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QCC-2076-0-NSP334-MT-01-0 is listed in the RF Transceiver ICS range at ChipApex. The manufacturer field lists Qualcomm. Its product description is QCC-2076-0-NSP334-MT-01-0. Review the specifications below when checking this part for your BOM.
The Qualcomm QCC2076 is a Bluetooth audio system-on-chip designed for premium wireless audio devices. It supports the Bluetooth 5.3 standard, offering enhanced stability and lower power consumption. The chipset features aptX Adaptive technology for high-resolution audio with minimized latency. Integrated Active Noise Cancellation (ANC) and spatial audio support enable immersive listening experiences. Its ultra-low-power architecture extends battery life in earbuds and headphones.
Verify that the specific suffix -0-NSP334-MT-01-0 matches the exact configuration required for your design. Confirm compatibility with your RF front-end components and antenna design. Ensure that the firmware version aligns with your target Bluetooth profile requirements. Check for any region-specific regulatory certifications necessary for deployment. Consult official documentation for pinout and power supply specifications.
Choose this component when prioritizing audio quality and power efficiency in compact form factors. It is suitable for applications requiring advanced noise cancellation and spatial audio features. Consider its compatibility with existing Bluetooth host processors. Evaluate its performance against latency-sensitive use cases like gaming or video streaming. Assess the integration complexity with your current hardware architecture.
The QCC2076 belongs to Qualcomm's lineup of Bluetooth audio SoCs, targeting the premium consumer audio market. It complements other connectivity solutions by focusing on high-fidelity wireless audio transmission. This chip is part of the broader ecosystem supporting modern mobile and wearable devices. It represents an evolution in Bluetooth audio processing capabilities within the company's portfolio.
Publicly confirmed substitute part numbers are not available in the provided source material. Verify compatibility with alternative chips based on pinout, software stack, and feature set. Consult official Qualcomm resources for potential cross-reference information.
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