NBSG11MAG

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Clock and timing are essential to many aspects of computing, and clock buffer and driver solutions are used in a variety of applications. NBSG11MAG is an advanced clock buffer and driver solution helping provide communications applications an excellent signal processing outcome. NBSG11MAG consists of two series, the NBSG11MAG, which is an integrated timing solution to support PCIe frequencies, and the NBSG11MA product, which is a lower cost solution for supporting PCIe frequencies. It is designed for PCI Express compliance, by means of its integrated clock buffer and driver, thus providing improved signal performance and allowing for optimized applications. NBSG11MAG uses advanced high-performance process technology and provides full compliance with PCIe signaling requirements. The primary features of the NBSG11MAG are its integrated clock buffer and driver, allowing it to be used in any application that requires PCIe signaling. NBSG11MAG supports multiple signaling performance ranges, with a maximum peak-to-peak jitter of 0.5 picoseconds, and excellent clock performance characteristics. NBSG11MAG also includes a wide range of driver and clock buffer solutions, optimized to ensure communication in PCI Express applications. The optional Flexible Interface Module (FIM) provides advanced, device-level control, allowing the designer to configure the NBSG11MAG as required, in order to ensure the highest performance in any application. NBSG11MAG also provides design-in flexibility and supports the ASIC, SoC, and FPGA platforms. NBSG11MAG\'s working principle is based on the notion that the clock buffer and driver solutions should eliminate any noise or jitter from the received signal, and provide a clean, low-jitter output signal. To do this, the NBSG11MAG integrates an array of digital replica circuits, to compensate for the battery drain, and clock synchronization circuits, to eliminate any jitter. The clock buffer and driver solutions also provide adjustable input signals, allowing for exact synchronization and linking of clock signals, thus ensuring maximum performance for the application. In terms of its implementation, NBSG11MAG uses the clock buffer and driver solutions, integrated with a digital replica circuit, to enable improved signal integrity. The replica circuit plays a critical role in maintaining clock consistency and adapting to the variable nature of clock speeds and signals. Further, it helps reduce any latency jitter and noise, providing superior performance in any application. The clock buffer and driver solutions ensure that the signals sent and received to and from the clock buffer are in compliance with the PCIe requirements. To summarize, NBSG11MAG is an advanced clock buffer and driver solution helping provide communications applications an excellent signal processing outcome. It is a complete PCIe solution, optimized for performance, cost and design complexity. The integrated clock buffer and driver solutions help ensure maximum performance and optimum signal integrity, while the optional Flexible Interface Module provides advanced device-level control, allowing for the highest performance in any application. NBSG11MAG also provides design-in flexibility and supports the ASIC, SoC and FPGA platforms, thus proving beneficial to any application.

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