Modul Bluetooth ALLNET ALL-B-58

The ALLNET ALL-B-58 is a compact Bluetooth module designed for easy integration with development boards and embedded systems. Weighing approximately 10 g, the module provides wireless connectivity for IoT devices and battery-powered applications. It supports standard Bluetooth profiles and offers low power consumption to extend operational life in portable systems while maintaining reliable data transmission over typical short-range links.

Advantages

The module combines a small physical footprint with stable wireless performance and energy-efficient operation. Its compatibility with common development boards simplifies prototyping and integration. The low weight and compact size make it suitable for space-constrained designs, while support for relevant Bluetooth profiles ensures interoperability with a wide range of peripherals and host devices.

Suitable for

• IoT prototypes and proof-of-concept devices
• Battery-operated sensors and actuators
• Wearable electronics with short-range wireless needs
• Embedded systems requiring Bluetooth connectivity

Key specifications

• Form factor: compact module, lightweight (approx. 10 g)
• Wireless technology: Bluetooth (standard profiles supported)
• Power characteristics: low power consumption suitable for battery operation
• Interface: designed for connection to development boards and embedded hosts
• Range: typical short-range Bluetooth communication suitable for close-proximity connections

How to use

Mount the module on a compatible development board or integrate it into a custom PCB following the board's connector and pinout conventions. Ensure correct power supply levels and grounding before applying power. Configure the host system to use the appropriate Bluetooth profile and pair the module with target devices using standard Bluetooth procedures. Use available drivers or serial commands provided by the host platform to manage connections and data exchange.

Recommendations

Place the module away from large metallic surfaces and high-frequency noise sources to preserve signal quality. For battery-operated projects, implement power management strategies such as sleep modes and duty cycling to maximize runtime. During development, verify compatibility with chosen development boards and test connection stability at intended operating distances.