1ST280EY1F55I2LGAS

FPGAs (Field Programmable Gate Array) Altera (Intel) 1ST280EY1F55I2LGAS Overview

The FPGAs (Field Programmable Gate Array) Altera (Intel) 1ST280EY1F55I2LGAS is a highly versatile and powerful integrated circuit designed for a wide range of applications. Manufactured by Altera (now part of Intel), this FPGA stands out with its robust 2912BGA package, facilitating a high density of I/O options with 296 available pins. This product is tailored to meet the demanding requirements of advanced digital circuits, offering flexibility in design and significant speed advantages. Its comprehensive feature set supports complex programmable logic designs, making it an essential component for developers aiming to rapidly prototype and scale their innovations.

1ST280EY1F55I2LGAS Features

The 1ST280EY1F55I2LGAS FPGA is equipped with numerous technical specifications that make it suitable for intensive computational tasks and multi-functional systems. Its 296 I/O pins allow for extensive connectivity and interfacing options, while the advanced 2912BGA packaging ensures robust performance even under challenging conditions. This FPGA supports a wide range of logic configurations, empowering engineers and developers to customize the logic to suit their specific requirements, thereby enhancing system efficiency and reliability.

1ST280EY1F55I2LGAS Applications

• Telecommunications: Utilized in routers and switches, this FPGA facilitates high-speed data processing and traffic management, ensuring efficient network operations.
• Automotive Systems: Integral to advanced driver-assistance systems (ADAS), the FPGA processes multiple real-time inputs from vehicle sensors to aid in decision-making processes.
• Consumer Electronics: Used in high-performance computing devices such as gaming consoles and smart TVs, the FPGA enhances graphical processing and user interface responsiveness.
• Industrial Automation: In factory automation systems, the FPGA handles complex control algorithms and real-time system monitoring to optimize production efficiency.
• Medical Devices: Essential for imaging devices like MRI and ultrasound machines, it processes large volumes of data rapidly, supporting critical diagnostics and patient care.