10AX057K2F35I1SG

The 10AX057K2F35I1SG is an Intel Arria 10 GX field-programmable gate array (FPGA) in a 1152‑FBGA (35×35) FCBGA package. It is part of the Arria 10 family of 20 nm mid‑range FPGAs and SoCs designed for high performance and power efficiency.

With 570,000 logic elements, 42,082,304 bits of embedded RAM, and 492 I/O pins, this industrial‑grade device targets applications requiring substantial logic density, large on‑chip memory, and extensive I/O while supporting advanced serial and hard IP connectivity options described in the Arria 10 device overview.

Key Features

• Core Logic  570,000 logic elements provide high logic density for complex programmable designs and system integration.
• Embedded Memory  42,082,304 total RAM bits of on‑chip memory to support buffering, packet processing, and intermediate storage without relying solely on external memory.
• I/O Capacity  492 device I/O pins for flexible interfacing to peripherals, memory, and board‑level signaling.
• Power Supply  Operating core supply range of 870 mV to 980 mV to match Arria 10 power rails and design requirements.
• Package & Mounting  1152‑FBGA (1152‑FCBGA, 35×35) surface‑mount package for compact board integration.
• Industrial Temperature Range  Rated for −40 °C to 100 °C operation for reliable performance in industrial environments.
• High‑Speed Interfaces & Hard IP  Arria 10 family features include PCIe Gen1/Gen2/Gen3 hard IP, enhanced PCS hard IP for Interlaken and 10 Gbps Ethernet, and low‑power serial transceiver technology as documented in the device overview.
• DSP and Clocking  Variable‑precision DSP block architecture and comprehensive clocking (including PLLs and fractional synthesis) for signal processing and timing flexibility, as described in the Arria 10 device documentation.

Typical Applications

• Wireless Infrastructure  Channel and switch cards in remote radio heads and mobile backhaul systems benefit from the device's logic density and on‑chip memory.
• Wireline Networking  Applications such as 40G/100G muxponders, transponders, and 100G line cards can leverage the Arria 10 hard IP and high‑speed serial capabilities.
• Broadcast & Professional AV  Studio switches, transport, and videoconferencing equipment can use the FPGA for real‑time media processing and switching.
• Computing & Storage  Server acceleration, flash cache, and cloud computing server functions can be implemented using the device’s logic resources and embedded memory.
• Medical, Military & Secure Communications  Diagnostic imaging, radar, missile guidance, electronic warfare, and secure communications benefit from the device’s processing resources and industrial temperature rating.

Unique Advantages

• High logic density: 570,000 logic elements enable integration of complex functions and system consolidation onto a single FPGA.
• Large on‑chip memory: Over 42 million bits of embedded RAM reduce dependence on external memory for buffering and data paths, simplifying board design.
• Extensive I/O: 492 I/Os allow flexible interfacing across multiple protocols and board domains without immediate expansion hardware.
• Industrial reliability: −40 °C to 100 °C operating range supports deployment in industrial environments with demanding thermal conditions.
• Advanced connectivity building blocks: Documented Arria 10 hard IP for PCIe and high‑speed Ethernet, plus low‑power serial transceivers, enable high‑bandwidth system designs.
• Compact package for dense boards: 1152‑FCBGA (35×35) surface‑mount package provides a high‑pin‑count solution in a compact footprint for space‑constrained systems.

Why Choose 10AX057K2F35I1SG?

The 10AX057K2F35I1SG positions itself as a scalable, high‑density FPGA option within the Intel Arria 10 family, combining substantial logic resources, large embedded RAM, and extensive I/O in a compact industrial‑rated package. It is suitable for engineers designing mid‑range systems that require integrated signal processing, high‑speed connectivity, and robust operation across a wide temperature range.

Designed with Arria 10 family features documented in the device overview, this part supports advanced interface hard IP and transceiver technologies, making it a practical choice for networking, wireless infrastructure, compute acceleration, and defense or medical imaging applications that demand a balance of performance and power efficiency.

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