1ST210EU1F50I2VG

The 1ST210EU1F50I2VG is an Intel Stratix® 10 TX field programmable gate array in a 2397-BBGA FCBGA package. It combines a high-density programmable fabric with Stratix 10 TX family innovations such as the Intel HyperFlex® core architecture and heterogeneous transceiver technology.

Designed for high-performance communications and compute-oriented systems, this industrial-grade FPGA delivers 2,100,000 logic elements, 133,169,152 total RAM bits and 440 I/Os, addressing applications that require high logic density, large on-chip memory and robust I/O connectivity while operating across an industrial temperature range.

Key Features

• Core Architecture  Built on the Stratix 10 TX HyperFlex® core architecture as described for the family, delivering significant core performance improvements compared to previous generations.
• Logic Capacity  2,100,000 logic elements provide high-density programmable resources for complex FPGA designs.
• On-chip Memory  133,169,152 total RAM bits to support large buffering, packet processing and memory-heavy algorithms.
• I/O Density  440 I/Os for extensive external device and board-level interfacing.
• High-speed Transceiver Technology  Stratix 10 TX family transceivers support dual-mode PAM4 and NRZ operation and are intended for high-bandwidth chip-to-chip, chip-to-module and backplane links.
• Packaging & Mounting  2397-BBGA (FCBGA) package, supplier device package 2397-FBGA, FC (50×50), with surface-mount mounting type.
• Power  Core voltage supply range is 770 mV to 970 mV, enabling low-voltage operation of the FPGA fabric.
• Operating Range  Industrial temperature rating from −40 °C to 100 °C for demanding environmental conditions.
• Compliance  RoHS compliant.

Typical Applications

• Networking & Telecom Systems  High I/O count and Stratix 10 TX transceiver technology make this device suitable for switches, routers, and backplane interfaces requiring large programmable logic and high-speed links.
• Data Center Acceleration  Large logic and memory resources support packet processing, custom offload engines and compute acceleration tasks.
• High-performance Computing  Dense logic fabric and substantial on-chip RAM are applicable to FPGA-based compute and DSP workloads.
• Optical and Copper PHYs  Dual-mode transceiver capability in the Stratix 10 TX family addresses both PAM4 and NRZ signaling scenarios for modern physical-layer designs.

Unique Advantages

• High-density programmable fabric: 2,100,000 logic elements enable complex designs and large-scale integration on a single device.
• Large on-chip memory: 133,169,152 RAM bits reduce dependence on external memory and improve data-path performance.
• Robust I/O and packaging: 440 I/Os and a 2397-BBGA FCBGA package provide board-level routing flexibility for dense systems.
• Industrial temperature range: −40 °C to 100 °C supports deployment in demanding environments.
• Low-voltage core operation: 770 mV to 970 mV supply window supports power-conscious designs.
• Family-level transceiver and system innovations: Stratix 10 TX family features—such as HyperFlex® architecture and high-speed transceivers—provide a path to high aggregate bandwidth and advanced system integration.

Why Choose 1ST210EU1F50I2VG?

This Stratix 10 TX FPGA balances very high logic capacity and on-chip memory with a substantial I/O count and industrial temperature operation, making it suited for demanding communications, data center and compute applications. It leverages the Stratix 10 TX family’s architectural improvements to deliver scalable performance for designs that require dense programmable logic, large RAM resources and advanced transceiver options.

For engineering teams targeting high-bandwidth, compute- or networking-focused systems, 1ST210EU1F50I2VG offers a compact, surface-mount solution in a 2397-BBGA package with RoHS compliance and a defined industrial operating range.

If you would like pricing, lead-time information or to request a quote for 1ST210EU1F50I2VG, please submit an inquiry or request a quote through your preferred procurement channel.