5SGSED6K1F40I2N

The 5SGSED6K1F40I2N is an Intel Stratix V GS field-programmable gate array (FPGA) provided in a 1517-BBGA FCBGA package. Built on the Stratix V architecture, this device targets transceiver-based, DSP-centric and high-bandwidth applications by combining a large logic fabric, abundant embedded memory, and integrated high-speed transceiver technology.

With 583,000 logic elements, approximately 46 Mbits of embedded memory and 696 user I/Os, this industrial-grade FPGA delivers the capacity and I/O bandwidth needed for data-intensive designs operating across a wide temperature range and low-voltage core supply.

Key Features

• Core architecture  Stratix V family architecture based on 28-nm process technology and redesigned adaptive logic modules (ALMs) for high-density logic integration.
• Logic capacity  583,000 logic elements suitable for complex logic, control and processing tasks.
• Embedded memory  Approximately 46 Mbits of on-chip RAM implemented with 20 Kbit (M20K) memory blocks for large on-chip buffering and state storage.
• Variable-precision DSP  Stratix V GS devices include variable-precision DSP blocks; the family supports up to 3,926 18×18 or 1,963 27×27 multipliers as documented for the GS variant.
• Integrated transceivers  The Stratix V GS variant provides integrated serial transceiver capability (series-level specification includes 14.1-Gbps transceiver data rate capability).
• Embedded hard IP  The family includes an Embedded HardCopy Block for hardening IP instantiation of PCIe Gen3/Gen2/Gen1 and other common interfaces.
• Power and supply  Device core supply specified from 870 mV to 930 mV, compatible with Stratix V core-voltage options documented for the family.
• Package and I/O  1517-FBGA (40×40) package, surface-mount, with 696 I/Os to support wide external interfacing.
• Operating range and compliance  Industrial grade with operating temperature −40 °C to 100 °C and RoHS compliance.

Typical Applications

• Optical and wireline transport  High-bandwidth packet processing and 40G/100G transport systems that require dense logic, embedded memory and transceiver capability.
• DSP-centric systems  High-performance digital signal processing tasks in broadcast, communications and compute applications leveraging variable-precision DSP blocks.
• Network and test equipment  Backplane and optical-interface equipment that benefit from integrated transceivers and large I/O counts for system connectivity.
• Prototyping to ASIC flow  Designs requiring a low-risk path from FPGA prototyping to HardCopy V ASICs as provided by the Stratix V family workflow.

Unique Advantages

• High on-chip capacity: 583,000 logic elements and approximately 46 Mbits of embedded memory enable complex, data-rich designs on a single device.
• DSP and transceiver integration: Variable-precision DSP blocks combined with integrated transceiver capability simplify designs that mix heavy DSP and serial I/O.
• Industrial temperature support: −40 °C to 100 °C operating range supports deployment in demanding environments.
• Flexible packaging and I/O: 1517-FBGA (40×40) surface-mount package with 696 I/Os provides broad system interfacing options.
• Embedded hard IP options: Integrated HardCopy Block enables hardened implementations of common interfaces, reducing development risk for production flows.

Why Choose 5SGSED6K1F40I2N?

The 5SGSED6K1F40I2N positions itself for designs that combine high logic density, substantial embedded memory and robust transceiver-enabled DSP capabilities. Its industrial-grade operating range, comprehensive I/O and support for Stratix V family hard-IP and ASIC migration options make it well suited for data-intensive communications, broadcast, military and high-performance computing applications.

Choosing this Stratix V GS device provides a scalable FPGA platform with on-chip resources sized for complex algorithms and high-throughput interfaces, while offering a documented path to HardCopy ASICs for volume production.

Request a quote or submit a pricing inquiry to evaluate 5SGSED6K1F40I2N for your next high-performance, DSP-centric design.