on December 23th 508

XC2V500-5FGG456C Programmable Logic Device Specs and Uses

You get a clear look at how the XC2V500-5FGG456C fits into real hardware designs and why it has been used across many systems. You see how its logic resources, memory, and I/O structure work together to handle control and data tasks on one chip. The layout, package style, and operating range help you understand where it works best. By walking through features, architecture, and applications, you can quickly judge whether this FPGA matches the performance, flexibility, and layout needs of your next design.

Catalog

XC2V500-5FGG456C Overview

The XC2V500-5FGG456C is a programmable logic device designed to support complex digital control and data handling tasks within embedded systems. It allows flexible hardware configuration, enabling multiple logic functions to be implemented on a single chip. The device offers a balance of logic capacity, operating speed, and input output availability, supporting compact board layouts. Its structure accommodates parallel processing and reliable signal coordination across connected components. This part is commonly applied in communication equipment, industrial control platforms, and embedded processing systems where adaptability and stable operation are required. Looking for XC2V500-5FGG456C? Contact us to check current stock, lead time, and pricing.

I/O Banks of XC2V500-5FGG456C

Arranged as a continuous ring around the central logic area, the structure divides the device perimeter into eight distinct I/O banks labeled Bank 0 through Bank 7. Each bank groups a set of pins that share common electrical settings and reference voltages, enabling multiple I/O standards within the same device. The top view reflects the physical placement used in wire bond packages, with banks distributed along all sides to support balanced routing and consistent power distribution across the FPGA.

XC2V500-5FGG456C CAD Model

XC2V500-5FGG456C Symbol

XC2V500-5FGG456C Footprint

XC2V500-5FGG456C 3D Model

Features of XC2V500-5FGG456C

Configurable Logic Capacity

The device includes 768 configurable logic blocks that allow flexible implementation of custom digital functions. These blocks can be arranged to support control tasks, data handling, and signal coordination within a single programmable structure. This flexibility allows multiple logic roles to be combined without adding separate components.

System Gate Density

With an estimated capacity of 500,000 system gates, the device supports moderately complex digital designs. This level of density allows designers to integrate processing logic, state control, and interface handling in one device, reducing overall board complexity.

On Chip Memory Resources

The device provides 589,824 bits of internal memory for temporary data storage and buffering. This built in memory supports data flow management and reduces reliance on external memory devices, helping simplify system layouts.

Programmable Input and Output Support

A total of 264 programmable input and output pins is available for connecting external signals. These pins allow the device to interface with a wide range of system components while supporting flexible signal assignment.

Core Supply Voltage Range

The core operates within a voltage range of 1.425 V to 1.575 V. This range supports stable internal operation while aligning with low voltage digital system requirements.

Operating Temperature Range

The specified junction temperature range of 0°C to 85°C allows consistent performance in controlled environments. This range suits embedded systems used in commercial and light industrial settings.

Package Type and Pin Density

The device is housed in a 456 ball fine pitch ball grid array package. This package supports high pin density while maintaining a compact footprint suitable for space constrained designs.

Surface Mount Assembly Compatibility

The surface mount package supports automated assembly processes. This makes the device suitable for modern printed circuit boards that require high component density and repeatable placement.

XC2V500-5FGG456C Technical Specifications

Product Attribute	Attribute Value
Manufacturer	AMD Xilinx
Voltage - Supply	1.425V ~ 1.575V
Total RAM Bits	589824
Supplier Device Package	456-FBGA (23x23)
Series	Virtex®-II
Package / Case	456-BBGA
Package	Tray
Operating Temperature	0°C ~ 85°C (TJ)
Number of LABs/CLBs	768
Number of I/O	264
Number of Gates	500000
Mounting Type	Surface Mount
Base Product Number	XC2V500

Architecture Overview of XC2V500-5FGG456C

Arranged as a rectangular fabric, the internal layout consists of repeated columns of configurable logic blocks forming the main logic array, with dedicated vertical columns of block SelectRAM and hardware multipliers placed at regular intervals to support memory storage and arithmetic operations. Input and output blocks line the outer edges of the structure, providing programmable connections between internal logic and external pins. Digital clock manager blocks are positioned near the top edge and interface with global clock multiplexers and routing networks that span the device, enabling synchronized clock distribution across logic, memory, and multiplier resources. The organization reflects a balanced distribution of programmable logic, embedded resources, and clocking infrastructure within the FPGA.

