The EP1C12F324I7 is a high-performance FPGA from Intel’s distinguished Cyclone® series, catering to a sophisticated array of applications requiring efficient logic and memory utilization. With a focus on delivering exceptional operational flexibility, this FPGA stands out due to its comprehensive integration capabilities and advanced technical specifications.

Key Features:

– **Manufacturer:** Intel
– **Category:** FPGAs (Field-Programmable Gate Arrays)
– **Series:** Cyclone®
– **Part Number:** EP1C12F324I7
– **Packaging:** Supplied in trays for secure handling and storage
– **Package / Case:** Utilizes a 324-Ball Grid Array (BGA) form factor, sized at 19x19mm, for a compact and efficient layout
– **Mounting Type:** Surface Mount Technology (SMT) for streamlined assembly processes
– **Operating Temperature Range:** Ensures reliable performance across a wide temperature spectrum, from -40°C to 100°C (TJ), accommodating various environmental conditions
– **Number of Logic Elements/Cells:** Contains 12,060 logic elements for versatile digital circuit design
– **Supplier Device Package:** 324-FBGA, facilitating efficient integration into a wide range of systems
– **Number of LABs/CLBs:** Includes 1,206 Logic Array Blocks / Configurable Logic Blocks supporting complex logic configurations
– **Total RAM Bits:** Offers a substantial memory capacity of 239,616 bits to support demanding applications
– **Part Status:** Noted as Obsolete, highlighting its specific utility for maintaining or replicating legacy systems
– **Number of I/O:** Provides a generous count of 249 input/output ports, ensuring ample connectivity options for various peripherals and interfaces

The EP1C12F324I7 is predominantly utilized in industries where high-speed processing and multi-functional logic operations are critical, including telecommunications, automotive electronics, consumer electronics, and industrial automation. Its robust design and flexible architecture make it an optimal choice for designers and engineers looking to leverage advanced FPGA technology in their projects.