7FG256C FPGA. Measure parameters like signal-to-noise ratio, frequency response, and processing latency to assess the effectiveness of the design.

Considerations:

When working with XCV50E-7FG256C FPGA, consider the following:

- Resource Utilization: Optimize the design to efficiently utilize CLBs, IOBs, and memory resources of the FPGA.

- Timing Constraints: Ensure that the design meets timing requirements to prevent timing violations and ensure reliable operation.

- Power Consumption: Implement power-saving techniques and utilize power management features of XCV50E-7FG256C to minimize power consumption.

- Signal Integrity: Pay attention to signal integrity issues, such as signal skew and reflections, to maintain signal integrity across the FPGA.

- Verification and Testing: Perform thorough verification and testing of the design to ensure functional correctness and robustness under different operating conditions.

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6. What is the process for return or replacement of XCV50E-7FG256C?

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(1)Such as a deficiency in quantity, delivery of wrong items, and apparent external defects (breakage and rust, etc.), and we acknowledge such problems.

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