10AT115U4F45E4SGES

The 10AT115U4F45E4SGES is an Intel Arria 10 GT family FPGA — a 20 nm mid-range programmable device designed for high-performance, power-sensitive applications. This device integrates a large logic fabric, extensive embedded memory, and advanced serial I/O to address demanding midrange applications across wireless, wireline, broadcast, compute, medical, and defense markets.

Built for system-level integration and efficiency, the part delivers a combination of high logic density, substantial on-chip RAM, and configurable I/O in a 1932-BBGA FCBGA package with an extended operating grade for 0°C to 100°C environments.

Key Features

• Core Logic  Approximately 1,150,000 logic elements (logic cells) for complex programmable logic and custom computation.
• Embedded Memory  Total on-chip RAM of 68,857,856 bits to support large frame buffers, caches, and data-path buffering.
• I/O and Connectivity  Up to 624 user I/O pins and low-power serial transceiver support as described for the Arria 10 family, enabling high-density interfacing and high-speed serial links.
• Hard IP and Interfaces  Arria 10 family features include PCIe Gen1/Gen2/Gen3 hard IP and enhanced PCS hard IP for Interlaken and 10 Gbps Ethernet (as documented for Arria 10 devices).
• Transceiver and PHY Features  Low-power serial transceivers with dedicated PMA and PCS feature sets referenced in the device family documentation.
• Power and Supply  Core voltage supply range: 870 mV to 930 mV to support optimized power domains.
• Package and Mounting  1932-BBGA FCBGA package (supplier designation: 1932-FBGA, FC (45x45)), surface-mount device for dense system integration.
• Operating Range and Grade  Extended grade device rated for 0°C to 100°C operation and RoHS compliant.
• Dynamic Configuration  Device family documentation highlights support for dynamic and partial reconfiguration to enable design flexibility and runtime updates.

Typical Applications

• Wireless Infrastructure  Channel and switch cards in remote radio heads and mobile backhaul systems that require dense logic and high-speed serial links.
• Wireline Networking  40G/100G muxponders, transponders and line cards where PCIe and Ethernet hard IP plus high-density I/O are needed.
• Broadcast and Pro AV  Studio switches and professional audio/video transport that demand large on-chip memory and flexible I/O.
• Compute and Storage Acceleration  Flash cache, server acceleration and cloud infrastructure tasks that benefit from programmable logic and substantial embedded RAM.
• Medical Imaging  Diagnostic scanners and imaging systems that leverage large memory and configurable processing pipelines.

Unique Advantages

• High Logic Density: With approximately 1,150,000 logic elements, the device supports complex algorithms, deep pipelines, and large custom datapaths.
• Substantial On-Chip RAM: 68,857,856 total RAM bits reduce dependence on external memory for many buffering and caching tasks.
• Advanced Connectivity: 624 I/Os combined with Arria 10 family transceiver and hard IP capabilities enable multi-protocol interfacing and high-speed links.
• Power-Optimized Operation: Supported core voltage range of 870 mV to 930 mV helps implement efficient power domains in system designs.
• System Integration in a Compact Package: 1932-BBGA FCBGA (supplier: 1932-FBGA, FC (45x45)) surface-mount package supports high-density board designs.
• Extended Temperature Grade: Rated for 0°C to 100°C operation, suitable for a wide set of commercial and industrial-adjacent applications.

Why Choose 10AT115U4F45E4SGES?

The 10AT115U4F45E4SGES positions itself as a high-density, mid-range FPGA option within the Intel Arria 10 GT family, combining large logic capacity, extensive embedded RAM, and robust I/O capability in a single programmable device. It is suited to system designers who need configurable processing, high-speed interfaces, and the flexibility of dynamic reconfiguration while operating within an extended temperature range.

Choosing this device brings the advantages of the Arria 10 device family—documented hard IP for common high-speed protocols, transceiver resources, and a mature architecture—making it suitable for diverse applications from networking and wireless infrastructure to compute acceleration and imaging systems.

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