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Obsidian Technology's OTC9101 USB Power Delivery Chip is a comprehensive solution for efficiently managing power through USB Type-C connections. This chipset encompasses the full spectrum of USB Power Delivery features, including advanced mixed signal Analog Front End Macros tailored for process nodes ranging from 130nm to 180nm. Its design ensures integration with a broad array of consumer electronics, enhancing the power capabilities of devices like laptops, tablets, and external drives. The chip delivers unmatched flexibility by incorporating both source and object level Power Delivery functionality, a feature that stands out in Obsidian Technology’s suite of offerings. This dual-level capability allows developers greater control over the integration and customization of their power management designs, going beyond the traditional black box IP model to offer real ownership and adaptation options. By leveraging a set of robust hardware components and extensive software support, the OTC9101 facilitates seamless communication across USB interfaces. Its compliance with the latest USB standards, paired with thorough testing and reporting documentation, ensures that devices powered by OTC9101 are not only effective but also dependable in real-world applications. This chip represents a commitment to excellence and forward-thinking design within the semiconductor industry.
The OTS9106 USB PD Development Board by Obsidian Technology is an advanced tool designed for easy evaluation and customization of USB Type-C Power Delivery applications. It includes comprehensive compliance reporting, making it a pivotal asset for developers aiming to streamline the process of integrating USB PD functionalities into their projects. This board supports a wide array of development activities, from demonstration to in-depth analysis, aligning closely with the standards of modern electronic devices. Equipped with a robust suite of mixed signal Analog Front End Macros, the board is optimized for multiple technology nodes including 65nm, 130nm, and 180nm. The provision of RTL code from the AFE to a fully I2C compatible register set ensures that developers have a complete toolkit for seamless integration and application. The standalone C code provided for the Protocol, Device Policy Manager, and System Policy Manager enhances its utility by enabling detailed customization. Designed for both educational and commercial settings, the OTS9106 serves as a reliable platform for exploring the potentials of USB Power Delivery in electronic device manufacturing. Its flexibility allows for effective testing and development, ensuring that developers can refine their understanding and augment their designs with cutting-edge USB technological support.
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