The TS-M1032D is a compact low-power BLE (Bluetooth Low Energy) Bluetooth module featuring a Bluetooth 5.0 chip and support for the BLE 4.2 protocol. It supports both BLE and SPP (Serial Port Profile) dual-mode protocols and is compatible with AT commands, allowing users to modify parameters such as serial port baud rates and device names using the provided AT instructions. Additionally, the module’s I/O ports can be directly controlled via an app by sending data, offering flexible and straightforward operation. This module is praised for its excellent stability, ultra-low cost, minimal power consumption, and high reception sensitivity, making it adaptable to a variety of customer development projects.

The TS-M1031D is a compact dual-mode Bluetooth module that supports the Bluetooth BLE 5.0 protocol and integrates a high-performance 2.4GHz RF transceiver, a feature-rich baseband processor, an ARM968E-MCU, and various peripheral interfaces, supporting programmable protocols. This module boasts excellent stability, ultra-low cost, minimal power consumption, and high reception sensitivity, making it suitable for a wide range of customer development projects.

The TS-M1030D is a compact Bluetooth Low Energy (BLE) Bluetooth module, featuring a Bluetooth 5.0 chip and support for BLE4.2 and BLE+SPP dual-mode protocols. It also supports AT commands, allowing users to modify parameters such as serial port baud rate and device name. Additionally, the data control module’s I/O ports can be directly accessed via an app for flexible and straightforward operation. This module offers outstanding stability, ultra-low cost, minimal power consumption, and high receiving sensitivity.

The TS-M1029 is a compact dual-mode Bluetooth module, featuring a Bluetooth 5.0 chip that supports the Bluetooth BLE 4.2 protocol. The dual-mode firmware is compatible with both BLE and SPP protocols and supports AT commands. Users can utilize the provided AT commands to customize serial port baud rates, device names, and other parameters. Additionally, the module’s IO ports can be controlled directly through an app by sending data, offering flexible operation and simple usage. This module boasts excellent stability, ultra-low cost, minimal power consumption, and high reception sensitivity, making it suitable for a wide range of customer development projects.

The TS-M1021 is a diminutive Bluetooth module, measuring merely 8 by 12 millimeters, designed for applications requiring minimal size and low power consumption, without compromising on cost-effectiveness. This module is renowned for its remarkable stability and wide-ranging compatibility. It comes with a default setting that facilitates Bluetooth serial port transparent transmission, allowing users to modify serial port baud rates, device names, and additional parameters using the supplied AT commands. This feature enables adaptable operation and straightforward implementation, making the module an ideal choice for a diverse array of customer development projects.

In an era where connectivity defines convenience, BLE Tags stand as unsung architects of seamless experiences. These compact transmitters leverage Bluetooth Low Energy (BLE) technology to broadcast signals that devices—primarily smartphones—interpret to trigger contextual actions. Unlike traditional wireless technologies, Beacons do not facilitate direct data exchange but instead act as spatial triggers, creating a bridge between digital interfaces and physical environments. From retail stores to healthcare facilities, their influence permeates industries, redefining how businesses engage with users in real-time.

Bluetooth modules are versatile and essential components in a wide array of applications. From enhancing audio experiences and enabling IoT connectivity to supporting healthcare, industrial, automotive, retail, and smart city initiatives, these modules provide reliable and efficient wireless communication solutions. As technology continues to advance, the role of Bluetooth modules in creating connected and intelligent environments will only continue to grow, driving further innovation and development across various industries.

BLE Beacons‌ have become a cornerstone of proximity-based technologies, enabling applications ranging from indoor navigation to targeted marketing. However, their effectiveness hinges on strategic deployment. Poorly planned installations can lead to inconsistent performance, wasted resources, and frustrated end-users. Below are critical considerations to ensure optimal BLE Beacon functionality.