EP3SL200F1517C4

FPGAs Altera EP3SL200F1517C4 Overview

The FPGAs Altera EP3SL200F1517C4, manufactured by Intel's Altera division, stands out in the market of programmable logic devices. This IC FPGA is designed to meet the high demands of modern digital applications, featuring a high I/O pin count and a compact 1517FBGA package. Its robust configuration options, coupled with Intel's leading-edge technology, provide a reliable and flexible solution for designers looking to accelerate product development and enhance system performance. This product is especially suitable for projects requiring high-speed data processing and significant logic capacity in a compact form factor.

EP3SL200F1517C4 Features

The EP3SL200F1517C4 FPGA boasts numerous features that make it a top choice for system designers. Key features include:

• A total of 976 I/O pins, enabling versatile connections with other components in complex systems.
• The utilization of a 1517FBGA package, which ensures a minimized footprint while allowing for efficient thermal management.
• High configurability and programmability, which provide flexibility across various applications and use cases.
• Integration with Intel's advanced technology, ensuring reliability and high performance.

EP3SL200F1517C4 Applications

• Telecommunications Equipment: Utilized for its high I/O capacity and speed, the EP3SL200F1517C4 is perfect for managing data flows in routers and switches, enhancing network efficiency and reliability.
• Industrial Automation: This FPGA is instrumental in complex automation systems, where precise control and rapid processing of input/output signals are required.
• Aerospace and Defense: In environments demanding rugged, high-performance computing solutions, the EP3SL200F1517C4 offers the necessary durability and flexibility for satellite communications and avionics.
• Medical Imaging: The FPGA's high data throughput capabilities make it ideal for processing complex imaging algorithms in equipment like MRI and CT scanners, improving diagnostic accuracy and patient outcomes.
• Consumer Electronics: Applied in devices such as high-definition video cameras and gaming consoles, where processing speed and graphic rendering are critical.