XR16M554DIV64TR-F

UARTs MaxLinear XR16M554DIV64TR-F Overview

The XR16M554DIV64TR-F by MaxLinear stands as a robust component in the realm of modern communications technology. Designed meticulously for sophisticated serial communication, this UART (Universal Asynchronous Receiver Transmitter) integrates a quad 16-bit FIFO buffer, enhancing data handling efficiency in complex systems. Its footprint in a 64LQFP package ensures compact integration while offering reliable performance under diverse operating conditions. This device is specifically tailored for applications requiring high-speed data exchange with minimal latency and error rates, making it an ideal choice for B2B clients focused on optimizing their communication architectures.

XR16M554DIV64TR-F Features

This IC features four independent UART channels which facilitate simultaneous data transmissions, effectively quadrupling throughput when compared to single UART devices. Each channel supports 16-bit FIFOs, allowing for extended data queuing and processing without overloading the system processor. The LQFP-64 packaging not only makes it durable but also adaptable to various types of electronic assemblies. Its high integration reduces the need for multiple components, streamlining design and reducing overall system costs.

XR16M554DIV64TR-F Applications

• Industrial Automation: Utilized in PLC systems to enhance communication between control units and machinery, offering precise control and real-time data handling.
• Networking Equipment: Applied in routers and switches to manage multiple data channels efficiently, ensuring reliable and uninterrupted network traffic flow.
• Telecommunications: Helps in the design of telecommunication infrastructure by supporting high-speed data transmission required in exchanges and signal processing.
• Consumer Electronics: Used in home entertainment systems to provide seamless data streaming across various multimedia devices.
• Automotive Electronics: Integral in vehicle communication systems for sensor data aggregation and in-car network management.