10AX066N4F40I3SGES

The 10AX066N4F40I3SGES is an Intel Arria 10 GX field-programmable gate array (FPGA) in a 1517-FCBGA package. It delivers a mid-range FPGA architecture that combines high logic capacity with power-efficient operation for demanding communications, broadcast, computing, medical and military applications.

Designed for systems requiring significant on-chip resources and flexible I/O, this device targets applications that benefit from large embedded memory, extensive I/O, integrated transceiver and DSP capabilities provided by the Arria 10 device family.

Key Features

• Logic Capacity  660,000 logic elements to implement complex digital functions and custom accelerators.
• Embedded Memory  49,610,752 total RAM bits for large on-chip buffers, caches, and data storage.
• I/O Density  588 user I/O pins to support wide parallel interfaces and multiple external connections.
• Arria 10 Architecture  Family features include variable-precision DSP blocks, embedded memory blocks, and advanced clock networks with fractional synthesis and I/O PLLs.
• Serial Connectivity  Arria 10 device family includes low-power serial transceivers and enhanced PCS hard IP suitable for high-speed networking and transport protocols.
• Hard IP Support  Arria 10 devices provide PCIe Gen1/2/3 hard IP and enhanced PCS hard IP for Ethernet and Interlaken where applicable within the family.
• Power and Supply  Core voltage supply range of 870 mV to 930 mV for the device core power domain.
• Package and Mounting  1517-FCBGA (40 × 40) package; surface-mount mounting for standard PCB assembly.
• Operating Range  Industrial operating temperature range of −40 °C to 100 °C.
• Industry Documentation  Device is part of the Arria 10 family with published device overview and handbook material for design guidance and known issues.

Typical Applications

• Wireless Infrastructure  Channel cards, remote radio heads and mobile backhaul systems leveraging on-chip DSP and transceiver capabilities.
• Wireline Networking  40G/100G line cards, muxponders and transponders using embedded memory and high-speed serial interfaces.
• Broadcast and Media  Studio switches, video transport and processing systems that require dense logic and ample memory for stream handling.
• Computing and Storage  Flash cache, server acceleration and cloud computing offload functions that use large on-chip RAM and extensive logic resources.
• Medical and Defense  Diagnostic imaging, radar and electronic warfare systems where industrial temperature range and high logic density are required.

Unique Advantages

• High logic density: 660,000 logic elements provide the capacity to implement complex algorithms, datapaths and hardware accelerators on a single device.
• Substantial on-chip memory: Nearly 50 Mbits of embedded RAM reduce external memory dependence and improve system latency for buffering and caching.
• Broad I/O support: 588 I/O pins enable connectivity to wide parallel buses, multiple peripherals, and high-bandwidth interfaces.
• Industrial temperature rating: −40 °C to 100 °C operating range supports deployment in temperature-sensitive and industrial environments.
• Compact FCBGA package: 1517-FCBGA (40 × 40) delivers a high-pin-count, surface-mount solution for dense PCB designs.
• Arria 10 family features: Built-in DSP blocks, PLLs and hard IP options provide a balance of performance and integration for mid-range FPGA applications.

Why Choose 10AX066N4F40I3SGES?

The 10AX066N4F40I3SGES positions itself as a mid-range, performance-oriented FPGA option within the Intel Arria 10 family, combining large logic capacity and significant on-chip memory with the power-efficiency characteristics documented for the series. Its extensive I/O and FCBGA packaging make it suitable for dense board-level implementations in communications, broadcast, computing and industrial systems.

For designers needing scalable logic and memory resources with Arria 10 family architectural features—such as DSP blocks, PLL clocking and serial connectivity—this device provides a consolidated platform that supports sophisticated signal processing, networking, and acceleration tasks while operating across an industrial temperature range.

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