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The pPLL03F-GF22FDX variant of Perceptia's all-digital Fractional-N PLLs aims distinctly at performance computing, exhibiting low-jitter and compact dimensions suited for clocking applications with stringent timing demands. It supports frequencies up to 4GHz, ideal for use in performance computing blocks and ADC/DACs. Tailored for environments where multi-PLL systems are needed, the pPLL03F integrates seamlessly within large-scale SoCs, allowing designers to handle numerous clock domains per SoC with ease. Its fractional-N mode enhances flexibility in choosing input and output clock frequencies, facilitating broad design options. Perceptia's pPLL03F is utilized broadly across several technology nodes, including GlobalFoundries 22FDX, Samsung’s 14LPP, and TSMC’s N6/N7. This makes it versatile across different applications and processes, supported by Perceptia's extensive integration capabilities and support.
The pPLL02F family is designed as a versatile all-digital Fractional-N PLL, primarily aimed at general-purpose applications requiring precise clocking. Its architecture supports fractional multiplication with frequencies up to 2GHz, proving essential for moderate-speed digital systems and microprocessors. The pPLL02F delivers low jitter performance of less than 18ps RMS, making it suitable for systems with multiple PLLs, aimed at moderate speed integration. This second-generation technology maintains a compact form factor, occupying less than 0.01 square millimeters, and operating with low power consumption, underlining its efficiency for integration in complex SoCs. With the ability to handle input frequencies ranging from 5MHz to 500MHz, the pPLL02F proves its adaptability across varied designs. It also features a robust design with lock-detect outputs, further enriching its applications. Availability spans across GlobalFoundries 22FDX, Samsung 8LPP, and TSMC N6/N7, among others, showcasing Perceptia's ability to support numerous foundry options and process nodes. Designers benefit from the comprehensive integration support provided to ensure implementation is seamless across different technology platforms.
The pPLL08 Family is a sophisticated set of all-digital RF frequency synthesizer PLLs from Perceptia, catering to RF-intensive applications such as 5G and WiFi, operating at frequencies up to 8GHz. It distinguishes itself with ultra-low jitter performance (less than 300fs RMS), making it suitable for high-speed RF applications, including clocks for ADC, DAC, and PHY. Its small form factor and energy efficiency underscore its suitability for space and power-constrained environments while maintaining industry-leading designer flexibility. These synthesizers encompass a range of frequency multiplication options, supporting a diverse array of wireless communication standards. Compatible with various foundries, including UMC 40LP and GlobalFoundries 22FDX, the pPLL08 Family benefits from Perceptia's adept support in integration and customization for specific needs, offering comprehensive deliverables and support to ensure practical and efficient implementation.
The pPLL05 Family is recognized for delivering low power, all-digital PLL solutions ideal for IoT and embedded systems. Built on Perceptia's second-generation digital PLL technology, it ensures consistency in performance across various processes, making it a prime option for low voltage environments operating up to 1GHz. Its remarkably small design footprint of less than 0.01 square millimeters coupled with low power consumption makes the pPLL05 ideal for constrained environments. The PLL can manage input frequencies between 5MHz and 200MHz, further enhancing its application versatility in embedded systems and moderate-speed processors. Perceptia provides the pPLL05 across diverse technology nodes including GlobalFoundries 22FDX and Samsung 8LPP, offering robust support for customization and integration. This support includes comprehensive backend flow compatibility and integration guides, ensuring ease of use and adaptability.
The pPOR01 design is a specialized Power-On Reset (POR) system designed to ensure precise and reliable power-up sequences for digital circuits. With meticulous engineering, it provides robust reset functionalities crucial for preventing erratic system behaviors as power supplies fluctuate or stabilize. Compact and highly integrated, the pPOR01 suits a range of ICs needing stringent power management and reset functions. By delivering reliable reset signals, it minimizes latency and promotes seamless system restarts, making it an invaluable component in systems integrating complex, multi-stage power supplies. In essence, pPOR01 is crafted to enhance the resilience and integrity of digital systems during power fluctuations, acting as a safeguard to protect complex integrated circuits from inadvertent disruptions or inconsistencies at startup.
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