Overview
Description
Precise and stable clocking is essential for synchronized data transfer, low latency, and real-time performance. Many systems require multiple high-speed clock domains to ensure efficient operation across various subsystems.
This reconfigurable high-performance clocking system can be easily optimized to meet specific application needs. It offers flexibility for reuse or customization across different applications and can be dynamically adjusted to meet evolving specifications. Combined with a reconfigurable PMIC, the entire breadth of clock and power needs is resolved with this singular system.
System Benefits:
- Easy configuration of power rails eliminates the need for separate regulators, reducing BOM complexity and enabling faster prototyping and debugging.
- Configurable output clock types support multiple communication standards, minimizing external components, while ensuring broad compatibility.
- Dynamic adjustment of clock frequencies and configurations optimizes power consumption and ensures real-time adaptability.
- Efficient design reuse reduces development time and costs, accelerating time to market and driving R&D savings.
Comparison
Applications
- Industrial Ethernet and TSN networks
- Edge computing and industrial gateways
- Factory automation and motion control
- Synchronized robotic systems
- Wireless industrial communication
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