1SD280PT1F55E1VG

The 1SD280PT1F55E1VG is a Stratix® 10 DX Field Programmable Gate Array (FPGA) IC from Intel, provided in a 2912-ball FBGA package (55×55). It delivers very large programmable logic and on‑chip memory capacity combined with a high I/O count and an extended-grade operating range for demanding board-level designs.

On-chip resources and interfaces documented for the Stratix 10 DX family—together with published device errata—make this device suitable for designs that require substantial logic density, significant embedded RAM, and broad I/O connectivity while operating within the specified core voltage and temperature envelope.

Key Features

• High Logic Capacity 2,753,000 logic elements (Number Of Logic Elements Cells: 2753000) to implement large, complex FPGA designs.
• Large On‑Chip RAM 240,123,904 total RAM bits (Total Ram Bits: 240123904) for buffering, on-chip storage, and memory‑intensive functions.
• Extensive I/O 816 user I/Os (Number Of Io: 816) to support wide parallel interfaces and dense external connectivity.
• Power Supply Core voltage supply range from 870 mV to 970 mV (Voltage Supply: 870 mV to 970 mV) for defined power-domain design and power sequencing.
• Package and Mounting 2912-BBGA/FCBGA package (Supplier Device Package: 2912-FBGA (55x55)) in a surface-mount form factor (Mounting Type: Surface Mount) for compact board integration.
• Extended Temperature Grade Rated for 0 °C to 100 °C operating temperature (Operating Temperature: 0 C to 100 C) and specified as Extended grade (Grade: Extended).
• Compliance and Documentation RoHS compliant (RoHS Status: Compliant). Product documentation includes Intel Stratix 10 DX device errata covering device‑specific and HPS/processor-related items for the Stratix 10 DX production family.

Typical Applications

• PCIe‑enabled systems — Devices and subsystems that require large logic and memory resources alongside high I/O counts and documented PCIe-related behavior referenced in the Stratix 10 DX errata.
• HPS‑integrated embedded designs — Designs combining FPGA fabric with Hard Processor System (HPS) features where on‑chip RAM and extensive I/O simplify system partitioning and data movement.
• High‑density logic and memory acceleration — Workloads that benefit from millions of logic elements and hundreds of megabits of on‑chip RAM for custom acceleration and buffering.
• Dense I/O systems — Board-level applications requiring hundreds of user I/Os for parallel interfaces, sensors, or wide‑bus connectivity.

Unique Advantages

• Massive programmable fabric: 2,753,000 logic elements enable implementation of very large, complex designs on a single FPGA device, reducing system partitioning.
• Substantial on‑chip memory: 240,123,904 bits of RAM support large buffers, FIFOs, and memory‑centric accelerators without relying solely on external memory.
• Broad connectivity: 816 dedicated I/Os provide flexibility for interfacing to multiple peripherals, parallel buses, and high‑pin‑count modules.
• Compact package integration: 2912‑ball FBGA (55×55) surface‑mount package enables high component density on modern PCBs while delivering extensive I/O and routing resources.
• Documented device behavior: Intel Stratix 10 DX device errata and processor/HPS errata are available for design planning and system validation.
• Controlled power domain: Defined core supply range (870 mV–970 mV) assists in predictable power sequencing and thermal planning.

Why Choose 1SD280PT1F55E1VG?

The 1SD280PT1F55E1VG positions itself as a high-capacity Stratix 10 DX FPGA option when large programmable logic, significant on‑chip RAM, and extensive I/O are primary design drivers. The combination of 2,753,000 logic elements, over 240 million bits of RAM, and 816 I/Os in a 2912‑ball FBGA package supports consolidation of complex functions onto a single device while maintaining a clear power and thermal specification (870 mV–970 mV, 0 °C–100 °C).

Backed by Intel documentation that includes device and processor/HPS errata for the Stratix 10 DX family, this device is suited for engineering teams that require documented device behavior and the on‑chip resources needed to implement large FPGA-based systems.

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