OR2C08A3M84I-D

FPGAs Lattice Semiconductor OR2C08A3M84I-D Overview

The FPGAs Lattice Semiconductor OR2C08A3M84I-D is a highly versatile and efficient field-programmable gate array designed for specialized applications requiring variable programming and high-speed digital processing. This FPGA module integrates 196 configurable logic blocks (CLBs) and supports up to 9400 gates, offering a robust platform for complex digital circuit designs. The product's compact design and high functionality make it ideal for developers looking to streamline product development and improve performance in a variety of electronic applications.

OR2C08A3M84I-D Features

The OR2C08A3M84I-D FPGA from Lattice Semiconductor is equipped with several key features that enhance its utility and performance. These include a high gate count of 9400, which provides substantial logic density for intricate designs. The 196 configurable logic blocks enable flexible and powerful configuration options, allowing designers to optimize the FPGA for specific tasks and processes. Additionally, its compact 84-pin package ensures that it can be integrated into space-constrained environments without sacrificing performance.

OR2C08A3M84I-D Applications

• Consumer Electronics: Applied in smart home devices and personal electronics where compact size and adaptable functionality are essential. The OR2C08A3M84I-D can be programmed to manage multiple device operations efficiently.
• Industrial Automation: Utilized in control systems for machinery and production lines. Its high gate count and configurable logic blocks offer the necessary adaptability and speed for complex industrial processes.
• Automotive Systems: Used in automotive electronics for managing functions such as sensor data processing and real-time system control. The reliability and programmability of the OR2C08A3M84I-D make it suitable for critical automotive applications.
• Telecommunications: Helps in the development of communication equipment such as routers and switchers, where efficient data handling and signal processing are required. The FPGA's ability to be reprogrammed in the field allows for updates and adaptations without hardware changes.