ST16C654CQ64TR-F

UARTs MaxLinear ST16C654CQ64TR-F Overview

The MaxLinear ST16C654CQ64TR-F represents a sophisticated addition to the realm of UARTs (Universal Asynchronous Receiver Transmitter), designed to enhance serial communication in complex applications. This integrated circuit is engineered to efficiently manage multiple data streams, optimizing performance through its built-in 64-byte FIFO buffers which greatly reduce the load on the host processor. By offering four independent UART channels in one compact 64LQFP package, it significantly simplifies design and reduces footprint on PCBs, making it an ideal choice for high-demand communication tasks. The robust feature set tailored to facilitate high-speed data operations makes it a pivotal component for businesses looking to integrate reliable and advanced data transmission capabilities into their systems.

ST16C654CQ64TR-F Features

This quad UART IC excels in environments requiring high data throughput and minimal data congestion. Each of the four UARTs comes with a 64-byte FIFO to enhance data handling capabilities, supporting extended data communication without performance degradation. The integration of a programmable baud rate generator allows a wide range of data transmission speeds, ensuring flexibility across various applications. The device's low operational power requirement coupled with its high functionality echoes MaxLinear’s commitment to delivering cost-effective, high-performance IC solutions.

ST16C654CQ64TR-F Applications

• Industrial Automation: Utilized in controlling machinery and processes, the ST16C654CQ64TR-F can manage multiple data streams, facilitating real-time communication between industrial computers and automation equipment.
• Networking Equipment: Enhances data flow in routers and switches, providing reliable, high-speed communication channels that are crucial for maintaining system integrity in network infrastructures.
• Consumer Electronics: Applied in products such as high-performance gaming consoles and home entertainment systems, where multiple high-speed serial interfaces are essential for enhanced user experience.
• Automotive: Used in vehicle diagnostics systems to handle communications between different electronic control units, improving diagnostic capabilities and system responsiveness.
• Telecommunications: Helps in the management of data transmission in telecommunications equipment, ensuring efficient and uninterrupted service delivery.