XCV300E-7PQ240I

The XCV300E-7PQ240I is a Virtex®-E family Field Programmable Gate Array (FPGA) supplied in a 240-pin BFQFP package and specified for industrial temperature operation. It provides a mid-range programmable logic resource set with 6,912 logic elements and approximately 0.13 Mbits of embedded memory for implementing custom digital functions, interfaces, and control logic.

Designed on the Virtex-E 1.8 V architecture, the family offers capabilities aimed at high-performance interfaces and memory-centric applications, while the device-level specifications (158 I/Os, 411,955 equivalent gates, and a 1.71 V–1.89 V core supply range) support a wide range of embedded and industrial designs.

Key Features

• Logic Capacity  6,912 logic elements suitable for mid-density programmable logic implementations and system glue logic.
• Embedded Memory  Approximately 0.13 Mbits (131,072 bits) of on-chip RAM to support buffering, FIFOs, and small embedded data stores.
• I/O Count & Flexibility  158 user I/Os for diverse peripheral and interface requirements; I/O performance characteristics are defined by the Virtex-E family architecture.
• System Gates  Equivalent to 411,955 gates, enabling substantial logic integration for control, interfacing, and pre-processing tasks.
• Power & Voltage  Core supply range of 1.71 V to 1.89 V, matching the Virtex-E 1.8 V family process.
• Package & Mounting  240-BFQFP package (supplier device package: 240-PQFP 32×32), surface-mount mounting for standard PCB assembly.
• Industrial Temperature Grade  Specified for operation from −40 °C to 100 °C to meet industrial-environment requirements.
• Compliance & Test  RoHS compliant and factory tested as part of the Virtex-E family production specification.
• Virtex-E Family Capabilities  Series-level features include 1.8 V operation, up to 130 MHz internal performance (four LUT levels), advanced clock management with multiple DLLs, support for high-performance differential signaling standards, and SRAM-based in-system configuration.

Typical Applications

• High-speed interface bridging  Implement protocol adapters and interface logic that leverage the Virtex-E family’s support for multiple I/O standards and robust I/O counts.
• Memory controller and buffering  Use embedded RAM and the family’s SelectRAM/BlockRAM architecture for external memory interfacing and data buffering.
• Industrial control and automation  Industrial temperature rating and flexible I/O make the device suitable for embedded controllers, sensor aggregation, and machine control logic.
• Prototyping and system glue logic  Mid-range logic capacity is well suited for combining custom datapaths, state machines, and peripheral interfaces in prototype and production systems.

Unique Advantages

• Balanced mid-range capacity: 6,912 logic elements and ~0.13 Mbits of embedded memory provide a practical balance of logic and RAM for many embedded applications without excessive cost or board-space impact.
• Industrial temperature support: Rated from −40 °C to 100 °C to meet the thermal demands of factory-floor and outdoor installations.
• Versatile packaging: 240-BFQFP (240-PQFP 32×32) surface-mount package simplifies integration into existing PCB designs while providing sufficient I/O for complex boards.
• System-level features from Virtex-E family: Architecture-level capabilities—such as multiple DLLs, support for high-speed differential signaling, and SRAM-based in-system configuration—enable advanced clocking and in-field reprogrammability.
• Regulatory and quality readiness: RoHS compliance and factory testing help streamline regulatory acceptance and production deployment.

Why Choose XCV300E-7PQ240I?

The XCV300E-7PQ240I positions itself as a robust mid-range FPGA option within the Virtex®-E family for industrial and embedded applications that require a combination of logic density, embedded memory, and flexible I/O. With an industrial operating temperature range and a 240-pin BFQFP surface-mount package, it fits professional PCB designs where reliability and environmental tolerance are required.

Designers targeting high-performance interfaces, memory-centric functions, or custom control logic will find the device’s family-level features—such as advanced clock management, differential signaling support, and SRAM-based in-system configuration—helpful for scalable implementations and iterative development.

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