XCV800-6FG680C

The XCV800-6FG680C is a Virtex-series SRAM-based FPGA offering a high-capacity, high-performance programmable logic fabric. It combines approximately 21,168 logic elements with 114,688 bits of embedded memory and up to 512 programmable I/O to address demanding system logic and high-performance interface tasks.

Designed for commercial-grade applications, this device provides flexible clock management, multi-standard I/O support and in-system reprogrammability for designs that require field updates, complex timing control, and substantial I/O bandwidth within a 680-LBGA exposed-pad package.

Key Features

• Logic Capacity 
  Approximately 21,168 logic elements and 888,439 gates provide substantial programmable logic resources for complex designs.
• Embedded Memory 
  Approximately 114,688 bits of on-chip RAM support local data buffering, lookup tables and state storage for logic implementations.
• High I/O Count 
  512 available I/O pins accommodate dense external interfacing and parallel data paths.
• Clocking and Timing 
  Built-in clock-management circuitry includes four dedicated delay-locked loops (DLLs), four primary low-skew global clock nets and 24 secondary local clock nets for advanced clock control and low-skew distribution.
• Multi-standard SelectIO 
  Support for multiple high-performance interface standards and direct connection to compatible memory devices enables flexible I/O interface designs.
• SRAM-based Configuration 
  SRAM-based in-system configuration with unlimited re-programmability and multiple programming modes (SelectMAP™, slave serial, master serial, JTAG) simplifies development and field updates.
• Dedicated Arithmetic Support 
  Dedicated carry logic and multiplier support accelerate arithmetic and DSP-style operations within the fabric.
• Process and Testing 
  Manufactured on a 0.22 µm, five-layer-metal CMOS process and 100% factory tested to ensure consistency across production parts.
• Package and Mounting 
  680-LBGA exposed-pad package (supplier package: 680-FTEBGA, 40×40) for surface-mount assembly; commercial-grade temperature range 0 °C to 85 °C.
• Supply and Compliance 
  Operating supply range 2.375 V to 2.625 V and RoHS compliant.

Typical Applications

• PCI and Compact PCI Systems 
  The device’s PCI-compliant performance characteristics and hot-swap capability make it suitable for implementation in PCI and Compact PCI subsystems.
• High-performance Interface Bridging 
  With 512 I/Os and multi-standard SelectIO support, the FPGA is well suited for bridging between high-speed memories and peripheral buses.
• Reconfigurable System Logic 
  SRAM-based in-system programmability enables prototype platforms and systems that require field reconfiguration or repeated design updates.

Unique Advantages

• High logic density: Large logic element count enables complex, integrated system functions without external glue logic.
• Substantial local memory: Approximately 114,688 bits of embedded RAM reduce external memory dependency for many buffering and lookup tasks.
• Extensive I/O capability: 512 I/Os provide flexibility for parallel interfaces, wide buses and multiple peripherals.
• Advanced clock control: Multiple DLLs and hierarchical clock networks enable precise timing and low-skew distribution for synchronous designs.
• Field reprogrammability: SRAM-based configuration with multiple programming modes supports iterative development and in-field updates.
• Commercial-grade and compliant: Surface-mount 680-LBGA package with RoHS compliance and specified commercial temperature range suits a broad set of board-level applications.

Why Choose XCV800-6FG680C?

The XCV800-6FG680C positions itself as a high-capacity, versatile FPGA for commercial designs that demand significant logic resources, extensive I/O and flexible clocking. Its combination of approximately 21,168 logic elements, ~114.7kbits of embedded RAM and 512 I/Os supports complex control, interfacing and reconfigurable functions on a single device.

Engineers building systems that require in-system programmability, multi-standard I/O and advanced timing control will benefit from the Virtex architecture and the device’s proven silicon and manufacturing processes. The device’s specifications make it a practical choice for designs where on-board reconfiguration, dense logic and substantial I/O are required.

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