10AX115U2F45E1SG

The 10AX115U2F45E1SG is an Intel Arria 10 GX Field Programmable Gate Array in a 1932-FCBGA (45×45) package. It is a 20 nm mid-range FPGA family member designed for performance and power-efficient system integration, offering a large programmable fabric alongside substantial embedded memory and I/O resources.

Typical use cases include wireless and wireline infrastructure, broadcast and video transport, compute and storage acceleration, and other mid-range applications that require high logic capacity, abundant RAM, and flexible I/O connectivity.

Key Features

• Logic Capacity  1,150,000 logic elements provide a high-density programmable fabric for complex digital designs and large-scale integration.
• Embedded Memory  68,857,856 total RAM bits support deep buffering, on-chip data storage, and memory-intensive processing without relying solely on external memory.
• I/O Resources  480 available I/O pins in the device enable broad peripheral connectivity and multi-channel interface implementations.
• Package & Mounting  Supplied in a 1932-BBGA/1932-FCBGA (45×45) package optimized for surface-mount PCB assembly and high I/O density.
• Voltage & Power  Core supply range of 870 mV to 980 mV to match system power budgeting and regulator choices.
• Operating Range  Extended grade device with an operating temperature range of 0 °C to 100 °C for deployment in standard industrial and commercial environments.
• Series Capabilities (Arria 10)  Series-level features include 20 nm architecture, embedded DSP blocks, PLL clock management, transceiver and Ethernet/PCIe hard-IP options, and support for dynamic/partial reconfiguration as documented in the Arria 10 device overview.
• Compliance  RoHS compliant for environmental and regulatory alignment in modern electronics manufacturing.

Typical Applications

• Wireless Infrastructure  Channel and switch cards in remote radio heads and mobile backhaul systems that need programmable logic and on-chip memory for signal processing.
• Wireline Communications  40G/100G muxponders, transponders, and 100G line cards where high logic density and robust I/O support complex protocol and packet-processing stacks.
• Broadcast & Video Transport  Studio switching, professional audio/video processing, and transport applications using large on-chip buffers and flexible interfacing.
• Compute & Storage Acceleration  Server-side acceleration and flash-cache applications that leverage programmable logic and embedded RAM for custom data-path and caching functions.
• Medical Imaging & Diagnostics  Diagnostic scanners and imaging systems requiring sizable on-chip memory and logic for real-time data aggregation and preprocessing.

Unique Advantages

• High Logic Density: 1,150,000 logic elements let you implement large custom datapaths and complex control logic on a single device, reducing component count.
• Substantial On‑Chip Memory: Nearly 69 million RAM bits enable deep buffering and on-FPGA data handling for lower external memory dependency and reduced latency.
• Rich I/O Count and Packaging: 480 I/Os in a 1932-FCBGA (45×45) package provide the pin density and form factor needed for multi-channel systems and compact PCB designs.
• Series-Level Signal Processing & Interfaces: Arria 10 family features documented in the device overview—DSP blocks, clock/PLL networks, transceivers, and protocol hard IP—support complex communications and signal-processing functions.
• Design and Documentation Support: The device is part of the Intel Arria 10 family and is supported by Intel’s device documentation and handbooks for design guidance and errata references.
• Regulatory Readiness: RoHS compliance simplifies environmental conformity during product manufacturing.

Why Choose 10AX115U2F45E1SG?

The 10AX115U2F45E1SG positions itself as a high-capacity, mid-range FPGA option within the Arria 10 GX family, combining large logic and memory resources with extensive I/O and a compact 1932-FCBGA package. Its documented series capabilities—20 nm architecture, DSP resources, PLLs, transceiver and protocol hard IP, and support for dynamic configuration—make it suitable for designs requiring significant on-chip processing, buffering, and flexible interfacing.

Engineers and procurement teams targeting wireless/wireline infrastructure, broadcast systems, compute acceleration, or imaging applications will find the device’s balance of integration, documentation, and environmental compliance useful for scalable product development and long-term platform support.

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