5CGXBC9C7F23C8N

The 5CGXBC9C7F23C8N is an Intel Cyclone V GX field programmable gate array (FPGA) in a 484-BGA surface-mount package. This Cyclone V GX variant delivers high logic capacity and I/O density suitable for applications in industrial systems, wireless and wireline communications, and defense equipment as described for the Cyclone V family.

Designed for low-voltage operation, the device integrates substantial embedded memory and a large I/O count to address complex signal processing, protocol bridging, and high-bandwidth interface functions while operating within a commercial temperature range.

Key Features

• Logic Capacity  301,000 logic elements provide extensive fabric resources for complex custom logic, control and processing pipelines.
• Embedded Memory  Approximately 14.25 Mbits of on-chip RAM enables buffering, lookup tables, and state storage without external memory for many designs.
• I/O Density  224 user I/O pins support a wide range of parallel interfaces and external device connections.
• Package and Mounting  484-BGA package (supplier device package: 484-FBGA, 23×23) in a surface-mount form factor simplifies board integration for compact systems.
• Power and Voltage  Core supply range of 1.07 V to 1.13 V designed for low-voltage operation and compatibility with modern power architectures.
• Operating Range and Grade  Commercial grade operation from 0 °C to 85 °C for mainstream embedded and communications applications.
• Family-Level IP and Features  As part of the Cyclone V family, the device benefits from family features such as integrated transceivers and hard memory controllers, as well as support for dynamic and partial reconfiguration.
• RoHS Compliance  RoHS-compliant to support regulatory and supply-chain requirements.

Typical Applications

• Industrial Control and Automation  Implements motor control logic, sensor aggregation, real-time control loops and protocol conversion where sizable logic and I/O are required.
• Wireless and Wireline Communications  Supports packet processing, interface bridging and transceiver control in base stations, backhaul and access equipment leveraging the Cyclone V family’s integrated transceiver and memory-controller capabilities.
• Defense and Aerospace Systems  Provides reconfigurable logic and embedded memory for signal processing, data aggregation and custom protocol handling in mission-focused electronics.

Unique Advantages

• High Logic Density: 301,000 logic elements enable complex designs and higher levels of integration on a single device, reducing system BOM complexity.
• Substantial On-Chip Memory: Approximately 14.25 Mbits of embedded RAM reduces dependence on external memory for many buffering and stateful functions, improving performance and board-level simplicity.
• Generous I/O Count: 224 I/O pins accommodate multiple parallel interfaces and mixed-signal peripherals without external multiplexing.
• Compact Surface-Mount Package: 484-FBGA (23×23) packaging supports dense, space-constrained board layouts while providing robust interconnect.
• Low-Voltage Operation: Narrow core voltage window (1.07 V–1.13 V) aligns with modern power-optimized designs.
• Proven Family-Level Capabilities: Benefits from Cyclone V family features such as integrated transceivers, hard memory controllers, and support for dynamic/partial reconfiguration to adapt to evolving system requirements.

Why Choose 5CGXBC9C7F23C8N?

The 5CGXBC9C7F23C8N combines high logic capacity, substantial embedded memory and a large I/O count in a commercial-grade, surface-mount 484-BGA package—making it well suited for designers who need to consolidate functions, accelerate development, and support high-density I/O. Its low-voltage operation and RoHS compliance align with modern power and environmental requirements.

This device is a fit for organizations building complex communications, industrial control, and defense systems that require a reconfigurable platform with family-proven features such as integrated transceivers and memory-controller IP. The Cyclone V family support for dynamic and partial reconfiguration also helps extend design flexibility over the product lifecycle.

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