XR16V554IJ

UARTs Sipex XR16V554IJ Overview

The XR16V554IJ by Sipex stands out in the market as a highly efficient QUAD UART component, equipped with a 16-byte FIFO. This specialized UART (Universal Asynchronous Receiver Transmitter) device ensures smooth data flow and enhanced performance in multi-channel communication systems. The incorporation of a 16-byte FIFO buffer significantly reduces processor overhead, providing robust support for high-speed serial data transfer and reliable performance in complex systems. Designed to meet the rigorous demands of advanced communications infrastructure, the UARTs Sipex XR16V554IJ is an ideal choice for developers looking to integrate reliable data transmission functionality into their applications.

XR16V554IJ Features

This quad-channel UART includes several features that make it a preferred component for demanding communication environments. Each channel has its own 16-byte FIFO for both transmit and receive operations, enhancing data handling efficiency. The device supports up to 5 Mbps data rate, which accommodates a wide range of applications from basic serial communications to high-speed data logging and processing tasks. Its low power consumption and broad operating temperature range ensure reliability and versatility across various operational conditions.

XR16V554IJ Applications

• Industrial Automation: Utilized in managing communication between automation controllers and machinery, ensuring consistent, error-free data transmission.
• Networking Equipment: Enhances data flow management in routers and switches, facilitating efficient packet handling and reducing latency.
• Point of Sale Systems: Used in retail environments to manage transactions swiftly and securely through high-speed serial communication with peripherals.
• Telecommunications: Supports telecommunication infrastructures by providing reliable, high-speed data transmission capabilities essential for network reliability and performance.
• Consumer Electronics: Applied in consumer electronics to ensure smooth communication between high-speed interfaces and processing units.