SI5334J-B01070-GMR

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The SI5334J-B01070-GMR is a comprehensive clock and system management solution, designed specifically for communications, embedded, and industrial applications. It is capable of managing, distributing, synthesizing, generating, and monitoring all clocks, system, and power signals in a single, low-power, hardware package. This high-performance, integrated solution helps reduce board real estate, complexity, and cost in an high-performance, low-power, communications and industrial-grade system.

The SI5334J-B01070-GMR provides an integrated clock, timing, and system management solution, which includes a variety of features, such as:

• Fully Synthesizable Clock Sources & PLLs
• Integrated System Signaling & Power Management
• Programmable Latency Management
• Jitter Reduction and Error Mitigation
• Dynamic Input & Output Captures

These features make the SI5334J-B01070-GMR ideal for a wide variety of embedded and industrial applications, such as:

• Communications
• Network Systems
• Multimedia & Gaming
• Security and Monitoring
• Storage and RAID Controllers
• Automation & Control Systems

The SI5334J-B01070-GMR provides a high precision system timing solution that is capable of managing, distributing, synthesizing, generating, and monitoring up to 8 clock, data, power, and reset signals simultaneously. These signals can be dynamically controlled and easily adjusted based on real-time system conditions, in order to provide maximum performance and power efficiency while maintaining control and precision.

The SI5334J-B01070-GMR’s hardware block provides a total clock, timing, and system management solution, which includes:

• Low-Phase-Noise Synthesizing, Equipped with a PLL
• Synthesis of Multiple Output Frequencies from a Single Input
• Integrated Dynamic Power Management and Multi-Stage Jitter Attenuation
• Integrated Frequency and Time Alignment
• Real-Time System Monitoring and Real-Time Performance Tracking
• Integrated Clock/System/Power Signaling Management
• Multiple Input Clocking Source Support
• Integrated Dynamic Input Capture and Output Capture Technologies

The SI5334J-B01070-GMR supports programmable frequency synthesis, clock and system synchronization, error mitigation, dynamic power management, and latency management functions, enabling high-performance and low-power solutions in a variety of applications. It also supports a wide range of input frequencies and multiple clock output rates, which helps deliver optimal system performance while reducing system cost and complexity.

The SI5334J-B01070-GMR integrates two low-phase-noise PLLs and up to sixteen programmable registers for performing jitter attenuation and frequency alignment. This enables the SI5334J-B01070-GMR to achieve optimal performance at any given frequency. It also supports multi-stage jitter attenuation, which is able to provide consistent performance across a wide range of frequencies.

The SI5334J-B01070-GMR integrates a comprehensive set of integrated monitors and error detection circuits, which helps to ensure that the clock and system signals remain within the required limits. In addition, the device includes a wide variety of features such as a watchdog monitor, frequency lock detection, phase error detection, and voltage error detection, which helps to ensure accuracy and reliability for any system design.

The SI5334J-B01070-GMR is also equipped with a wide range of input and output options, as well as a variety of communication interface options. This allows for flexibility in choosing the appropriate interface for the system design. It also includes an integrated clock/system/power distribution system, which helps to reduce overall system costs and complexity.

The SI5334J-B01070-GMR is the ideal solution for a wide variety of embedded and industrial applications. Its comprehensive clock, timing, and system management capabilities enable a scalable, flexible, power-efficient system solution, while its low-phase-noise PLLs and integrated error mitigation technologies provide maximum performance and reliability.

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