XCV800-4BG432I

The XCV800-4BG432I is an SRAM-based Virtex Field Programmable Gate Array (FPGA) IC offered in a 432-LBGA exposed pad metal package. It delivers a high-density programmable logic fabric with 21,168 logic elements and approximately 0.115 Mbits of embedded RAM, suited for industrial-grade embedded and system applications that require reprogrammable logic, flexible I/O, and on-chip memory.

Architecture and family-level features include multi-standard SelectIO interfaces, hierarchical memory resources, and built-in clock-management circuitry—making the device applicable for compute, interface bridging, and system-control tasks within its specified voltage and temperature ranges.

Key Features

• Logic Capacity  21,168 logic elements (cells) providing high-density programmable logic for complex designs.
• Embedded Memory  Approximately 0.115 Mbits (114,688 bits) of on-chip RAM with LUTs configurable as 16-bit/32-bit RAM, dual-ported RAM, or shift registers, plus configurable 4k-bit dual-ported RAM blocks.
• I/O  316 user I/O pins supporting multi-standard SelectIO™ interfaces and 16 high-performance interface standards for flexible external device connectivity.
• Clock Management  Built-in clock-management features including four dedicated delay-locked loops (DLLs), four primary low-skew global clock distribution nets, and multiple secondary local clock nets for advanced timing control.
• Arithmetic & Logic Support  Dedicated carry logic, multiplier support, and cascade chains for efficient implementation of high-speed arithmetic and wide-input functions.
• Configuration & Re-programmability  SRAM-based in-system configuration with multiple programming modes enabling unlimited re-programmability.
• Package & Mounting  432-LBGA exposed pad, metal package (supplier package: 432-MBGA 40×40) designed for surface-mount assembly.
• Power & Temperature  Supply voltage range 2.375 V to 2.625 V; operating temperature range −40 °C to 100 °C; industrial grade.
• Reliability & Test  100% factory tested; includes IEEE 1149.1 boundary-scan logic and a die-temperature sensor diode for board-level diagnostics.

Typical Applications

• Embedded Systems  Implement custom control logic, protocol bridging, or hardware acceleration where reprogrammability and on-chip memory reduce external component count.
• Communications Interfaces  Use the multi-standard SelectIO and flexible clocking resources to implement interface conversion, buffering, and timing-critical link logic.
• Industrial Control  Deploy in industrial-grade control systems requiring operation across −40 °C to 100 °C and a compact surface-mount package.
• Prototype and In-System Reconfiguration  Leverage SRAM-based configuration for iterative development, firmware updates, and field reprogramming without hardware changes.

Unique Advantages

• High logic density: 21,168 logic elements enable consolidation of complex logic into a single device, reducing board-level integration effort.
• Flexible on-chip memory: Approximately 0.115 Mbits of embedded RAM with multiple LUT-RAM and dual-ported configurations simplifies data buffering and state storage.
• Advanced clocking: Four DLLs and multiple global/local clock nets provide granular timing control for synchronous designs and high-performance data paths.
• Industrial-ready thermal range: Rated for −40 °C to 100 °C operation, supporting deployment in rugged environments.
• Surface-mount, thermally enhanced package: 432-LBGA exposed pad metal package supports compact board layouts and thermal conduction for power-dense designs.
• Proven development ecosystem: Supported by FPGA Foundation and Alliance development systems for design, synthesis, and place-and-route workflows.

Why Choose XCV800-4BG432I?

The XCV800-4BG432I positions itself as a high-density, industrial-grade FPGA option for engineers who need reprogrammable logic with integrated memory, flexible I/O, and mature clock-management features. Its combination of logic capacity, on-chip RAM, and dedicated arithmetic resources makes it suitable for designs that consolidate multiple discrete functions into a single programmable device.

Backed by factory testing and established development tool support, this Virtex device offers a path for scalable designs that require in-system reconfiguration, robust timing control, and reliable operation across a wide temperature range.

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