10AX016E3F29I2LG

The 10AX016E3F29I2LG is an Intel Arria 10 GX field programmable gate array (FPGA) in a 780-ball FCBGA package. It belongs to the Arria 10 device family of 20 nm mid-range FPGAs designed for high-performance, power-sensitive applications.

Targeted markets include wireless, wireline, broadcast, computing and storage, medical, and military systems where a balance of logic density, embedded memory, transceiver capability and power efficiency is required.

Key Features

• Core Logic  160,000 logic elements and 61,510 CLBs provide programmable logic capacity for complex digital designs.
• Embedded Memory  10,086,400 total RAM bits for on-chip buffering, caches and data-path storage.
• I/O and Package  288 I/O pins in a 780-BBGA (780-FBGA, 29×29) surface-mount package to support diverse external interfaces.
• Power Supply  Supports a core voltage supply range of 870 mV to 980 mV for the device core.
• Operating Temperature  Industrial-grade operation from −40 °C to 100 °C for deployment in temperature-challenging environments.
• On‑Chip System Blocks  Device family includes variable-precision DSP blocks, embedded memory blocks, clock networks and PLLs to support signal processing and timing needs.
• High‑Speed Interfaces  Arria 10 GX family documentation references low power serial transceivers, enhanced PCS hard IP for 10 Gbps Ethernet and PCIe hard IP options for Gen1/Gen2/Gen3.
• Configuration & Reliability  Family-level features include dynamic and partial reconfiguration support and SEU error detection and correction frameworks as described in device documentation.

Typical Applications

• Wireless infrastructure  Channel and switch cards in remote radio heads and mobile backhaul equipment, leveraging programmable logic and transceiver support.
• Wireline networking  40G/100G muxponders, transponders and line cards where embedded memory and high-speed serial interfaces are required.
• Broadcast and media  Studio switches and video/transport processing that benefit from FPGA-based packet handling and real-time processing.
• Computing and storage acceleration  Flash cache, cloud server acceleration and compute offload using the device’s logic capacity and on-chip memory.
• Medical and defense  Diagnostic imaging, radar and electronic warfare subsystems that require programmable processing and industrial temperature operation.

Unique Advantages

• High logic density: 160,000 logic elements and 61,510 CLBs enable integration of large functions on a single device, reducing board-level complexity.
• Substantial on‑chip RAM: 10,086,400 RAM bits provide headroom for buffering, frame storage and data-path acceleration without relying solely on external memory.
• Flexible I/O and packaging: 288 I/Os in a compact 780-ball FCBGA (29×29) package support multiple interface standards and compact board layouts.
• Industrial temperature range: Rated operation from −40 °C to 100 °C supports deployment in harsh or thermally demanding systems.
• Power-aware operation: Family-level emphasis on power efficiency and a specified core voltage range (870 mV–980 mV) help designs meet system power budgets.
• System integration features: On-chip DSP blocks, PLLs, clock networks and documented high-speed serial hard IP reduce external component count and accelerate time to market.

Why Choose 10AX016E3F29I2LG?

This Arria 10 GX FPGA balances significant programmable logic, large embedded RAM and robust I/O in a single industrial-temperature package, making it suitable for mid-range systems that require both performance and power sensitivity. The device family’s documented features—DSP resources, clocking and serial/PCIe hard IP—help system designers consolidate functionality and streamline board-level design.

For engineers and procurement teams building wireless, wireline, broadcast, compute/storage or mission-critical systems, the 10AX016E3F29I2LG offers a validated FPGA option with the capacity and system-level features described in Intel’s Arria 10 device documentation.

Request a quote to check availability, lead times and pricing for the 10AX016E3F29I2LG and discuss how it fits your next FPGA-based design.