Modul Bluetooth ALLNET ALL-B-61

The ALLNET ALL-B-61 is a compact Bluetooth module engineered for wireless communication in embedded and consumer applications. Weighing approximately 10 g, the module provides Bluetooth connectivity with support for a wide range of Bluetooth profiles and is designed for integration into battery-operated and mains-powered systems. Its low power consumption and compact form factor make it suitable for space-constrained designs and portable projects that require reliable short-range wireless data transfer.

Advantages

The module offers a balance of small size and broad compatibility, supporting common Bluetooth profiles for audio, data transfer or device control. Low power draw extends battery life in portable applications. Its robust physical design supports reliable operation in varying environmental conditions, while simplified integration reduces development time for product designers and engineers.

Suitable for

• Embedded systems requiring short-range wireless communication
• Battery-powered devices and portable electronics
• Audio peripherals, remote controls and sensor data transmission
• Prototyping and product development where compact Bluetooth connectivity is needed

Key specifications

• Form factor: compact module, lightweight (approximately 10 g)
• Wireless standard: Bluetooth (supports multiple Bluetooth profiles)
• Power characteristics: low power consumption suitable for battery operation
• Operational range: typical short-range Bluetooth connectivity (line-of-sight dependent)
• Environmental resilience: designed for reliable use in varied conditions

How to use

Mount the module according to the mechanical and electrical layout of your host device, ensuring correct power supply and antenna placement for optimal radio performance. Configure the module with the required Bluetooth profiles and pair it with target devices following the standard pairing procedure. Test connectivity and profile functionality in the intended operating environment to verify range and power consumption behavior.

Recommendations

Locate the module away from large metal surfaces and strong sources of RF interference to maximize range. For battery-powered designs, optimize duty cycles and use sleep modes where available to reduce average current consumption. Validate operation with the specific Bluetooth profiles and target devices you plan to support before finalizing the design.