IOB Block of XC2V500-5FGG456C

Structured around a single I/O pad, the block integrates separate input and output paths with six internal storage registers that support flexible data capture and launch. Two input registers labeled ICK1 and ICK2 allow incoming signals to be sampled on different clock edges, enabling double data rate operation. On the output side, paired registers OCK1 and OCK2 feed a DDR multiplexer that selects data based on clocking, followed by a three state control stage that manages output enable behavior. The shared internal routing connects both input and output logic to the pad, allowing the block to be configured for input, output, or bidirectional operation while supporting registered and DDR signaling modes.

Applications of XC2V500-5FGG456C

Embedded Digital Systems

The XC2V500-5FGG456C is used in embedded digital systems that require flexible logic for control, monitoring, and data coordination. Its programmable structure allows system functions to be adjusted or expanded without hardware changes, supporting long product lifecycles.

Industrial Automation and Control Equipment

In industrial control platforms, the device supports timing control, signal sequencing, and data handling tasks. It helps manage interactions between sensors, actuators, and controllers, allowing stable operation in systems that run continuously.

Telecommunications Infrastructure Hardware

Telecommunications equipment uses the device to manage data routing, protocol handling, and interface coordination. Its logic capacity supports parallel processing paths that help maintain steady data flow in network hardware.

Aerospace and Defense Electronic Systems

The device is applied in aerospace and defense electronics where predictable logic behavior and structured signal control are required. It supports processing and control functions in systems that operate under defined environmental and reliability standards.

Medical Diagnostic and Monitoring Equipment

In medical devices, the XC2V500-5FGG456C supports data acquisition, control logic, and signal coordination. Its programmable nature allows system designers to tailor functionality to specific monitoring and diagnostic requirements.

Automotive Electronics and Control Modules

Automotive control modules use the device for signal management, control sequencing, and data processing tasks. It supports integration of multiple control functions within a single programmable platform, helping reduce component count.

XC2V500-5FGG456C Advantages and Disadvantages

Advantages

• High logic density supports complex digital control and data handling

• Large on chip memory allows internal data buffering and temporary storage

• Reconfigurable structure supports reuse across different system designs

• High number of input and output pins enables connection to multiple interfaces

• Stable and well characterized architecture supports predictable operation

Disadvantages

• Higher power use compared with more recent programmable logic devices

• Limited compatibility with modern high speed interface standards

• Larger physical footprint compared with newer low power alternatives

• Development environment differs from current programmable logic platforms

XC2V500-5FGG456C Alternatives

Part Number	Manufacturer	Key Features	Use Case/Notes
XC2V500-5FGG256C	AMD Xilinx	Virtex-II FPGA with around 500k system gates, moderate logic density, and balanced I/O count, offered in a compact FGG256 BGA package.	Suitable for mid-range FPGA designs where board space is limited, such as embedded processing, industrial control, and communication interfaces.
XC2V500-4FGG456C	AMD Xilinx	Virtex-II FPGA with a larger FGG456 package, providing higher I/O availability and a slower speed grade optimized for stable operation.	Well suited for applications needing many external connections, such as data acquisition systems, interface expansion, and control logic.
XC2V500-5FGG456I	AMD Xilinx	Industrial-grade Virtex-II FPGA with extended temperature support, higher speed grade, and a high-pin-count FGG456 package.	Designed for harsh-environment and long-life systems, including industrial automation, transportation electronics, and rugged control platforms.

About Xilinx

Xilinx is a technology company known for developing programmable logic solutions used across a wide range of electronic systems. The company built its reputation around field programmable gate arrays and related devices that allow hardware behavior to be defined and updated through configuration rather than fixed circuitry. Its product portfolio has supported applications in communications, computing, industrial systems, and embedded platforms. Xilinx has focused on providing scalable logic platforms, long product lifecycles, and consistent design ecosystems that help system developers adapt hardware designs as requirements evolve.

Conclusion

The XC2V500-5FGG456C gives you a balanced mix of logic capacity, memory, and I/O flexibility in a single programmable device. Its Virtex-II architecture supports parallel processing and stable signal handling across many applications. You can use it to combine control, data movement, and interface tasks without adding extra chips. The BGA package helps keep board layouts compact while still offering many connections. While newer devices offer lower power and faster interfaces, this FPGA remains a solid option for well-defined systems. It works best when you value predictable behavior and design flexibility.

Datasheet PDF

XC2V500-5FGG456C Datasheet:

XC2V500-5FGG456C.pdf

XC2V500-5FGG456C.pdf

XC2V500-5FGG456C.pdf