Digital Clock Generation Modules Designed from the Ground up for SoCs
Clock Generation Modules Reduce Area by 10x
Maestro™ clock generation modules are purpose-built for SoCs in applications ranging from datacenter CPUs and AI accelerators, to 5G, aerospace, and automotive SoCs that require higher degrees of testability, reliability, and area-flexibility.
The clock generation modules are fully synthesizable resulting in a 10x area improvement over analog PLLs and scale with process technology. These digital clock generation modules improve testability (up to 98% coverage) for applications ranging from aerospace to functional safety for automotive.
With our partner foundries and radiation-hardened library vendors, aerospace customers can create customized radiation tolerance levels, and OEMs can deploy generation modules to various radiation challenged environments, such as low-earth or geosynchronous orbit.
Maestro clock generation modules are silicon-proven across leading foundries, including TSMC, Intel, Global Foundries, and UMC, and are in use across multiple high volume products.
Customizable in Weeks
Fully synthesizable architecture speeds implementation
Wide Voltage & Frequency Range
Enables reduced chip power consumption
Nanowatt Power
Does not require precise voltage or current biasing
Up to 10X Smaller Area
Not dependent on matching and passive elements
Sub-Picosecond Jitter
Higher level of noise immunity than analog
Rad-Hardened Designs
Radiation-hardened using existing digital libraries
Process Node Independent
Supports processes from all foundries
Leverages Existing Tools
Uses existing digital tools and methodologies