XRT8000IDTR-F

Application Specific Clock/Timing MaxLinear XRT8000IDTR-F Overview

The MaxLinear XRT8000IDTR-F is a high-performance integrated circuit specifically designed to handle the demanding requirements of WAN clock synchronization for E1/T1 dual line configurations. As part of the Application Specific Clock/Timing category, this product offers exceptional stability and precision, crucial for maintaining system integrity in telecommunications networks. The dual-line capability allows for simultaneous management of E1 and T1 clocking, making it a versatile choice for a variety of communication infrastructures. With its robust design and advanced technology, the XRT8000IDTR-F is ideal for manufacturers and businesses looking to enhance their network performance and reliability.

XRT8000IDTR-F Features

This integrated circuit boasts a range of features designed to provide optimal performance in network timing and synchronization tasks. Its dual E1/T1 clock support enables seamless integration into existing telecommunications frameworks, ensuring minimal disruption during setup and operation. Additionally, the device is packaged in an 18-SOIC format, offering a compact solution for systems where space is at a premium. High stability and low power consumption further underscore its suitability for sustained, reliable operations in complex digital network environments.

XRT8000IDTR-F Applications

• Telecommunication Networks: Utilizes its dual E1/T1 clocking capabilities to provide precise timing solutions, ensuring reliable data transmission and synchronization across both local and wide area network infrastructures.
• Data Centers: Supports high-speed data operations by ensuring robust and accurate clocking mechanisms, critical for server reliability and data integrity in high-demand environments.
• Wireless Base Stations: Enhances signal synchronization, crucial for maintaining the performance and efficiency of modern wireless communication systems.
• Broadband Access Systems: Employs its clocking technology to maintain the quality of service in broadband communications, accommodating large volumes of data without compromising on speed or connectivity.