XCV300-4PQ240I

The XCV300-4PQ240I is an SRAM-based Virtex FPGA optimized for high-performance, reprogrammable logic integration. Built on a 0.22 μm, five-layer-metal process, this device delivers a balance of density and performance for industrial applications.

With 6,912 logic elements, 65,536 bits of embedded RAM and 166 user I/O, the device is suited for industrial control, communication interfaces, and PCI-compliant system designs that require on-board configurability and proven FPGA architecture.

Key Features

• Logic Capacity — 6,912 logic elements (CLB-based architecture) and an indicated 322,970 system gates provide significant programmable logic resources for mid-range designs.
• On‑Chip Memory — 65,536 bits of embedded RAM for implementing block memory, FIFOs, and small data buffers directly inside the FPGA fabric.
• I/O and Interface Support — 166 user I/O pins with multi-standard SelectIO™ interface capability and series-level support for 16 high-performance interface standards.
• Clock Management — Four dedicated delay‑locked loops (DLLs) and multiple global and local clock nets enable precise, low‑skew clock distribution across designs.
• Configuration and Reprogrammability — SRAM-based in-system configuration with unlimited reprogramming and multiple programming modes for flexible deployment and updates.
• Package and Mounting — 240‑BFQFP surface‑mount package (supplier package: 240‑PQFP 32 × 32) suitable for standard PCB assembly processes.
• Power and Thermal — Core supply range 2.375 V to 2.625 V; industrial operating temperature range −40 °C to 100 °C.
• Process and Quality — Fabricated in a 0.22 μm five-layer-metal CMOS process and 100% factory tested per the product specification series.

Typical Applications

• Industrial Control — Implement motor control, PLC logic and deterministic I/O aggregation using programmable logic and embedded RAM to reduce external components.
• Communication Interfaces — Build protocol bridges, custom interface logic and I/O buffering leveraging the device’s multi-standard SelectIO capability and 166 user I/O.
• PCI and Compact PCI Systems — Support 66‑MHz PCI-compliant designs and hot‑swap architectures as indicated by the Virtex series feature set.
• Embedded Prototyping and In‑System Reconfiguration — Use SRAM-based in-system configuration for iterative development, field updates and prototype verification.

Unique Advantages

• Flexible, mid-range logic capacity — 6,912 logic elements and dedicated arithmetic resources let you implement complex control and signal-processing functions without excessive external ASIC logic.
• On-chip RAM reduces BOM — 65,536 bits of embedded RAM enable internal buffering and state storage, minimizing the need for discrete memory components.
• Robust I/O options — 166 I/O pins and series-level SelectIO support simplify interfacing to a wide range of peripherals and external memories.
• Deterministic clocking — Four DLLs and hierarchical clock distribution provide stable timing and low-skew clock domains for synchronous designs.
• Industrial-grade operating range — Specified operation from −40 °C to 100 °C and surface-mount packaging make the device suitable for industrial deployment.
• SRAM-based reprogrammability — Multiple configuration modes and unlimited reprogramming support agile development cycles and field updates.

Why Choose XCV300-4PQ240I?

The XCV300-4PQ240I combines the Virtex family’s proven FPGA architecture with a mid-range logic capacity and on-chip memory to deliver a versatile, reprogrammable platform for industrial and embedded designs. Its combination of 6,912 logic elements, 65,536 bits of embedded RAM, extensive I/O and robust clock management supports complex designs while simplifying board-level integration.

This device is well suited to customers who need scalable FPGA resources, in-system reprogrammability, and industrial-temperature operation backed by a tested fabrication process and the Virtex series feature set.

Request a quote or submit an RFQ today to evaluate XCV300-4PQ240I for your next industrial or embedded FPGA design.