[Communication Interface]:UART
[Operating Frequency]: 2.4GHz
[Connection Distance]: 200m
[Transmission Distance]:300m
[Product Dimensions]: 13*19mm
[Introduction]:The EWM104-BT60SP2 is a brand-new, low-cost, China-made dual-mode Bluetooth slave module from EBYTE. It utilizes an integrated SOC chip, complies with the Bluetooth 5.2 protocol specification, and meets customers' needs for low-cost Bluetooth audio applications. It supports the Bluetooth protocol stack, including audio, voice, and SPP profiles, provides a UART serial port, supports BLE/BR and EDR, and supports AT commands. Users can modify parameters such as the serial port baud rate and device name as needed, offering flexibility and allowing for customized development.
| Parameter name | Parameter value | Remark |
| Operating frequency band | 2.4GHz | - |
| Communication interface | UART serial port | Supports AT commands |
| Serial port configuration | 115200bps 8N1 | - |
| Transmit power | 8dBm @MAX | Support configuration |
| Receiver sensitivity | -95dBm | - |
| Connection distance | 200m | - |
| Transmission distance | 300m | - |
| Operating voltage (V) | 3.0~4.3 | Typical value is 3.3V; exceeding this limit may result in burnout. |
| Operating temperature (°C) | -40~+85 | Industrial-grade design |
| Operating humidity (%) | 10~90 | In a clear, open environment, at maximum transmission power |
| External dimensions | 13 * 19 mm | In a clear, open environment, at maximum transmission power |
| Antenna Interface | Stamp hole/PCB antenna | The stamp hole requires a change in jumper resistor/equivalent impedance of approximately 50Ω. |
| Packaging method | surface mount | - |
| Interface method | stamp perforation | Spacing 1.27mm |
| Average power consumption | Parameter value |
| standby | 1.8 |
| BLE connection (mA) | 1.5 |
| SPP connection (mA) | 2.6 |
| BR/EDR connection (mA) | 2.6 |
| BR/EDR plays music (mA). | 4.1 |
| BLE data pass-through (mA) | 1.5 |
| SPP Data Pass-through (mA) | 2.8 |
| BLE data pass-through + BR/EDR music playback (mA) | 4.1 |