10AX057H1F34I1SG

The 10AX057H1F34I1SG is an Intel Arria 10 GX field‑programmable gate array (FPGA) in a 1152‑FBGA (1152‑FCBGA, 35×35) package. As a 20‑nm mid‑range Arria 10 device, it targets high‑performance, power‑sensitive applications across wireless, wireline, broadcast, computing, medical, and defense markets.

With 570,000 logic elements, 42,082,304 total RAM bits, and 492 I/Os, this device is designed to deliver a balance of integration, memory capacity and I/O density for mid‑range FPGA system designs operating across an industrial temperature range.

Key Features

• Device Class  Intel Arria 10 GX family — 20‑nm mid‑range FPGA architecture focused on performance and power efficiency.
• Logic Capacity  570,000 logic elements for complex programmable logic, control and datapath implementations.
• Embedded Memory  42,082,304 total RAM bits to support large buffering, on‑chip storage and memory‑intensive functions.
• I/O Density  492 I/O pins enabling broad interface support and board‑level connectivity options.
• Package & Mounting  1152‑FBGA (1152‑FCBGA, 35×35) surface‑mount package for compact, high‑pin‑count board designs.
• Power Supply Range  Core voltage operation between 870 mV and 980 mV to match power delivery requirements.
• Industrial Temperature Range  Specified for −40 °C to 100 °C operation for deployment in industrial and demanding environments.
• Power and System Features (Series‑level)  Arria 10 device family includes architecture and power‑saving technologies, fractional synthesis and I/O PLLs, and support for embedded DSP and memory blocks as described in the device family documentation.

Typical Applications

• Wireless Infrastructure  Channel processing, switch cards and remote radio head functions that require programmable logic density and on‑chip memory.
• Wireline Networking  Line cards, muxponders and transponders where mid‑range FPGA performance and I/O count support 40G/100G networking functions.
• Broadcast and Professional AV  Studio switching, transport and processing tasks that need large on‑chip buffering and flexible I/O.
• Computing and Storage Acceleration  Server offload, flash cache and cloud acceleration use cases leveraging logic capacity and embedded memory.
• Medical and Defense Systems  Diagnostic imaging, radar and secure communications benefiting from the device’s logic, memory and industrial temperature rating.

Unique Advantages

• High Logic and Memory Integration: 570,000 logic elements combined with 42,082,304 RAM bits reduce external components for dense system designs.
• Substantial I/O Count: 492 I/Os provide flexibility to interface with a wide range of peripherals and high‑speed links.
• Industrial Temperature Capability: Operation from −40 °C to 100 °C supports deployment in demanding thermal environments.
• Compact High‑Pin Package: 1152‑FCBGA (35×35) allows high pin count in a compact footprint for space‑constrained PCBs.
• Power‑Focused Operation: Documented family power‑saving technologies and a defined core voltage range (870–980 mV) support efficient power delivery and thermal design.
• Family‑Level System Features: Arria 10 family documentation describes support for embedded DSP blocks, flexible clocking, and advanced I/O and memory interfaces to accelerate system implementation.

Why Choose 10AX057H1F34I1SG?

The 10AX057H1F34I1SG positions itself as a high‑capacity, mid‑range FPGA option for engineers who need substantial programmable logic, large on‑chip memory, and broad I/O in an industrial‑rated package. Its combination of 570,000 logic elements, over 42 million RAM bits and 492 I/Os makes it suited to designs that require integration of complex datapaths, buffering and interface versatility.

Backed by the Arria 10 device family features and Intel’s device documentation, this FPGA is appropriate for system designers targeting wireless, wireline, broadcast, computing, medical and defense markets who require a scalable, power‑aware programmable logic solution.

Request a quote or submit a purchase inquiry today to evaluate 10AX057H1F34I1SG for your next mid‑range FPGA design project.