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The AON1020 belongs to the sophisticated AONSens™ Neural Network Series, cementing its role in both audio and multifunctional sensor applications. The core is delivered in a Verilog RTL format, allowing flexibility for ASIC or FPGA synthesis. Designed for efficient energy usage, the AON1020 is ideal for persistent voice command recognition, offering its capabilities with negligible power draw for always-on operations. Capable of beyond-the-basics voice control, this IP comprehensively tackles real-time responses to acoustic events and environmental cues. It seamlessly integrates with sensor systems for detecting human activities, making it suitable for contexts requiring sensors for activity updates, such as fitness monitoring or interactive toys. Maintaining pin-point accuracy under challenging sound conditions or user unpredictability, AON1020 is perfect for high-responsiveness scenarios. It supports the company's data-centric approach, embedding functions necessary for context detection and acoustic events, thus providing a holistic suite for user interaction and functional triggers in connected ecosystems.
AON1000 is a robust AI solution that elevates voice and sound recognition capabilities for IoT devices, wearables, and smart home applications. Designed to operate with ultra-low power, the AON1000 demonstrates exceptional accuracy within acoustically challenging environments. This advanced product supports multi-wake-word detection and always-listening voice-enabled applications. Its inherent capability for adaptive voice activity detection and extensive acoustic event monitoring distinguishes it in the audio processing domain. The AON1000 harnesses the power of proprietary neural network architecture, optimized for deep neural network inferencing directly at the edge. This allows for unique efficiency in processing voice commands, detecting speakers, and handling various sensor inputs concurrently. The design philosophy incorporates real-world noise conditions, offering top-tier accuracy per microwatt consumed. This AI engine can either function independently or integrate with existing hardware, such as microphones, thus minimizing the need for an auxiliary application processor during continuous monitoring phases. This solution also supports seamless integration with software algorithms that can be ported to alternative DSPs for less power-sensitive applications. Its comprehensive package covers data augmentation during training, thus facilitating high-end accuracy even in variable use-case scenarios, making it a leading choice for developers aiming to optimize consumer electronics and smart devices.
AON1010 forms an integral component of the AONVoice™ Neural Network Series, specifically tailored for voice and audio recognition tasks. It efficiently processes microphone inputs for a plethora of applications including sound analysis and voice command execution. The hardware is available as AI processing engine in Verilog RTL, making it compatible for ASIC and FPGA configurations. With its built-in AI-driven software, AON1010 excels in managing always-on functionality. It offers multi-wake-word detection, enabling voice command recognition directly on the device, without sacrificing power efficiency. The architecture is particularly strong in adapting to dynamic audio environments, maintaining high accuracy even amidst background noise or sound reverbs. Providing seamless speaker identification and context-sensitive responses, the AON1010 adapts to changes within the user demographic and environmental variabilities. Moreover, it demonstrates scalability by handling simultaneous command detections, making it versatile for diverse deployments. This technology is critical in advancing efficient voice-activated systems for consumer electronics and enterprise solutions.
AONDenoise is an innovative AI-driven denoiser that stands out for its unmatched ability to filter out noise in audio recordings. Armed with advanced algorithms, the single-microphone solution remains a compact and efficient model, employing just 50,000 parameters and demonstrating a latency of under one millisecond. The denoiser offers user customization through a software tool suite, allowing greater adaptability to distinct noise environments like babble, wind, or a crowded venue. Implementing this technology at the edge ensures high accuracy in isolating desired sounds, such as speech, by mitigating intrusive background noise. A perfect fit for applications where clarity is non-negotiable, the AONDenoise can be seamlessly integrated into devices required to operate in loud settings. Consequently, it provides an opportunity for clearer communication and user interaction, promising enhancements in user experience in diverse scenarios ranging from consumer electronics to professional settings.
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