The EP2C15AF484C8N, part of Intel’s reputable Cyclone® II FPGA series, is designed with advanced technology to meet the sophisticated requirements of modern digital systems. This field-programmable gate array showcases impressive capabilities suitable for a range of applications within telecommunications, industrial, automotive and consumer electronics sectors. Its notable features include a package in a 484-ball fine-pitch grid array format, facilitating surface mount technology for streamlined PCB design and assembly processes.

Key Characteristics:
– **Manufacturer:** Intel
– **Series:** Cyclone® II
– **Part Number:** EP2C15AF484C8N
– **Packaging:** Delivered in trays for protection and convenience.
– **Package / Case:** 484-BGA, providing a compact and efficient footprint for densely populated boards.
– **Mounting Type:** Surface Mount, compatible with modern, automated assembly processes, minimizing manufacturing time and costs.
– **Operating Temperature Range:** 0°C ~ 85°C, suitable for a wide range of environmental conditions.
– **Logic Elements/Cells:** 14,448, enabling complex logic implementations within a single device.
– **Number of LABs/CLBs:** 903, providing the structural backbone for designing versatile digital circuits.
– **Total RAM Bits:** 239,616, offering significant memory capacity for data storage and manipulation.
– **Number of I/O:** 315, facilitating extensive external connectivity for peripherals and other devices.
– **Supplier Device Package:** 484-FBGA (23×23), optimizing space on the printed circuit board.
– **Part Status:** Active, ensuring availability and support for ongoing and new designs.

This FPGA excels in scenarios requiring high logic density, significant integration, and flexible I/O configurations, which are critical in the development and optimization of high-performance digital systems. Its robust design and operational temperature range make it an ideal choice for deploying in environments subject to varying conditions, while ensuring reliable performance and longevity.