10AX090N1F45E1SG

The 10AX090N1F45E1SG is an Intel Arria 10 GX family FPGA offered in a 1932-FCBGA (45×45) package. It combines a high logic element count with large embedded memory and broad I/O capacity in a 20 nm mid-range FPGA architecture suitable for performance- and power‑sensitive applications.

Designed for markets such as wireless, wireline, broadcast, computing and storage, medical, and defense, the device targets applications that require high logic density, substantial on-chip RAM, flexible I/O, and energy-aware operation.

Key Features

• High logic density — 900,000 logic elements provide the capacity to implement large, complex digital designs.
• Large embedded memory — 59,234,304 total RAM bits of on-chip memory for buffering, packet processing, and data‑intensive algorithms.
• Extensive I/O — 768 I/O pins support wide parallel interfaces and multiple high-speed connections.
• Arria 10 GX architecture (20 nm) — Family features include adaptive logic modules, variable‑precision DSP blocks, clock networks with fractional synthesis and PLLs, and low‑power serial transceivers.
• Integrated hard IP options — Family documentation describes PCIe Gen1/Gen2/Gen3 hard IP and enhanced PCS hard IP for Interlaken and 10 Gbps Ethernet, enabling standard protocol integration (see Arria 10 family documentation).
• Package and mounting — 1932‑BBGA/1932‑FCBGA (45×45) surface‑mount package for compact PCB integration.
• Power supply range — Core voltage supply range from 870 mV to 980 mV to match system power designs.
• Operating range and grade — Extended grade with an operating temperature range of 0 °C to 100 °C.
• RoHS compliant — Conforms to RoHS requirements for environmental compliance.

Typical Applications

• Wireless infrastructure — Channel and switch cards in remote radio heads and mobile backhaul systems that require high logic density and efficient on‑chip memory.
• Wireline and optical networking — 40G/100G muxponders, transponders, and line cards where integrated protocol hard IP and high I/O count support high‑speed data paths.
• Broadcast and professional AV — Studio switches, video transport, and conferencing systems that need large buffering and flexible interfacing.
• Compute and storage acceleration — Flash cache, cloud server acceleration, and server offload functions benefiting from abundant logic and embedded RAM.
• Medical and defense systems — Diagnostic imaging, radar, and electronic warfare applications where performance and extended operating grade are required.

Unique Advantages

• High-capacity programmable fabric: 900,000 logic elements enable consolidation of multiple functions into a single device, reducing BOM and board complexity.
• Substantial on-chip memory: Over 59 million RAM bits provide headroom for large buffering, packet processing, and data‑centric algorithms without immediate external memory dependence.
• Broad I/O and packaging: 768 I/O in a 1932‑FCBGA package supports dense board-level connectivity while keeping a compact footprint.
• Power-aware 20 nm architecture: Family-level power-saving technologies improve energy efficiency for sustained, high-performance operation.
• Protocol-ready hard IP (family-level): Includes documented options for PCIe and high‑speed Ethernet/Interlaken integration to accelerate time to market.
• Extended-grade operation: 0 °C to 100 °C operating range and extended grade classification for designs requiring wider temperature capability than standard commercial grades.

Why Choose 10AX090N1F45E1SG?

The 10AX090N1F45E1SG offers a blend of high logic density, large embedded memory, and extensive I/O in the Arria 10 GX family architecture. Its 1932‑FCBGA package and extended grade operating range make it suitable for mid-range, performance‑sensitive designs across networking, broadcast, compute acceleration, medical, and defense markets.

Selecting this device provides scalability for complex FPGA implementations while leveraging the Arria 10 family’s power-conscious features and documented hard IP options, supporting longer-term platform development and integration within established Intel FPGA toolchains and documentation.

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