OR2C12A3S208-DBA1357

FPGAs Lattice Semiconductor OR2C12A3S208-DBA1357 Overview

The FPGAs Lattice Semiconductor OR2C12A3S208-DBA1357 represents a cutting-edge solution in programmable logic technology. Crafted by Lattice Semiconductor, a leader in the field, this FPGA (Field Programmable Gate Array) is designed for designers and engineers looking for a balance of performance and cost-efficiency. With a total of 15600 gates and 324 configurable logic blocks (CLBs), it offers ample flexibility for medium-complexity digital circuits. This product is ideal for applications requiring specific, customer-tailored logic configurations and rapid prototyping in sectors ranging from automotive to consumer electronics and industrial automation.

OR2C12A3S208-DBA1357 Features

This FPGA boasts 324 configurable logic blocks (CLBs), which provide substantial versatility in deploying both simple and complex logic circuits. With 15600 gates, the OR2C12A3S208-DBA1357 offers robust processing capabilities suitable for a wide array of applications. It is packaged in a space-efficient 208-pin DBA package, ensuring a compact footprint for designs where space is at a premium. The device also supports multiple I/O standards, enhancing its utility in diverse electronic environments.

OR2C12A3S208-DBA1357 Applications

• Automotive Control Systems: Utilizes its programmable logic capabilities to manage various vehicular functions such as sensor data integration and real-time processing, enhancing vehicle performance and safety.
• Consumer Electronics: Ideal for use in smart home devices, where customizable logic is needed to interface with a variety of sensors and control mechanisms, thereby contributing to smarter and more efficient consumer products.
• Industrial Automation: Provides the flexibility needed in automation equipment for processing control logic, thereby increasing the efficiency and adaptability of manufacturing processes.
• Telecommunications Infrastructure: Applies its dense logic gates to support the complex signal processing required in network equipment, improving bandwidth management and data flow regulation.
• Medical Devices: Can be used to facilitate the precise and variable control needed in medical diagnostic equipment, optimizing both functionality and response times.