BLE Voice

Continuing from our previous guide on debug output configuration, this post covers two more practical aspects of AC696N development: utilizing the USB DP/DM pins for serial printing and locating the compiled firmware files for programming. Getting Started with AC696N Speaker SoCs (Part 2) 2. Using USB DP/DM for Printing 2.1 Setting the Print Pins to DP/DM #define TCFG_UART0_TX_PORT IO_PORT_DP // IO_PORT_DM // Serial port transmit pin configuration 2.2 Turning Off Other Functions Related to DP/DM To avoid conflicts, other functions that use the DP/DM pins must be disabled: 2.2.1 Turn off PC mode #define TCFG_APP_PC_EN 0 2.2.2 Turn off USB function #define TCFG_UDISK_ENABLE DISABLE_THIS_MOUDLE // USB drive module enable 2.2.3 Turn off USB pin multiplexing #define TCFG_USB_DM_MULTIPLEX_WITH_SD_DAT0 DISABLE 2.2.4 If online audio effect tuning uses USB DP/DM, turn off the online tuning function #define TCFG_TOOL_TX_PORT ...

📦 [Scan & Hear: The Smart Voice Confirmation System] 🔊 See a Barcode, Hear “One Box” KT148A chip turns any scan into a clear voice prompt. Making operations intuitive and foolproof! 🏪 Perfect for Streamlining Work: • Supermarket Checkout Counters • Warehouse Inventory Management • Factory Production Lines • Product Traceability Systems 💡 Why It’s a Game-Changer: ✅ Reduces human error ✅ Speeds up verification ✅ Easy to integrate (SOP8 package) ✅ Customizable prompts #VoiceChip #SmartLogistics #KT148A #Automation 👉 SWIPE to see the seamless scan-and-hear demo!

In recent years, as living standards improve and work pressure increases, more and more households have begun relying on smart appliances to simplify housework. As a new category of home appliance, robot vacuums have gained significant attention for their intelligent and autonomous capabilities. With the evolution of robot vacuum functionality, the introduction of the KT148A voice chip has opened a new chapter in human–machine interaction. Design Requirements for Robot Vacuum Voice Solutions Lack of real-time feedback during cleaning may cause user anxiety Complex operation leads to demand for guided instructions Insufficient intuitive alerts when the device encounters abnormalities or faults Chip Selection: Why Is the KT148A the Top Choice for Robot Vacuums? As an industrial-grade voice IC designed specifically for smart home devices, the KT148A has become the ideal choice for robot vacuum manufacturers thanks to its core strengths. Traditional robot vacuums only provide simple feedba...

🎵 [KT7921 Bluetooth Audio Chip - Premium Sound Experience] ✨ Next-Level Audio Performance QFP48 chip with advanced features: ✅ Touch-sensitive controls ✅ Dual DAC for crystal clear sound ✅ Smart battery management ✅ Differential stereo output 🔊 Perfect for High-End Devices: • Premium Bluetooth speakers • Hi-Fi audio systems • Professional audio equipment 💡 Why Choose KT7921: Superior sound quality | Long battery life | Smooth touch experience #KT7921 #BluetoothAudio #HiFiTech #AudioInnovation 👉 SWIPE to experience the sound quality!

Giving Electric Vehicles a Voice: Motorcycle Sound Simulation with AC6965E Bluetooth Chip Watch our AC6965E Bluetooth audio decoding chip in action, simulating exhilarating motorcycle engine sounds and synchronizing stunning light effects for electric vehicles. This 60-second demo showcases the chip's high-performance, cost-effective audio capabilities. The AC6965E is ideal for automotive entertainment, toys, educational devices, and professional audio equipment. This application highlights the growing market for enhancing EV driving experiences and safety. At our core, we are a leading R&D, production, and sales solution provider for Bluetooth and Voice ICs/Modules. From #BluetoothAudio chips like the AC6965E to #VoicePrompt chips, #MP3Modules, and #IoT solutions for #SmartHome and beyond, we enable innovation. Subscribe for more tech breakthroughs! AC6965E, Bluetooth Audio Chip, Bluetooth Module, Voice IC, Voice Module, MP3 Chip, JL Bluetooth, Engine Sound Simulation, Electri...

  Method 1: Firmware Upgrade for One - to - Two Test Box Using a Small Tool The test box contains three chips: two slave chips (running the same program) and one master chip. Firmware upgrades require updating all three chips. Slave Firmware Upgrade Package : AC690x_1T2 Test Box_Slave V1.0.1.exe Master Firmware Upgrade Package : AC690x_1T2 Test Box_Master V1.0.1.exe 1. Upgrade the Master Chip Connect the upgrade tool, plug it into the USB port, and run AC690x_1T2 Test Box_Master V1.0.1.exe to download. 2. Upgrade the Two Slave Chips Connect the USB port using Dupont wires (DM to slave DM, DP to slave DP). Refer to the wiring diagram on the back of the test box for Slave 1 and Slave 2 connections. Connect the upgrade tool, plug it into the USB port, and run AC690x_1T2 Test Box_Slave V1.0.1.exe to download. After upgrading all three chips, attach the jumper cap. Method 2: Firmware Upgrade Using bt_test_box.exe Software This method does not require jumpers; simply plug into the USB...

🏭 Advancing Edutainment Technology JieLi AC6965E Bluetooth chip enables: • 8-hour continuous playback • 10m recording capacity • Multi-sensor integration Powering next-gen educational toys #BluetoothTech #EmbeddedSystems