1SG210HN3F43I3VG

The 1SG210HN3F43I3VG is an Intel Stratix® 10 GX field programmable gate array (FPGA) in a 1760-ball FCBGA package. Built on the Stratix 10 family architecture, it combines a high-density programmable fabric with advanced transceiver and memory resources for demanding, high‑performance applications.

Designed for industrial-grade deployments, this device targets systems that require large logic capacity, substantial on-chip RAM, and extensive I/O connectivity while operating across a wide temperature range and a low-voltage core supply.

Key Features

• High-density programmable core — 2,100,000 logic elements provide extensive logic capacity for complex custom processing and large-scale FPGA implementations.
• Advanced core architecture — Intel Hyperflex core architecture (Stratix 10 family) is implemented to deliver increased core performance for compute‑intensive designs.
• On-chip memory — 133,169,152 total RAM bits to support large buffering, packet processing, and data staging directly within the FPGA fabric.
• Extensive I/O — 688 I/O pins allow broad external connectivity for high pin‑count systems and multi‑lane interfaces.
• High‑speed serial capability (family-level) — Stratix 10 family transceivers support high data rates and backplane/chip‑to‑chip links as described in the device overview.
• Power and supply — Core voltage supply range from 770 mV to 970 mV to match modern low-voltage FPGA power domains.
• Industrial grade and operating range — Rated for industrial operation with a specified temperature range of −40 °C to 100 °C.
• Package — 1760-ball BGA (1760-FBGA, 42.5 × 42.5 mm) for high I/O density and thermal/mechanical stability in board designs.
• Standards and compliance — RoHS compliant.

Typical Applications

• High‑performance networking and telecommunications — Large logic capacity and family-level high-speed transceiver technology support packet processing, switching, and backplane interconnects.
• Data center acceleration — Substantial on-chip RAM and dense logic enable custom acceleration functions and protocol offloads within FPGA-based accelerators.
• Test and measurement — High I/O count and configurable fabric suit complex signal aggregation, protocol analysis, and real‑time processing tasks.
• Industrial compute and control — Industrial temperature grade and broad voltage support make the device suitable for embedded control, data acquisition, and deterministic processing roles.

Unique Advantages

• Large programmable capacity: 2,100,000 logic elements provide headroom for extensive custom logic, algorithm partitioning, and multi‑function designs.
• Substantial on‑chip memory: 133,169,152 RAM bits reduce dependence on external memory for buffering and stateful processing, simplifying board design.
• High I/O density: 688 I/O pins in a single device allow direct connections to numerous peripherals, multi‑lane interfaces, and parallel buses.
• Industrial robustness: −40 °C to 100 °C operating range and industry-standard BGA packaging support deployment in rugged and controlled environments.
• Family-level architecture benefits: Stratix 10 family innovations such as the Hyperflex core and high‑rate transceivers provide architectural advantages for performance and bandwidth.
• Compliance and manufacturability: RoHS compliance and a standard 1760-FBGA footprint aid regulatory and manufacturing workflows.

Why Choose 1SG210HN3F43I3VG?

This Stratix 10 GX device positions itself for designs that demand large programmable logic capacity, significant on‑chip memory, and extensive I/O. Its industrial temperature rating and modern package make it suitable for systems requiring reliable operation across a wide thermal range.

Choose the 1SG210HN3F43I3VG when your project requires a high‑density FPGA fabric combined with family-proven architecture enhancements that target performance and bandwidth‑intensive applications, backed by documented device specifications and compliance attributes.

Request a quote or submit a pricing inquiry to evaluate 1SG210HN3F43I3VG for your next high‑performance FPGA design.