5CGXFC7D7F27C8N

The 5CGXFC7D7F27C8N is an Intel Cyclone V GX Field Programmable Gate Array (FPGA) in a 672-ball BGA package designed for cost‑sensitive, bandwidth‑oriented applications. This commercial‑grade, surface‑mount device provides substantial programmable logic capacity, on‑chip embedded memory, and a high I/O count for system integration in industrial, wireless/wireline, and military applications.

Built on the Cyclone V family architecture, the device combines logic fabric and memory resources with family-level features such as low‑power process technology and integrated transceiver/memory IP to help optimize board-level size, power, and BOM for mid-density FPGA designs.

Key Features

• Logic Capacity  Approximately 149,500 logic elements for implementing complex control, processing, and glue‑logic functions.
• Embedded Memory  Approximately 7.88 Mbits of on‑chip RAM to support buffering, frame storage, and local data processing.
• I/O and Packaging  336 user I/Os in a 672‑ball BGA (supplier package: 672‑FBGA, 27 × 27 mm) optimized for compact, surface‑mount implementations.
• Power  Core voltage supply range 1.07 V to 1.13 V (Cyclone V family 1.1 V core nominal) enabling low‑power operation consistent with 28 nm low‑power process technology.
• Operating Range & Grade  Commercial grade with an operating temperature range of 0 °C to 85 °C and RoHS compliance for environmental regulatory alignment.
• Cyclone V Family Technologies  Leverages series features such as 8‑input adaptive logic modules, variable‑precision DSP blocks, M10K memory blocks with ECC support, and integrated transceivers and hard memory controllers as part of the Cyclone V GX architecture.

Typical Applications

• Industrial Control  Implements real‑time control, sensor aggregation, and protocol bridging where commercial temperature range and robust I/O density are required.
• Wireless and Wireline Infrastructure  Serves as protocol processing, aggregation, or interface logic in systems that benefit from integrated transceiver and memory controller features of the Cyclone V family.
• Embedded Acceleration  Offloads compute tasks using configurable logic and on‑chip memory to accelerate signal processing or packet handling in mid‑density designs.
• System Glue and I/O Expansion  Provides high‑density I/O and programmable logic for bridging peripherals, managing boards with multiple interfaces, and consolidating discrete components.

Unique Advantages

• Substantial Logic and Memory in a Compact Package: Combines approximately 149,500 logic elements and ~7.88 Mbits of embedded RAM in a 672‑BGA footprint for space‑constrained systems.
• High I/O Count: 336 I/Os simplify board routing and reduce external interface components for multiport or mixed‑signal designs.
• Low‑Power Family Technology: Built on Cyclone V family principles with 28 nm low‑power process characteristics and a nominal 1.1 V core, enabling lower power budgets relative to older generations.
• Commercial Temperature Suitability: Rated 0 °C to 85 °C and RoHS compliant, appropriate for a wide range of commercial and industrial‑style deployments that do not require extended temperature qualification.
• Integrated System Features: Cyclone V family enhancements—such as adaptive logic modules, variable‑precision DSPs, M10K memory blocks, and integrated transceiver/hard memory controller IP—help reduce external components and development time.

Why Choose 5CGXFC7D7F27C8N?

The 5CGXFC7D7F27C8N positions itself as a mid‑density, cost‑conscious FPGA choice for designers who need a balance of programmable logic, embedded memory, and a high number of I/Os in a compact surface‑mount BGA. Its Cyclone V GX architecture brings family‑level capabilities such as efficient logic modules, DSP resources, and integrated transceiver/memory IP that help streamline system design and reduce BOM complexity.

This part is suitable for teams developing industrial, wireless/wireline, or defense-related systems that require commercial‑grade temperature operation, RoHS compliance, and the scalability of the Cyclone V ecosystem and documentation.

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