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The latest power metering IP from Dolphin Semiconductor provides a robust and flexible solution for single and three-phase applications. Integrated with a 24-bit ADC, it delivers exceptional accuracy for both active and reactive energy metering. This IP is specifically designed to cater to various process nodes from 180nm down to 40nm, supporting energy computation directly in the SoC without the need for additional flash memory. The power metering IP offers integrated algorithms that handle energy computations efficiently, covering practical requirements such as low noise at low frequencies and maintaining a high total harmonic distortion. By offering synchronized channel performance and phase-shifting capabilities, the IP stands out for its precision and energy computation prowess. This functionality reduces the bill of materials and pin costs significantly, allowing for seamless incorporation in diverse SoC designs. Designed for efficiency and low area impact, Dolphin Semiconductor's power metering solution allows for simpler and cost-effective SoC implementations. The inclusion of extra features like a programmable output data rate and an ultra-low power LDO makes it a highly appealing choice for developers focused on energy-efficient technology solutions.
Dolphin Semiconductor's Foundation IP addresses the essential need for high efficiency in System-on-Chip (SoC) designs through its embedded memory and standard-cell libraries. These IPs are indispensable in optimizing SoC design by minimizing energy consumption and reducing area, tailored to meet demand in modern electronic devices. Focused on providing versatile solutions, the Foundation IP supports technologies from 180nm down to 40nm, optimized specifically for the TSMC foundry process. Within their Foundation IP, critical elements such as standard cells achieve up to 30% gain in cell density while conserving power and reducing leakage. To further enhance device efficiency, these IPs are delivered as a comprehensive package that includes flexible power modes and area-saving approaches, facilitating the creation of low-power, high-performance SoCs. Dolphin Semiconductor ensures that these foundational elements allow for intricate SoC designs while maintaining cost-effectiveness. The power and flexibility embedded within these libraries contribute immensely to the foundation for SoC reliability and enhanced device capabilities, making them indispensable in both mainstream and cutting-edge technology solutions.
Dolphin Semiconductor's BAT series brings cutting-edge audio IP to market, designed primarily for battery-powered SoCs. This platform revolutionizes audio processing with its high-fidelity solutions that are energy-efficient and operationally superior. The BAT series supports advanced functionalities that cater to emerging use cases such as active noise cancellation, beamforming, and voice interface, bringing innovation in audio signal processing. The BAT platform enables fast development cycles by providing a ready-to-integrate catalog of high-quality audio IPs. With configurable options that ensure minimal latency and optimal sound reproduction, the platform ensures premium sound quality. Additionally, developers can leverage BAT's capabilities to integrate quickly across different systems while minimizing risks and lowering expenses. With over three decades of experience, Dolphin Semiconductor's BAT series continues to shape premium audio solutions that are scalable and adaptable to a range of applications, from consumer electronics to smart home devices. These solutions not only promise extended device battery life but also augment the sound experience with exceptional clarity and detail, redefining audio excellence in contemporary applications.
SPIDER is Dolphin Semiconductor's premier power management platform, designed to enhance energy-efficient SoC designs across varied process nodes. It incorporates voltage regulators, low-frequency oscillators, and voltage monitors, providing reliable power supplies to both active and always-on domains. Its design is geared towards maximizing efficiency for active operations while maintaining low quiescent currents for deep-sleep modes. The platform supports direct connectivity to power sources like batteries and USB, accommodating up to 5.5 V input voltage. SPIDER's integration of body biasing techniques assures robust reliability and performance under diverse environmental conditions. Additionally, SPIDER offers a cost-effective solution by condensing multiple power domains into a single DC/DC converter, showcasing high power efficiency even at minimal loads. Dolphin's unique implementation of Adaptive Body Biasing (ABB) further amplifies its performance and energy savings, enhancing compactness and dependability. This adaptable platform stands out for its versatility and capability to streamline the SoC design process, significantly reducing time and cost constraints for developers. SPIDER thrives on optimizing interoperability and decreasing system costs, making it a comprehensive choice for contemporary SoCs. Incorporating these tailored power management solutions ensures a balanced and efficient power network, essential for meeting the high demands of today's sophisticated electronic devices.
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