5SEE9F45C2N

The 5SEE9F45C2N is an Intel Stratix® V E field programmable gate array (FPGA) in a 1932-BBGA FCBGA package, offering 840,000 logic elements and approximately 53.25 Mbits of embedded memory. Built on the Stratix V family architecture, this commercial-grade device targets high-density, data- and compute-intensive designs that require large logic capacity, extensive I/O, and scalable on-chip memory.

Designed for applications such as system emulation, diagnostic imaging, and instrumentation, the Stratix V E variant delivers the high logic density and fabric resources needed for complex algorithms and large-scale hardware prototyping.

Key Features

• Logic Density  Provides 840,000 logic elements to support complex, large-scale designs and high gate counts.
• Embedded Memory  Approximately 53.25 Mbits of on-chip RAM organized as industry-standard memory blocks for data buffering and state storage.
• I/O Capacity  Up to 840 I/O pins to support wide parallel interfaces and dense board-level connectivity.
• Process and Fabric  Part of the Stratix V family based on a 28-nm process node and featuring the family’s adaptive logic modules and multi-track routing architecture.
• DSP and Timing Building Blocks  Family-level support includes variable-precision DSP blocks and fractional PLLs to accelerate signal processing and clocking tasks.
• Integrated Hard IP  Stratix V family devices include an Embedded HardCopy Block that can be used to harden IP instantiations such as PCIe Gen3/Gen2/Gen1 where applicable to the family.
• Power Supply Range  Core voltage operating range of 870 mV to 930 mV for predictable power planning and design validation.
• Package & Mounting  1932-BBGA, FCBGA package (supplier device package: 1932-FBGA, FC, 45×45) suitable for surface-mount assembly.
• Operating Conditions  Commercial operating temperature range from 0 °C to 85 °C and RoHS-compliant construction.

Typical Applications

• System Emulation  High logic capacity and abundant on-chip memory make this device suitable for hardware emulation of complex ASICs and SoCs during development and verification.
• Diagnostic Imaging  Large logic resources and DSP building blocks support image processing pipelines, real-time filtering, and data aggregation tasks.
• Instrumentation  Extensive I/O and memory enable complex measurement, control, and data-logging systems for test and measurement equipment.
• Prototyping for Production ASICs  Use the Stratix V E device to prototype high-density designs prior to migration to production implementations or HardCopy flows supported by the family.

Unique Advantages

• High Logic Capacity: 840,000 logic elements provide the headroom needed for large designs and advanced algorithms without partitioning across multiple devices.
• Substantial On-Chip Memory: Approximately 53.25 Mbits of embedded RAM reduces external memory dependency and simplifies board-level memory architectures.
• Extensive I/O Count: Up to 840 I/O pins enable direct interfacing with dense, parallel buses and a wide variety of peripherals.
• Family-Level Integration: Stratix V family features—such as ALMs, M20K memory blocks, variable-precision DSPs, and fractional PLLs—provide a consistent fabric for high-performance designs.
• Surface-Mount, High-Pin Package: The 1932-BBGA/1932-FBGA (45×45) package delivers high I/O density in a manufacturable surface-mount form factor.
• Commercial Temperature and RoHS Compliance: Rated for 0 °C to 85 °C operation and RoHS compliant for mainstream commercial deployments.

Why Choose 5SEE9F45C2N?

The 5SEE9F45C2N positions itself as a high-density Stratix V E FPGA option for engineers building compute- and memory-intensive systems. With 840,000 logic elements, substantial embedded memory, and a large I/O footprint in a compact BGA package, it addresses designs that require significant on-chip resources without sacrificing board-level integration.

This device is appropriate for teams developing system emulation platforms, advanced imaging pipelines, and instrumentation where predictable voltage and temperature ranges, family-level IP options, and a robust resource set deliver design scalability and long-term reuse across project phases.

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