Windows 10: Bluetooth device worked and then didn't.

I bought Vivitar NECK-S-FD Bluetooth Stereo Earphones and I paired them up with my Toshiba laptop computer running Windows 10. I paired them up. I can't remember what Windows called my earphones but I think it was similar to the name. I started to not be able to hear my laptop music and more in the earphones. I thought it was a battery issue. I charged the battery again but I still could not hear anything. So, I uninstalled or unpaired them and tried to reinstall or pair them up again. Well, it gave me some item that it found but I did not recognize it as the VIVITAR NECK-S that my manual says my phone will give me. I can hear them on my phone, a Unimax cell phone I get from Assurance. I noticed when the problem first began before I removed the device to reinstall that while the blue icon in the task bar said the device was connected the device in Sound in the Control Panel said that it was disconnected. What was that all about?

:)

 

Can't get Bluetooth working...

If your sure that its recognised properly then have a look on this links page http://www.holtmann.org/linux/bluetooth/

The only thing i can think of to fix if it isnt recognised by linux is the following:

Firstly you have to find out what chipset your bluetooth dongle uses.
Secondly i think your going to have to basically compile your own kernel and include the module for the chipset that your bluetooth dongle uses.
Thirdly depending on if you add it to the kernel or as like built in you will have to add the name of the module to a config file which is used when you boot linux.

If the kernel doesnt have support for your bluetooth dongle then you can either try and find a different copy of the kernel which does or try and find the driver for it.

To recompile your own kernel however requires a whole guide itself , plus different linux distro's will have different kernels with different options and slightly different config files.

Only thing i can suggest is going to www.gentoo.org and reading through their handbook, its basically step by step setting up linux manually, in the handbook there is a page or two on recompiling your kernel for your particular configuration.

 

No bluetooth after system restore

Thank you for your reply.

I mean I have used a Windows system restore point. I tried restoring bluetooth with commands in CMD (sfc/scannow; DISM /Online.....) and by updating and uninstalling devices in the device manager. Update did not work. Uninstalling bluetooth devices made Bluetooth disappear out of the hidden devices list.
All my steps I took worked but did not change anything in my bluetooth device list.

I am using the bluetooth of my mainboard. MSI Z370M Gaming Pro AC
My guess would be, that disabling the bluetooth network adapter before using a system restore point, disabled Bluetooth after using the system restore point.

In the device manager I get this message in the USB Device list for a unknown USB Device:
Windows has stopped this device because it has reported problems. (Code 43)
A request for the USB device descriptor failed.

 

Bluetooth Technology Gets Faster With Bluetooth 3.0

From its annual All Hands Meeting in Tokyo this week, the Bluetooth SIG formally adopted Bluetooth Core Specification Version 3.0 + High Speed (HS), or Bluetooth 3.0. This latest iteration of the popular short-range wireless technology fulfills the consumers' need for speed while providing the same wireless Bluetooth experience – faster. Manufacturers of consumer electronics and home entertainment devices can now build their products to send large amounts of video, music and photos between devices wirelessly at speeds consumers expect.
Bluetooth 3.0 gets its speed from the 802.11 radio protocol. The inclusion of the 802.11 Protocol Adaptation Layer (PAL) provides increased throughput of data transfers at the approximate rate of 24 Mbps. In addition, mobile devices including Bluetooth 3.0 + HS will realize increased power savings due to enhanced power control built in.


"Like Ricky Bobby in Talladega Nights, this latest version was 'born to go fast,' said Mike's Blog, Ph.D., executive director of the Bluetooth SIG. "Utilizing the 802.11 radio was a natural choice as it provides efficiencies for both our members and consumers – members get more function out of the two radios they are already including in devices, and consumers with Bluetooth 3.0 + HS products will get faster exchange of information without changing how they connect. We are excited to expand the possibilities of the PAN."

This newest version of Bluetooth technology builds on the inherent qualities of the current 2.1 + EDR version, including Simple Secure Pairing and built-in, automatic security. And as with all versions of theBluetooth specification, v3.0 + HS provides developers, manufacturers and consumers with the benefit of backwards compatibility, enabling both the expansion and enhancement of this technology with every new specification release. Once products reach the market, the easiest way for consumers to learn which devices are compatible with other Bluetooth enabled devices is to visit the Bluetooth Gadget Guide.

Applications
With the availability of Bluetooth version 3.0 + HS, consumers can expect to move large data files of videos, music and photos between their own devices and the trusted devices of others, without the need for cables and wires. Some applications consumers will experience include:

• Wirelessly bulk synchronize music libraries between PC and music player or phone
• Bulk download photos to a printer or PC
• Send video files from camera or phone to computer or television

Availability

The Bluetooth SIG's formal adoption of the specification is only the first step in the product lifecycle. News out today from wireless chip manufacturers and Bluetooth SIG member companies Atheros, Broadcom and CSR shows the second step – getting silicon solutions to device manufacturers – is already underway. End products for consumers are expected to be in the market in 9 to 12 months.

Technical Specifications
This new specification release includes several major enhancements (learn more here - page requires member login):

• Generic Alternate MAC/PHY (AMP)
• 802.11 Protocol Adaptation Layer (PAL)
• Generic Test Methodology
• Enhanced Power Control
• Unicast Connectionless Data

Source: Engadget