10AX090H4F34E3SG

The 10AX090H4F34E3SG is an Intel Arria 10 GX field-programmable gate array (FPGA) in a 1152-ball FCBGA package. It belongs to the Arria 10 family of 20 nm mid-range devices designed for high-performance, power-sensitive applications.

With large on-chip logic and memory resources, high-performance serial and parallel interfaces, and features for dynamic configuration and power management, this device targets midrange applications across wireless, wireline, broadcast, computing, medical and military markets.

Key Features

• Core Logic 900,000 logic elements provide substantial programmable logic capacity for complex algorithms and system integration.
• Embedded Memory On-chip RAM totaling 59,234,304 bits supports large buffering, on-chip caches and memory-intensive processing.
• I/O and Interfaces Up to 504 I/O pins enable broad external connectivity. The Arria 10 family includes hard IP for PCIe Gen1/2/3 and support for 10 Gbps Ethernet and Interlaken as noted in the device overview.
• DSP and Signal Processing Variable-precision DSP block architecture (described for Arria 10 devices) supports flexible implementation of signal-processing pipelines and arithmetic-intensive functions.
• Serial Transceivers and Clocking Low-power serial transceivers and integrated PLL clock sources support high-speed serial links and flexible clock network topologies.
• Configuration and Reliability Supports dynamic and partial reconfiguration, SEU error detection and correction methods, and power-management features described for Arria 10 devices.
• Power and Supply Operates from a device core supply range of 870 mV to 930 mV, consistent with Arria 10 power domains and low-voltage operation.
• Package and Mounting 1152-FCBGA package (35 × 35 mm), surface-mount mounting; grade: Extended; RoHS compliant.
• Thermal Rated for an operating temperature range of 0 °C to 100 °C.

Typical Applications

• Wireless infrastructure — Channel and switch cards in remote radio heads and mobile backhaul where programmable acceleration and high-speed links are required.
• Wireline networking — 40G/100G muxponders, transponders, line cards and aggregation systems leveraging embedded memory and high-speed serial interfaces.
• Broadcast and pro AV — Studio switches, videoconferencing and professional audio/video processing that require flexible logic and large on-chip memory.
• Computing and storage — Server acceleration, flash cache and cloud-compute acceleration using large logic and DSP resources.
• Medical and defense systems — Diagnostic imaging, radar, electronic warfare and guidance/control applications benefiting from programmable logic and reconfiguration capabilities.

Unique Advantages

• Substantial programmable capacity: 900,000 logic elements enable complex system consolidation and hardware acceleration.
• Large on-chip memory: 59,234,304 total RAM bits reduce external memory dependence for many buffering and caching tasks.
• Broad I/O and interface support: 504 I/O pins plus Arria 10 hard IP options for PCIe and high-speed Ethernet ease system integration.
• Flexible signal processing: Variable-precision DSP resources allow implementation of optimized numeric pipelines for varied workloads.
• Power-aware architecture: Part of the Arria 10 family’s power-efficiency focus, operating from a low core voltage (870–930 mV).
• Documentation and ecosystem: Device overview, handbook and errata resources are available for design planning and long-term maintenance.

Why Choose 10AX090H4F34E3SG?

The 10AX090H4F34E3SG combines a high logic count, large embedded memory, and extensive I/O in a compact 1152-FCBGA package, making it suitable for midrange designs that require significant programmable resources and high-speed interfaces. Its inclusion in the Arria 10 device family aligns it with a documented platform that emphasizes performance and power efficiency on a 20 nm process.

Choose this FPGA for designs that need flexible hardware acceleration, on-chip memory capacity, and the ability to support high-bandwidth serial and parallel interfaces while operating within an extended temperature range and low-voltage core domain.

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