XCV405E-8BG560C

Series:	Virtex®-E EM
Part Status:	Obsolete
Number of LABs/CLBs:	2400
Number of Logic Elements/Cells:	10800
Total RAM Bits:	573440
Number of I/O:	404
Number of Gates:	129600
Voltage - Supply:	1.71 V ~ 1.89 V
Mounting Type:	Surface Mount
Operating Temperature:	0°C ~ 85°C (TJ)
Package / Case:	560-LBGA Exposed Pad, Metal
Supplier Device Package:	560-MBGA (42.5x42.5)
Base Part Number:	XCV405E

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Embedded - FPGAs (Field Programmable Gate Array)

A field programmable gate array (FPGA) is an integrated circuit (IC) that contains a large array of customizable logic gates. The XCV405E-8BG560C is a mid-range FPGA with a balanced architecture, allowing it to be used in a wide variety of embedded applications. Along with its significant matrix of combinatorial and sequential processing resources, the device has a wide range of dedicated user functions, such as memory and microprocessor interfaces. Below, we\'ll explore the variety of applications enabled by the XCV405E-8BG560C, as well as its underlying operating principles.The XCV405E-8BG560C features a 5.5k-equivalent gate array, providing 4,608 universal flip-flops with internal preset/clear, and 2,848 separate product terms across eight slice blocks. Its scalable architecture allows for reduced power consumption and minimized alteration of on-board timing. This FPGA is well-suited for a variety of embedded applications, including:

• Communications
• Microcontroller designs
• Signal processing
• Control system automation
• Industrial control and embedded data acquisition
• Vision and image processing
• Graphics processing

The XCV405E-8BG560C offers numerous features to facilitate these applications, including:

• Number of embedded blocks (Block RAM and distributed RAM modules)
• Number of clock networks
• Clock outputs with adjustable skew control
• Flexible IOcell technology
• External bus interface such as AMBA and OCP
• Advanced low-power features such as power gating
• Rich set of predefined designs with Verilog HDL source code

From a working principle standpoint, the XCV405E-8BG560C allows for advanced data processing and signal processing operations. Its 5.5k-equivalent gate array can be used to implement various algorithms, such as cyclic redundancy checks (CRC) for error detection, error correction codes (ECCs) for fault tolerance, and Finite State Machines (FSMs) for control logic. The logic gates of the array are integrated into bundles called "slices," enabling modular parameters to be used to define the entire design. This is a beneficial feature for embedded applications, as the same IC can be used to target multiple functions using the same base slice design.The FPGA also features FullMux and CFT architectures. FullMux architecture is used to synthesize parametric designs within the slices, such as counters, multiplexers, and synchronous/asynchronous FIFOs. The CFT architecture is employed to synthesize dual-port memory blocks, allowing two PCIe cores to share the same memory. Using the CFT architecture, designs that require two independent accesses to a common memory can be realized. The FPGA also includes dedicated clock network and enable network modules, making it possible to generate and process multiple clock signals with minimal loading on the internal -clock or enable networks.The XCV405E-8BG560C allows for a range of clock speeds, up to 400 MHz. Running at maximum frequency or near it, users can achieve a high throughput of data processing, with little or no wait time between transactions. To maximize the system design performance, the FPGA also includes delay lock loop (DLL) and clock multiplier (CML) facilities. With the DLL, a system clock signal can be divided into multiple synchronized clock signals, while the CML can be used to generate a clock signal that is twice the frequency of the system clock.In conclusion, the XCV405E-8BG560C is an ideal FPGA for a wide range of embedded applications. With its 5.5k-equivalent gate array, high clock frequencies, and a multitude of user-friendly features, users can build powerful, robust, and low-power designs. And with the CFT, DLL, and CML architectures, multiple independent clocks can be regulated and defined, enabling users to scale their designs effortlessly.

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