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10AX115N2F40E2SG Specifications
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TypeParameter
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Supplier Device Package1517-FCBGA (40x40)
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Package / Case1517-BBGA, FCBGA
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Operating Temperature0°C ~ 100°C (TJ)
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Mounting TypeSurface Mount
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Voltage - Supply0.87V ~ 0.98V
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Number of I/O600
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Total RAM Bits68857856
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Number of Logic Elements/Cells1150000
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Number of LABs/CLBs427200
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DigiKey ProgrammableNot Verified
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PackagingTray
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Product StatusActive
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SeriesArria 10 GX
The 10AX115N2F40E2SG is an integrated circuit (IC) chip from Intel's Arria 10 family of field-programmable gate arrays (FPGAs). Here are some advantages and application scenarios of this particular chip:Advantages: 1. High Performance: The 10AX115N2F40E2SG chip offers high-performance capabilities, including high-speed processing and low-latency communication, making it suitable for demanding applications. 2. Flexibility: Being an FPGA, this chip provides flexibility in terms of reconfigurability. It allows users to modify the chip's functionality even after deployment, enabling customization and adaptability. 3. Integration: The chip integrates various components, such as programmable logic, digital signal processing (DSP) blocks, and high-speed transceivers, providing a comprehensive solution for complex applications. 4. Power Efficiency: The 10AX115N2F40E2SG chip is designed to be power-efficient, optimizing energy consumption while delivering high-performance computing.Application Scenarios: 1. Data Centers: The high-performance capabilities of this chip make it suitable for data center applications, such as network acceleration, data processing, and storage acceleration. 2. Communications: The integrated high-speed transceivers enable the chip to be used in communication systems, including wireless infrastructure, optical networking, and high-speed data transmission. 3. Industrial Automation: The flexibility of FPGAs allows for customization and adaptation to various industrial automation applications, such as robotics, machine vision, and control systems. 4. High-Performance Computing: The 10AX115N2F40E2SG chip can be utilized in high-performance computing scenarios, including scientific research, simulation, and data analysis, where fast processing and low-latency communication are crucial.It's important to note that the specific advantages and application scenarios may vary depending on the requirements and use cases of the end-user.
