Over the past two decades, Bluetooth technology has made our lives more efficient, safer, healthier, and happier. The Bluetooth SIG community is continuously developing the technology to meet the needs of the expanding wireless communications market. The Bluetooth standard moving towards the 6GHz band means that Bluetooth technology will operate on a higher wireless frequency band. Bluetooth technology has been constantly evolving, from the original 2.4GHz band (classic Bluetooth) to the more recent 5GHz band (Bluetooth 4.0 and later). Now, moving to the 6GHz band means Bluetooth technology has moved to a new level.
This band upgrade typically brings several benefits, including higher data rates, lower latency, and better network capacity. This is beneficial for supporting more device connections, improving wireless communication quality, and promoting new application scenarios. The 6GHz band is generally cleaner to use because this band is currently used relatively little by other wireless technologies, which helps reduce interference and improve communication reliability.
The migration of the Bluetooth standard to the 6GHz frequency band represents the further optimization and expansion of Bluetooth technology performance and application areas. This could mean that future Bluetooth devices will be better able to meet the growing demand for wireless connectivity
MY-BT102 is a Bluetooth module launched by MUYU. MY-BT102 is a wireless module that supports Bluetooth 5.0 Dual Mode and can receive SPP and BLE data. The SPP transmission rate can reach 80KB/s. It is a suitable replacement for the HC-05 Bluetooth Module.
MY-BT102 Features:
- Bluetooth 5.0 4.2/4.1/4.0
- Cheapest Price Bluetooth Module
- Multi-Connection
- Programmable Baud-Rate (Up to 921600bps)
- The Default UART Baud Rate is 115200bps
- Replace HC-05 Bluetooth Module
- Customized Firmware
- Over-The-Air (OTA) Firmware Updates
- Support Serial Port Upgrade
MY-BT102 supports various configuration files such as SPP, HID, GATT, and ATT, and can be programmed using AT commands via UART communication. It also supports multi-connection, making it ideal for use in various wireless IoT devices such as Bluetooth printers, barcode scanners, health, and medical devices.
