XCV2600E-8FG1156C

The XCV2600E-8FG1156C is a Virtex®-E Field Programmable Gate Array (FPGA) IC from AMD. It implements a high-density, 1.8 V FPGA architecture targeted at designs requiring substantial on-chip logic, embedded memory, and high-density I/O.

This device is suited for applications that demand high-bandwidth I/O and flexible memory interfacing while operating within a commercial temperature range. Key value propositions include a large logic fabric, extensive I/O capability, and support for digital clock management and differential signalling standards.

Key Features

• Large logic capacity — 57,132 logic elements providing substantial programmable logic resources for complex digital designs.
• Embedded memory — 753,664 total on-chip RAM bits (approximately 0.75 Mbits) to support buffering, FIFOs, and local data storage.
• High I/O density — Up to 804 single-ended I/Os or support for differential signalling (up to 344 differential pairs), enabling broad external interfacing and aggregate bandwidth.
• Gate-equivalent density — 3,263,755 gates for mapping large designs and system functions on a single device.
• Core supply — 1.71 V to 1.89 V operating supply for internal logic and memory domains consistent with 1.8 V family operation.
• Clock management — On-die digital DLLs and clock circuitry (series-level feature) for reliable, high-frequency clocking and DDR-ready timing.
• Memory and interface support — Series-level support for high-performance external memory interfaces and DDR/SDRAM system integration (see datasheet for supported interface specifics).
• Package and mounting — 1156-BBGA package (supplier device package: 1156-FBGA, 35×35 mm) with surface-mount mounting type suitable for board-level assembly.
• Commercial temperature grade — Rated for 0 °C to 85 °C operation.
• RoHS compliant — Meets RoHS environmental requirements.

Typical Applications

• High-speed I/O systems — Use the device’s high I/O count and differential signalling capability to implement wide, high-bandwidth interfaces and protocol bridging.
• Memory interface controllers — Leverage the on-chip RAM and series-level memory features to build controllers and interfaces for external memories and high-throughput buffering.
• Data processing and packet handling — Large logic capacity and gate-equivalent density make the device well suited for parallel data-paths, packet processing, and custom acceleration blocks.
• PCI and bus interface designs — Series-level PCI-compliant support and flexible I/O standards enable integration into bus and backplane environments that require 32/64-bit or DDR data transfers.

Unique Advantages

• High programmable density: 57,132 logic elements and over 3.2M gate-equivalents allow consolidation of multiple system functions into a single FPGA, reducing board-level complexity.
• Significant on-chip memory: Approximately 0.75 Mbits of embedded RAM supports local buffering and reduces dependence on external memory for mid-sized data storage needs.
• Extensive I/O flexibility: Up to 804 single-ended I/Os (or 344 differential pairs) supports a broad range of external interfaces and enables high aggregate throughput designs.
• Commercial-grade deployment: Rated for 0 °C to 85 °C with surface-mount 1156-BBGA packaging for standard board-level manufacturing and assembly processes.
• SRAM-based reprogrammability: Series-level SRAM configuration enables in-system reprogramming for iterative development and field updates.
• RoHS compliance: Environmentally compliant manufacturing for inclusion in modern electronic products.

Why Choose XCV2600E-8FG1156C?

The XCV2600E-8FG1156C positions itself as a high-density, versatile FPGA option for commercial designs that require significant logic resources, on-chip memory, and a large number of I/Os in a compact 1156-BBGA package. Its 1.8 V core supply, reprogrammable SRAM-based architecture, and series-level clock and interface features make it suitable for projects focused on high-bandwidth interfacing, memory subsystem integration, and complex data-path implementation.

This device is a practical choice for engineering teams looking to reduce board-level component count while maintaining flexibility for iterative development and system updates. The combination of logic capacity, embedded RAM, and flexible I/O supports scalable designs and long-term reuse across product generations.

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