Bluetooth Audio Controllers-卓榮集成電路科技有限公司-藍牙主控晶片-MP3 解碼芯片

Introduction

AppoTech provides a series of Bluetooth audio controllers, which are widely used in gaming Bluetooth headsets, True Wireless Stereo (TWS), Bluetooth headsets, Bluetooth speakers, Bluetooth microphones, etc., to meet your diversified requirements for specifications, performance, and cost.

Our CW6696P/D high-performance Bluetooth audio controllers can flexibly switch Bluetooth5.0/2.4GHz dual-mode in response to different environments.

To meet your needs for audio and video synchronization, market-leading 2.4GHz low-latency technology saves 88% of the delay time for you.

Features

Support Bluetooth
5.0/2.4Ghz dual-mode
Exclusive 2.4GHz
low-latency technology <25ms
High-quality and stable audio performance within
a transmission range of up to 20 meters
Provide 16 bits/48KHz
sampling frequency
Support equalizer adjustment
and bass enhancement mode
Support full format decoding

Technology

The Ultimate Weapon that Reduces Latency by 88%

AppoTech's exclusive low-latency technology provides the industry's shortest (25ms)* sound transmission delay, which is 88% shorter than the 200ms standard Bluetooth transmission delay (SBC format). When the opponent hears your movement, you are ready to buckle the trigger!
*Note: Use in 2.4G wireless environment.

Selection Guide

Chipset	Bluetooth	2.4G low-latency Mode*	Sampling Frequency	Low-frequency Sound Algorithm	Memory	Package	Applications
CW6696P	5.0	Yes	16 bits/48KHz	Yes	8Mb	QFN32	Bluetooth speakers Bluetooth microphones Bluetooth headsets Gaming headsets TWS
CW6696D	5.0	Yes	16 bits/48KHz	Yes	4Mb	QFN32	Bluetooth speakers Bluetooth microphones Bluetooth headsets Gaming headsets TWS
CW6693P	5.0	-	16 bits/48KHz	Yes	8Mb	QFN32	Bluetooth speakers Bluetooth microphones Bluetooth headsets TWS
CW6693G	5.0	-	16 bits/48KHz	-	8Mb	LQFP48	Bluetooth speakers Bluetooth microphones Bluetooth headsets TWS
CW6693F	5.0	-	16 bits/48KHz	-	4Mb	LQFP48	Bluetooth speakers Bluetooth microphones Bluetooth headsets TWS

*Note: Use in 2.4G wireless environment.

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