5SGSED8K1F40C2LN

The 5SGSED8K1F40C2LN is a Stratix V GS field programmable gate array (FPGA) offered by Intel. Built on the Stratix V family architecture, it targets DSP-centric, transceiver-based applications by combining a high logic capacity with abundant variable-precision DSP resources and a large I/O complement.

Designed for commercial-temperature systems, this surface-mount FCBGA device provides a high-density, low-voltage FPGA option for designers requiring substantial on-chip memory, extensive I/O, and the family’s advanced fabric features for high-performance signal processing and transceiver integration.

Key Features

• High Logic Capacity  Approximately 695,000 logic elements to implement large, complex designs and system-level functions.
• Embedded Memory  Approximately 51 Mbits of on-chip RAM (total RAM bits: 51,200,000) using M20K memory blocks for buffering, packet storage, and DSP data paths.
• Variable-Precision DSP Resources  Stratix V GS family devices include abundant variable-precision DSP blocks (family support up to 3,926 18×18 or 1,963 27×27 multipliers) for high-performance signal processing implementations.
• High I/O Count  696 I/O pins to support dense external interfacing and multi-channel systems.
• Advanced Fabric and Clocking  Family-level features include an enhanced core architecture with adaptive logic modules, multi-track routing, and fractional PLLs for flexible clock management.
• Transceiver Capability  Stratix V GS devices provide integrated transceivers with 14.1-Gbps data-rate capability suitable for backplane and optical interfaces (family datasheet).
• Package and Mounting  1517-BBGA (FCBGA) package, supplier package listed as 1517-FBGA (40×40), surface-mount for standard board assembly.
• Power and Thermal  Core supply voltage range of 820 mV to 880 mV; rated for commercial operating temperature from 0 °C to 85 °C.
• Compliance  RoHS compliant.

Typical Applications

• High-performance DSP systems  Use the device’s dense DSP block resources and large on-chip memory for signal filtering, FFTs, and other compute-intensive algorithms.
• Network and telecom interfaces  Leverage integrated 14.1-Gbps transceivers and large I/O to implement backplane or optical transport functions and packet-processing engines.
• Broadcast and media processing  Apply the FPGA’s logic density and memory for multi-channel video/audio processing, transcoding, and real-time stream handling.
• High-performance computing accelerators  Deploy variable-precision DSPs and wide fabric resources for custom compute acceleration and inline data processing.

Unique Advantages

• High integration density:  Nearly 695k logic elements and substantial embedded memory reduce the need for external devices, simplifying system BOM and board area.
• DSP-focused architecture:  Abundant variable-precision DSP blocks support complex multiply-accumulate workloads common in signal processing and compute acceleration.
• Large I/O capacity:  696 I/Os enable extensive external connectivity for multi-lane interfaces, sensor arrays, or parallel data paths.
• Family-level fabric features:  Adaptive logic modules, M20K memories, fractional PLLs, and multi-track routing provide design flexibility for timing-critical applications.
• Commercial-temperature operation:  Rated 0 °C to 85 °C to meet standard commercial system requirements.
• Manufacturing-ready packaging:  1517-FBGA (40×40) FCBGA surface-mount package supports standard assembly processes for volume production.

Why Choose 5SGSED8K1F40C2LN?

The 5SGSED8K1F40C2LN delivers a combination of high logic density, significant embedded memory, and a DSP-rich architecture tailored for transceiver-based and compute-intensive applications. Its large I/O count and Stratix V family fabric features make it suitable for developers building advanced communications, broadcast, or accelerator systems within commercial-temperature environments.

As part of the Stratix V family, this device benefits from the family-level architectural innovations and the documented path for production-proven FPGA designs, helping teams scale prototypes toward higher-volume implementations while leveraging Intel’s device ecosystem and documentation.

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