85408BGLFT

The 85408BGLFT is a part of the high performance clock buffer, driver, and generator range from IDT. It is a single input, four output driver designed to amplify and convert a differential clock signal between two high speed carriers. With a 5.0GHz frequency range, the 85408BGLFT utilizes optimized impedance matching and signal conditioning to provide accurate signal integrity across a wide range of applications.

The 85408BGLFT is a differential Etherbone™ compatible device. This means that it supports the OIF CEI-11G timing protocol, making it an ideal choice for applications requiring high levels of interoperability and flexibility. The 85408BGLFT is also highly configurable and includes built-in reclock and signal conditioning features.

The 85408BGLFT is ideal for use in applications such as data center and telecom infrastructure, wireless communication systems, high speed cable networks and digital video broadcasting systems. It can be used as a signal regeneration node for applications requiring high frequency performance and tight clock signal jitter reduction. It can also be used to switch between different carriers and/or networks, allowing for multiple signal paths.

The 85408BGLFT features a DLL-based clock generator technology; this allows for clock synchronization and jitter reduction between multiple inputs. Its oscillator is designed to maintain a low power consumption level, making it an energy efficient device. The device also features wideband data integrity, tolerance to high levels of signal jitter, and a wide range of operating temperatures.

The 85408BGLFT is available in an industry-standard QFN20 package and is compatible with most of the industry-standard operating systems and software development environments. It includes a comprehensive suite of configuration options to ensure a system-level optimized performance.

In conclusion, the 85408BGLFT is a reliable and efficient clock buffer, driver, and generator capable of providing high performance in a wide range of applications. It is perfect for applications requiring clock synchronization and jitter reduction between multiple inputs. Its easy-to-use features, broad compatibility, and energy efficient design make it an attractive choice for designers of high performance clock-based systems.