280G-49LF

The 280G-49LF is a highly advanced programmable clock oscillator engineered to deliver precise timing control for complex electronic architectures. By leveraging cutting-edge silicon technology, it replaces traditional quartz oscillators to provide superior reliability while maintaining stringent phase noise and jitter performance. Serving as a robust timing source, it ensures synchronous data transmission and system stability in demanding environments, making it an ideal choice for modern telecommunications, networking, and high-speed computing applications.

This versatile timing chip is primarily deployed in applications requiring rigorous synchronization and high data throughput, such as 10GbE/100GbE switches, core routers, Fibre Channel storage area networks, and advanced 5G wireless infrastructure. Furthermore, it excels in data center server motherboards, PCIe Gen 3/4 systems, and high-end test and measurement equipment where a compact, low-power timing solution is paramount. Its ability to adapt to specific output frequency requirements simplifies the supply chain, reduces inventory overhead, and accelerates the time-to-market for sophisticated hardware designs without requiring custom crystal tooling.

Alternative clock oscillator Models

● Si5351A-B-GT: A highly flexible I2C programmable clock generator by Silicon Labs capable of generating up to eight independent clock signals from a single crystal.

● 8N3QV01FG-0001CDI8: A Renesas differential oscillator providing ultra-low jitter and excellent frequency stability optimized for high-performance networking.

● 530GBLF: A versatile programmable XO featuring low phase noise and a standard footprint designed specifically for telecom infrastructure systems.