With the rapid iteration of consumer electronics and smart hardware, Bluetooth audio has evolved from “single connection” to “multi-device collaboration, high-definition audio, and low power consumption.” While classic Bluetooth audio has long supported devices such as headphones and speakers, it has gradually revealed pain points in practical applications: a single source can connect to a maximum of 2 设备, there is a certain amount of latency, power consumption is relatively high, and compatibility is limited during high-definition audio transmission. These issues are particularly prominent in scenarios such as multi-room audio, 公共广播, in-car entertainment, and education and training.

 

To break through industry bottlenecks, 蓝牙特殊兴趣小组 (Bluetooth SIG) launched the LE Audio standard, reconstructing the audio transmission experience with three core features: 低功耗, 低潜伏期, and Broadcast Audio.

高通QCC3086 chip supports the Bluetooth 5.4 协议, is compatible with a variety of high-definition audio codecs, and features high integration, making it a core component for building next-generation Bluetooth audio solutions.

Based on this chip, Feasycom offers two targeted solutions: the FSC-BT1114QI Bluetooth LE Audio transmitter SoC Module and the FSC-BP411 LE Audio Bluetooth USB dongle transmitter. 他们之中, the FSC-BP411 requires no complex configuration, supports a wide range of scenarios, and delivers stable performance, making it ideal for ordinary users and enterprises to quickly upgrade their Bluetooth audio experience.

 

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申请

  • Classic Bluetooth Mode: Point-to-point connection, paired with a single audio receiver, compatible with traditional Bluetooth audio protocols (A2DP/HFP), and widely adaptable to various Bluetooth headphones and speakers.
  • BIS Broadcast Mode: One-way broadcast, based on Bluetooth LE Audio’s Broadcast Isochronous Stream (bis) 技术, enabling one-to-many, low-latency synchronous audio distribution.
  • CIS Low-Latency Mode: Two-way connection, establishing a stable, low-latency bidirectional link between the audio transmitter and receiver.

 

Qualcomm 1

 

FSC-BT1114QI Bluetooth LE Audio Transmitter SoC Module

  • design of 12mm×17mm×2.2mm for easy integration;
  • Supports multiple interfaces including UART, I2, 和USB 2.0, compatible with digital/analog microphones and stereo audio output;
  • Supports communication protocols such as SPP, LE-GATT, HFP, A2DP, AVRCP, 和音频;
  • Supports codecs including LC3, SBC, aptx, aptX-HD, aptX-AD, and aptX-LossLess;
  • Wide temperature range design of -40℃~85℃, suitable for harsh environments such as automotive and industrial equipment;
  • Comes with built-in Feasycom firmware; developers can call Bluetooth functions through simple ASCII serial commands without in-depth low-level development, significantly shortening the product launch cycle.

 

401 1

 

FSC-BP411 LE Audio Bluetooth USB Dongle

  • design of 34.4mm×16.7mm×9mm for easy portability.
  • 支持蓝牙 5.4, 蓝牙的向后兼容性 5.3/5.2/5.1/5.0/4.0/3.0/2.1/2.0.
  • Driver-free support for Windows/一个ndroid/ios/harmonyOs.
  • 支持LE音频/HFP/A2DP协议, 还有更多.
  • 可以与蓝牙扬声器一起使用, 耳机, 手机, 平板电脑, 和其他设备.
  • LE音频在广播同步流中运行 (bis) 模式, supporting multiple LE Audio headphones without a specific limit on the number.
  • 传输距离 70 仪表 (Under Interference-Free Conditions).
  • 35ms minimum latency (CIS mode).
  • Similarly supports multiple codecs including LC3, SBC, aptx, aptX-HD, aptX-Adaptive, and aptX-LossLess.

 

Feasycom’s two QCC3086 solutions essentially provide a “full-scenario solution” for the Bluetooth audio industry: they not only address the pain points of classic Bluetooth such as “few connections, high latency, and high power consumption” but also ensure high-definition sound quality through the aptX series of codecs. 此外, the “module + Dongle” combination covers the entire chain from hardware development to end-user applications. Whether developers need to quickly integrate Bluetooth functionality (choose FSC-BT1114QI) or enterprises need to upgrade existing devices with LE Audio capabilities (choose FSC-BP411), they can find a suitable solution.