QCC3034 Bluetooth 5.0 High Power RF Audio Module BT1026B

FSC-BT1026B integrates an ultra-low-power DSP and application processor with embedded flash memory, a high-performance stereo codec, a power management subsystem, I2S, LED drivers and ADC I/O in a SOC IC.

Both cores use external flash to execute code, making it easy for user to differentiate products from new features without delaying the development

By default, FSC-BT1026B module is equipped with powerful and easy-to-use Feasycom firmware. It’s easy to using and completely encapsulated. Feasycom firmware enables users to access Bluetooth functionality with simple ASCII commands delivered to the module over serial interface - it's just like a Bluetooth modem.

Therefore, FSC-BT1026B provides an ideal solution for developers who want to integrate Bluetooth wireless technology into their design.

Features

FSC-BT1026B(QCC3034) Features

Qualified to Bluetooth® v5.0 specification

120 MHz Qualcomm® Kalimba™ audio DSPs

32 MHz Developer Processor for applications

Firmware Processor for system

Flexible QSPI flash programmable platform

Advanced audio algorithms

High-performance 24-bit stereo audio interface

Digital and analog microphone interfaces

aptX, aptX HD, aptX Low Latency, SBC and AAC audio codecs support

Serial interfaces: UART, Bit Serializer (I²C/SPI),USB 2.0

Integrated PMU: Dual SMPS for system/digital circuits, Integrated Li-ion battery charger

Application subsystem

Dual core application subsystem 32 MHz operation

32-bit Firmware Processor:

Reserved for system use

Runs Bluetooth upper stack, profiles, house-keeping code

32-bit Developer Processor: 

Runs developer applications

Both cores execute code from external flash memory using QSPI clocked at 32MHz

On-chip caches per core allow for optimized performance and power consumption

Bluetooth subsystem

Qualified to Bluetooth v5.0 specification including 2 Mbps Bluetooth low energy(Production parts)

Single ended antenna connection with on-chip balun and Tx/Rx switch

Bluetooth, Bluetooth low energy, and mixed topologies supported

Class 1