854S058AGILF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

854S058AGILF is a high-performance clock buffer and an ideal solution for providing a low-skew clock distribution. The device comes with 8 outputs of single-ended or LVDS (low-voltage differential signaling) signals. It offers a power-saving, fail-safe mode, flexible clock mapping and synchronization control settings. 854S058AGILF is suitable for high-speed clock distribution for various applications in data centers, communications, storage, computing and other fields.

The 854S058AGILF clock buffer is designed to achieve extreme low-skew clock distribution and fanout capability. Its low-skew output significantly improves the jitter and power efficiency of the system clock. The output of the 854S058AGILF clock buffer is 6 to 8ns period jitter (integrated over multiple cycles). This low-jitter performance will enable improved overall timing performance and allow more time for data processing.Additionally, the 854S058AGILF clock buffer supports both single-ended outputs as well as LVDS (low-voltage differential signaling) outputs which help to improve the noise immunity of the system clock. With the LVDS outputs, the device can clock at up to 7.5Gbps and with the single-ended outputs up to 1.5Gbps.

The 854S058AGILF also features a power-saving, fail-safe mode, flexible clock mapping and synchronization control settings. The power-saving mode allows for improved power efficiency and thermal management. In the event of an unexpected power-loss, the fail-safe mode ensures that the clock distribution remains uninterrupted and the system does not hang. The flexible clock mapping of the 854S058AGILF reduces distribution complexity and enables multiple clocks, allowing the device to accommodate clock sources from both network and system sides. Lastly, the synchronization control settings provide end users with the necessary control required to maintain clocking accuracy, optimizing performance.

The 854S058AGILF application field includes data centers, communications, storage, and computing applications. Data centers require reliable, accurate, and low-skew clock distribution as they need to manage and process multiple simultaneous data streams. Communications applications such as large telecommunication infrastructures will require large numbers of small, synchronized clock signals. Storage applications, including Flash, HDD and SSHD, will benefit from low power consumption, low-jitter, and synchronization features of 854S058AGILF. Finally, computing applications demand high-speed, low power and high-performance clock distribution. Not only suitable for single-ended standards, 854S058AGILF also supports LVDS in computing applications.

The 854S058AGILF clock buffer is suitable for applications requiring low-skew clock distribution and fanout capability as it provides extreme low-skew output which significantly improves the jitter and power efficiency of the system clock. The device also features a power-saving mode, flexible clock mapping and synchronization control settings which can improve accuracy and performance. The 854S058AGILF application field includes data center, communications, storage, and computing applications and its support for LVDS makes it suitable for computing applications requiring high-speed and low power clock distribution.

The specific data is subject to PDF, and the above content is for reference