How to avoid Bluetooth Interference or Interruptions (2024)

FAQs

How to avoid Bluetooth Interference or Interruptions? ›

Always have clear line of sight between your Bluetooth device (speaker, headphones etc.) and source device (Smartphone/tablet/PC etc). Be aware of obstacles in front of your devices. Try to shutdown other products that have Bluetooth, but are not being used.

There are a variety of ways to have this problem addressed. Repositioning your devices, keeping batteries charged and updating the audio software regularly all help. But if the issue persists after trying the above methods, you can consider opting for a high-quality Bluetooth speaker.

Bluetooth devices may be affected by these radio waves when using them in a location with a mixture of multiple radio waves. Please use the Bluetooth device away from Wi-Fi routers, personal computers, microwave ovens, refrigerators, etc. in order to avoid radio wave interference.

This can cause interference and affect the quality and stability of your Bluetooth connection. To avoid this, you can try changing the channel or frequency of your Wi-Fi router, moving your Bluetooth device closer to your computer or smartphone, or reducing the number of wireless devices in your vicinity.

Physical barriers: If there are objects between devices, a Bluetooth connection is susceptible to connection loss. The objects such as refrigerators, metal doors, and metal studs in walls cause greater interference. Concrete, plaster, bricks also make it harder for Bluetooth devices to communicate.

Minimize the number of active Bluetooth devices near each other. Switch off or move away devices that are not in use or causing interference. Increase the distance between your Bluetooth devices (e.g., your iPhone and Bluetooth speaker/headphones) to reduce the impact of interference.

If there is excessive Wi-Fi in the same area this will use up many potential Bluetooth channels. Also, if the Bluetooth devices are in close proximity to a Wi-Fi transmitting device (router), this can cause interference and other performance issues.

Which 1 technology is used to avoid interference in Bluetooth? ›

Adaptive Frequency Hopping is a unique spread spectrum technique Bluetooth technology utilizes to avoid interference.

Reduce wireless interference

To reduce noise, buy cordless telephones and other devices that use the 5.8 GHz or 900 megahertz (MHz) frequencies. Because 802.11n (wireless-N) operates at both 2.4 GHz and the less frequently used 5.0 GHz frequency, these higher GHz devices may cause less network interference.

The use of a phone jammer, GPS blocker, or other signal jamming device designed to intentionally block, jam, or interfere with authorized radio communications is a violation of federal law. There are no exemptions for use within a business, classroom, residence, or vehicle.

Always have clear line of sight between your Bluetooth device (speaker, headphones etc.) and source device (Smartphone/tablet/PC etc). Be aware of obstacles in front of your devices. Try to shutdown other products that have Bluetooth, but are not being used.

Fortunately, there are several ways to increase the range of Bluetooth, including keeping your devices up to date, reducing interference, using an external Bluetooth antenna, using a Bluetooth range extender, using a Bluetooth amplifier, and keeping your devices cool.

Here are a few steps you can take to resolve this issue:Check Bluetooth settings: Navigate to your phone's Bluetooth settings and make sure the devices aren't set to automatically connect. This could be causing your phone to switch connections.

Turn off your Headphones/Speaker and Restart it. If the step above didn't fix it, try Factory Resetting your Headphones/Speaker and pair them up with your device again.

If you're experiencing static, try reducing the distance between your device and the Bluetooth transmitter. Here's what you can do: Situate your smartphone or Bluetooth-enabled device as close to the transmitter as possible. Avoid obstacles or physical barriers that can obstruct the signal path.