XCV800-5HQ240C

The XCV800-5HQ240C is an SRAM-based Virtex field programmable gate array offering high-capacity programmable logic in a 240-BFQFP exposed pad package. Its architecture provides a mix of configurable logic, on-chip memory, and flexible I/O to support system-level designs that require reprogrammability and complex interfacing.

Designed for applications that need significant logic density, embedded memory, and robust clock-management, this device delivers a platform-level solution for high-performance digital systems while supporting in-system reconfiguration and multiple configuration modes.

Key Features

• Core Logic  21,168 logic elements and approximately 888,439 system gates provide substantial on-chip programmable logic capacity for complex designs.
• Embedded Memory  114,688 total RAM bits (approximately 0.115 Mbits) of on-chip block RAM enable local data buffering and state storage for memory-intensive functions.
• I/O and Interface Flexibility  166 user I/O pins with multi-standard SelectIO™ support and fast interfaces to external high-performance RAMs facilitate diverse peripheral and memory connections.
• Clock and Timing  Built-in clock-management circuitry includes four dedicated delay-locked loops (DLLs), four primary low-skew global clock distribution nets, and multiple secondary local clock nets for advanced clock control.
• Dedicated Arithmetic Support  Dedicated carry logic and multiplier support accelerate high-speed arithmetic and DSP-style operations within the FPGA fabric.
• Configuration and Reprogrammability  SRAM-based in-system configuration provides unlimited re-programmability with four programming modes (SelectMAP™, master/slave serial, and JTAG).
• Packaging and Electrical  Surface-mount 240-BFQFP exposed pad package (supplier package: 240-PQFP 32×32) with a supply voltage range of 2.375 V to 2.625 V and commercial operating temperature of 0 °C to 85 °C.
• Standards and Test  100% factory tested and RoHS compliant.

Typical Applications

• PCI and Compact PCI Systems  Support for 66-MHz PCI compliance and hot-swap capability makes the device suitable for PCI-based subsystem logic and interface bridging.
• High-Speed Signal Processing  Dedicated multipliers and carry logic accelerate arithmetic-heavy functions for DSP tasks and algorithmic processing.
• Memory-Intensive Logic  On-chip block RAM and fast external RAM interfaces enable buffering, FIFO implementation, and data-path staging in embedded systems.
• In-System Reconfigurable Designs  SRAM-based reprogrammability and multiple configuration modes support iterative development, field updates, and prototype platforms.

Unique Advantages

• High Logic Density:  21,168 logic elements and ~888k system gates support complex, multi-function designs without immediate need for multiple devices.
• Flexible Clocking:  Four DLLs and multiple global/local clock nets simplify timing control for multi-clock domains and high-performance designs.
• Integrated Memory Resources:  Approximately 0.115 Mbits of embedded RAM reduce dependency on external memory for many intermediate storage needs.
• Reprogrammable In-System Configuration:  SRAM-based architecture with four programming modes enables design iteration, updates, and flexible deployment strategies.
• Wide I/O Support:  166 I/O pins and SelectIO™ capability accommodate varied interface standards and external memory connections.
• Commercial Temperature and RoHS Compliance:  Designed for commercial-grade environments (0 °C to 85 °C) and compliant with RoHS requirements.

Why Choose XCV800-5HQ240C?

The XCV800-5HQ240C combines substantial logic capacity, on-chip memory, flexible I/O, and advanced clock-management in a commercial-grade, surface-mount package. It is well suited for design teams building complex digital subsystems, high-performance interfaces, and reconfigurable prototypes that require on-board programmability and a rich feature set backed by established FPGA development tool support.

With SRAM-based configuration, extensive development ecosystem support, and factory-tested reliability, the device provides a scalable platform for medium-to-high complexity designs where integration and reprogrammability accelerate development and deployment.

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