T35F324C4

FPGAs Efinix, Inc. T35F324C4 Overview

The FPGAs Efinix, Inc. T35F324C4 is a cutting-edge field programmable gate array (FPGA) that offers a highly flexible and configurable solution tailored for designers who require robust, low-power, and cost-effective solutions for a wide range of applications. Engineered by Efinix, Inc., the T35F324C4 utilizes the company's innovative Quantum™ fabric technology to provide enhanced performance metrics and improved logic density. This FPGA is encapsulated in a 324FBGA package, offering a balanced mix of up to 130 I/O pins to support various design requirements, making it a versatile choice for both complex and straightforward digital applications.

T35F324C4 Features

The T35F324C4 FPGA stands out with its Quantum™ fabric architecture which optimizes the use of transistors, resulting in superior power efficiency and faster performance. Key features include a compact 324-ball fine pitch BGA (FBGA) package, which simplifies PCB design and reduces overall footprint. With up to 130 user-configurable I/Os, it provides ample flexibility for interfacing with other digital components. Its reprogrammability allows for rapid prototyping and iterations in design stages, thereby accelerating time to market.

T35F324C4 Applications

• Consumer Electronics: The T35F324C4 can be integrated into smart home devices and entertainment systems, where its I/O capabilities and low power consumption are crucial for enhancing user interfaces and connectivity.
• Industrial Automation: Utilized in control systems, this FPGA enables the customization of functionalities while managing multiple inputs and outputs, crucial for sensors and actuators in automated environments.
• Automotive Systems: In automotive applications, the T35F324C4 provides the necessary processing power and configurability for managing sensors, infotainment, and safety mechanisms, ensuring reliable operation under varying conditions.
• Communication Infrastructure: This FPGA supports the development of network equipment, including routers and switches, where flexibility in processing and signal management is required for data flow optimization.
• Medical Devices: In medical applications, its high reliability and reconfigurability make it suitable for imaging systems and diagnostic equipment, offering precise control and data processing capabilities.