Vhm-314 Change Name <2025-2027>

A similar low-cost audio module that supports name changes via serial commands.

If your goal is simply to stop getting confused when connecting your phone, follow these steps: For Android: Go to > Connected Devices . Tap the Gear Icon next to the VHM-314. Tap the Pencil Icon (Edit) at the top right. Type your new name (e.g., "Retro Radio") and hit Rename . Go to Settings > Bluetooth . Tap the "i" icon next to the VHM-314. Tap Name . Enter the new name and go back to save. Summary Table: VHM-314 Capabilities Broadcast Name Change ❌ Not Supported Local Device Renaming ✅ Supported (via Phone/PC) AT Command Support Onboard USB Programming

If having a custom broadcast name is a requirement for a commercial product or a high-end DIY build, consider swapping the VHM-314 for a module that supports . Recommended Alternatives: Vhm-314 Change Name

If you have the space, an ESP32 can be programmed as an A2DP sink with any name you choose. 3. Physical Labeling

The firmware is typically stored on a chip that is not user-programmable without specialized hardware (like an ICSP programmer). A similar low-cost audio module that supports name

It sounds simple, but for DIY enthusiasts building multi-room audio, physical labeling is the most effective tool. Use a label maker to put the unique ID or the local name you assigned on the outside of the project box. How to Rename VHM-314 on Your Phone (Local Only)

Every Bluetooth module has a unique MAC address. If you have multiple "VHM-314" devices in one house, your phone or PC will usually list them as: VHM-314 (AA:BB:CC...) VHM-314 (DD:EE:FF...) Tap the Pencil Icon (Edit) at the top right

Since software-based renaming is generally locked out for the average user, here are the best ways to manage multiple VHM-314 modules or customize your project experience. 1. Identify by MAC Address

The board lacks a dedicated USB-to-UART interface for AT commands.

Unlike high-end Bluetooth modules (like those from CSR/Qualcomm) or programmable microcontrollers (like the ESP32), the VHM-314 uses a low-cost, fixed-function Bluetooth SoC (System on a Chip). In most versions of this board, the Bluetooth name is hardcoded into the firmware during the manufacturing process. The Technical Barrier

A similar low-cost audio module that supports name changes via serial commands.

If your goal is simply to stop getting confused when connecting your phone, follow these steps: For Android: Go to > Connected Devices . Tap the Gear Icon next to the VHM-314. Tap the Pencil Icon (Edit) at the top right. Type your new name (e.g., "Retro Radio") and hit Rename . Go to Settings > Bluetooth . Tap the "i" icon next to the VHM-314. Tap Name . Enter the new name and go back to save. Summary Table: VHM-314 Capabilities Broadcast Name Change ❌ Not Supported Local Device Renaming ✅ Supported (via Phone/PC) AT Command Support Onboard USB Programming

If having a custom broadcast name is a requirement for a commercial product or a high-end DIY build, consider swapping the VHM-314 for a module that supports . Recommended Alternatives:

If you have the space, an ESP32 can be programmed as an A2DP sink with any name you choose. 3. Physical Labeling

The firmware is typically stored on a chip that is not user-programmable without specialized hardware (like an ICSP programmer).

It sounds simple, but for DIY enthusiasts building multi-room audio, physical labeling is the most effective tool. Use a label maker to put the unique ID or the local name you assigned on the outside of the project box. How to Rename VHM-314 on Your Phone (Local Only)

Every Bluetooth module has a unique MAC address. If you have multiple "VHM-314" devices in one house, your phone or PC will usually list them as: VHM-314 (AA:BB:CC...) VHM-314 (DD:EE:FF...)

Since software-based renaming is generally locked out for the average user, here are the best ways to manage multiple VHM-314 modules or customize your project experience. 1. Identify by MAC Address

The board lacks a dedicated USB-to-UART interface for AT commands.

Unlike high-end Bluetooth modules (like those from CSR/Qualcomm) or programmable microcontrollers (like the ESP32), the VHM-314 uses a low-cost, fixed-function Bluetooth SoC (System on a Chip). In most versions of this board, the Bluetooth name is hardcoded into the firmware during the manufacturing process. The Technical Barrier