XCV300-6BG432C

The XCV300-6BG432C is a Virtex® Field Programmable Gate Array (FPGA) offering a balance of performance and integration for commercial embedded designs. Built on a high-density architecture, the device provides 6,912 logic elements, approximately 65,536 bits of on-chip RAM, and up to 316 general-purpose I/Os for complex system interfacing.

This surface-mount, SRAM-based FPGA supports in-system reprogramming and is suited for applications that require flexible logic, multi-standard I/O interfacing, and on-chip memory resources within a commercial temperature range.

Key Features

• Fabric Capacity — 6,912 logic elements enabling mid-range programmable logic integration for control, glue-logic, and moderate-density custom logic functions.
• Configurable Logic Blocks — Architecture organized to support a rich routing hierarchy and dedicated arithmetic resources such as carry chains and multiplier support.
• Embedded Memory — Approximately 65,536 bits of block RAM and LUT-configurable RAM options to support buffering, small lookup tables, and local data storage.
• I/O Density & Flexibility — 316 I/O pins to accommodate wide external interfaces and multi-device connections on a single package.
• Clock Management — Built-in clock-management circuitry including four dedicated delay-locked loops (DLLs) and multiple global and local clock distribution nets for controlled timing domains.
• Configuration & Reprogrammability — SRAM-based device with multiple programming modes (including JTAG and SelectMAP) for in-system reconfiguration and design iteration.
• Package & Mounting — 432-LBGA exposed pad, metal package (supplier package: 432-MBGA, 40×40) optimized for surface-mount assembly.
• Electrical & Environmental — Supply voltage range 2.375 V to 2.625 V; commercial operating temperature 0 °C to 85 °C; RoHS compliant.

Typical Applications

• PCI and Compact PCI-based systems — Implement custom bus logic, protocol bridging, or interface glue on 66-MHz PCI-compliant designs and hot-swappable Compact PCI cards.
• System Prototyping and In-System Reconfiguration — Rapid iteration of digital designs using SRAM-based configuration modes (SelectMAP, serial, JTAG) for development and validation.
• High-density I/O Control — Manage and aggregate signals from multiple peripherals or memory interfaces using the device’s 316 I/Os and flexible routing resources.
• On-board Memory and Data Handling — Use embedded RAM and configurable LUT memory for buffering, small FIFOs, and local data processing tasks.

Unique Advantages

• Balanced Logic and Memory Mix: Combines 6,912 logic elements with block RAM to integrate control logic and local data storage on a single device, reducing external components.
• Deterministic Clocking: Four DLLs and multiple clock distribution networks enable well-controlled timing for multi-domain designs and synchronous subsystems.
• High I/O Count: 316 I/Os permit broad external connectivity, simplifying board-level routing and reducing the need for extra interface ICs.
• Flexible Configuration: SRAM-based reprogrammability and multiple configuration modes support iterative development and field updates.
• Commercial-grade Reliability: Designed for commercial temperature operation (0 °C to 85 °C) with a robust 432-LBGA exposed-pad package for reliable surface-mount use.
• Standards-oriented Integration: Features such as PCI compliance and multi-standard I/O support (as documented for the Virtex family) help integrate the FPGA into established system architectures.

Why Choose XCV300-6BG432C?

The XCV300-6BG432C is positioned for designers seeking a mid-range Virtex FPGA with a practical mix of logic, I/O, and on-chip memory for commercial embedded systems. Its combination of configurable logic elements, dedicated clock-management resources, and abundant I/O makes it suitable for PCI-oriented boards, prototyping platforms, and systems that require in-field reconfiguration.

Backed by the Virtex family architecture and SRAM-based configuration, this device offers design flexibility and long-term scalability for teams that need iterative development and integration with standard bus and memory interfaces.

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