So I've tried to uninstall all my bluetooth devices and when I do so from the device manager, than remove them from bluetooth seetings, making sure ghost related devices are removed too, they still reappear, even if those devices are off.

(all simple solutions have been tested : rebooting, disconnecting, changing battery, put the devices close enough... and as I said, the keyboard is working fine on another surface which had no other bluetooth device)


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using win 8-1 32bit on a asus vivotab note 8. i had the same problem for 2 days and your solution did not solve it for me (bluetooth keyboard would always reappear) however: what did solve it was first disabling the keyboard in device-manager and second do a real restart shutdown /r via execute or command line... then when it restarts the keyboard would still be on the bluetooth list in the win8.1 metro bluetoothmanager but now it can be removed from the list and reconnected and work properly

My problem - I've running Windows 10 on my Late 2011 MBP in Bootcamp. I'd upgraded from Windows 7 where I'd been running bluetooth sucessfully. However, the Late 2011 MBP is not supported by Apple for Windows 10 though many people are using it successfully nevertheless. After some fiddling with Windows Services I got my Magic Mouse and Apple Keyboard working okay. However in the past little while, I noticed that I could not connect to my BT speaker or other devices. In fact, the speaker wasn't discoverable, but only on this machine. In the course of taking online advice, I deleted my Magic Mouse from Bluetooth, and then it wasn't discoverable either, and my keyboard had also dropped off for no apparent reason.

I should just add, that not only did I have Bluetooth running on Win7, but that after upgrading to Win10 that my mouse and keyboard continued to connect okay. The only problem I had was that other bluetooth devices (eg. speakers) would not. So, I started on this path to connect some speakers.

Why are Bluetooth headsets still unusable on windows? Windows can play back sound at high quality just finde, but if any programs accesses the headsets microphone windows switches into headset mode which makes everything sound terrible. Why this still a thing? My phone has no problem playing back at high quality while using the mic. The Bluetooth implementation in windows is terrible. It's either high quality sound with no mic access or terrible sound but access to the mic.

Only the Q30 headphone is the only one connected to bluetooth. I certainly have a long list of other bluetooth products, but only one can be connected at a time, so only the Q30. I just did a Windows update, including some drivers that were optional, and that improved the situation by maybe 50%, but random drop-outs are still occuring. My desktop is a pretty powerful custom build with an excellent mother board, but I believe that drivers are all updated through the Windows update process. By the way, turning on ANC does not affect the problem. It appears to all be on the processor and bluetooth end of things.

Hello I have a Panasonic RB-HX220BEE Headset (bluetooth 5.0) and Intel AX201 built-in adapter. There is a serious problem with recording from a microphone, the recorded sound is very distorted (archive is attached). I tested this headset on different...

Hi, I have a brand new Schenker CORE 14 Laptop with a built in AX201 card. I want to pair a Jabra Talk 55 Headset with speaker and microphone, but only the speakers are connected (it only says "Musik verbunden" on my german windows). The headset...

The emerging Bluetooth technology enables devices to be wirelessly connected in an ad hoc fashion. Using Bluetooth, devices are organized into small piconets, which in turn may be inter-connected to form larger networks called scatternets. In a scatternet, some of the devices participate in more than one piconet. These nodes are called PMP (Participant in Multiple Piconets) nodes. Since a Bluetooth unit only hence one transceiver, it may only be active in one piconet at any given instant and hance a PMP node must schedule its time between piconets on a time-division basis. The availability of PMP nodes represents an important performance constraint when building scatternets and has to be effectively coordinated between the different piconets. To allow flexible and efficient scatternet operation and to overcome the shortcomings of the current Bludetooth modes, we proposed a new mode---JUMP mode. This mode includes a set of communication rules that enable efficient scatternet operation by offering a great deal of flexibility for a node to adapt its activity in different piconets to the traffic conditions. Using JUMP mode a PMP node divides the time into timewindows and then signals about which piconet to be present in for each of these time windows. The time windows are of pseudo random length to eliminate systematic collisions and thereby avoid starvation and live-lock problems without any need for scatternet-wide may coordination. Besides enabling scatternet operation, JUMP mode also enhance other aspects of Bluetooth , such as low-power operation 9af72c28ce

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