[Latest] Bluetooth Driver Free Download for Windows 10

Bluetooth Driver Free Download for Windows 10 latest updated version

The transfer of data between different digital devices is usually not a problem, provided you have the right connection cable ready. If this is not available, you have to take the long detour via a WLAN or the cloud in order to be able to share the photos from the last evening with your friends.

But there is another method that makes transferring images, videos, and audio files easily. The name: Bluetooth. The possibilities of use: almost unlimited. If your system has an inbuilt Bluetooth adaptor, then you need to Download Bluetooth Driver for your windows 10, 8 or 7.

Bluetooth Driver Download for Windows 10, 8, or 7 from below. It’s quite simple to download the latest Bluetooth driver installer and to install it in your windows.

Software NameBluetooth Driver for Windows
LicenseFree
File size1.89MB
Operating systems:Windows 10, 8, 7
Version:2.3 [Latest]
Last Updated:Date

Furthermore, we will cover how to install Bluetooth driver in windows 10, what is it, how to use Bluetooth driver to transfer data, what benefits does Bluetooth provides and what are the versions Bluetooth driver has till now!

How to install the Bluetooth driver in Windows 10, 8, 7

It is important to emphasize that in order to avoid problems when transferring our files through a Bluetooth device. That there is no type of physical interference between the sending equipment and the receiving equipment. Another common problem is regarding pairing or connection errors.What is Bluetooth driver, download and install on windows 10

In these cases, uninstalling and reinstalling Bluetooth drivers or drivers in Windows are used to correct this type of failureIn the following tutorial, we will see what steps we must take to carry out this action and that our device works perfectly, and then we will tell you what to do.

  1. To carry out this simple operation, you must download Bluetooth Driver for Windows 10 from here.
  2. Go to the folder, where the Bluetooth Driver Installer has been downloaded
  3. Open the Installer and allow it to execute. Locate the Installation directory and wait until the Bluetooth driver setup gets installed successfully.
  4. Restart your Windows.

What is Bluetooth Driver?

The term Bluetooth describes a network technology that has been raised by the IEEE 802.15.1 working group of the US Institute of Electrical and Electronics Engineers to an industry standard for radio connections.

Bluetooth Driver is used for connectionless or connection-oriented point-to-point transmission of voice and data between a wide variety of digital devices. The main goal of the technology is to replace cable connections or make them completely obsolete, which is particularly advantageous for mobile devices such as smartphones and tablets.

Fact

“Connectionless” means that a transmission is initiated immediately, even if the recipient has not signaled his willingness to accept a data packet. In a “connection-oriented” process, on the other hand, a virtual connection is first established between the communicating devices before the actual data transfer.

Compared to other transfer technologies such as USB, LAN, or WLAN, Bluetooth specializes in data transfer over rather short distances as well as a simple and energy-saving connection setup.

Since, compared to the other technologies mentioned, only lower transmission speeds are generally achieved, the sending of data packets that are too large can take a little longer.

However, Bluetooth is undoubtedly the ideal solution for individual files or less complex services and applications. You can download Bluetooth drivers for following operating system:

  • Windows 10
  • Windows XP
  • Windows 8.1
  • Windows 8
  • Windows 7
  • Windows Vista
  • Linux

What is Bluetooth Driver used for?

Bluetooth Driver configure your windows 10 Bluetooth adaptor which enables the exchange of images, documents, music, videos, and other kinds of files. The best thing is that this exchange does not require any type of cables, but works wirelessly.

This was the reason why Bluetooth was born, to avoid the use of cables between devices. In addition, it facilitates the connection between mobile and fixed equipment.

Benefits of using Bluetooth:

  • Eliminates all types of cables because the protocol is by radio frequencies.
  • No type of connector is used as another great advantage, as a consequence of the above.
  • It is very easy to create a wireless network between several devices in order to synchronize and exchange information.
  • If you don’t know much about technology, it is not difficult to learn to use this protocol for the first time.
  • It is completely free to use the service, like most technologies for communications worldwide in this globalized era .
  • It does not take away too much autonomy to the gadgets that use Bluetooth because they handle a few milli Watt. This means that it is not an important factor for the wear of a battery of an electronic device.
  • The speeds of the last two versions (3.0 and 4.0) are high (24MB / s both).
  • A great advantage also of this protocol that we are mentioning is that it is massive worldwide. If you travel to Europe for example, this technology is also used, for example.

What types of devices use Bluetooth Drivers?

There are numerous possible uses and areas of application for Bluetooth Drivers, which is why only a few examples will be mentioned below.

  • Computers and notebooks: Many current Windows and Linux operating systems support Bluetooth as standard. A chip built into the hardware enables the connection of various peripheral devices such as mice, keyboards, headphones, and printers. We have to install a Bluetooth driver in order to configure them properly. In addition, radio technology is used for security tokens as part of two-factor authentication.
  • Mobile devices: Bluetooth chips are integrated with practically all modern cell phones and tablets. With their help z. B. synchronize files, photos, and videos with your home computer.
  • Audio output devices: Many wireless speakers and headsets have Bluetooth, which means that MP3 files can be played directly from the smartphone.
  • Hands-free systems: If the smartphone is connected to the hands-free system in the car radio or in a motorcycle helmet via Bluetooth, incoming calls can be answered directly. In well-equipped motor vehicles, the on-board computer is also compatible with the radio technology, so that the contacts and menus on the cell phone can be navigated via the cockpit display.
  • Fitness equipment and smart home technology: Some fitness trackers and smartwatches send health data via Bluetooth directly to a health app on the smartphone. Bluetooth Drivers enabled kitchen appliances, alarm systems, electronic keys, and digital picture frames also contribute to the worldwide triumph of smart home systems.
  • Toys and gaming consoles: The toy industry is constantly launching new dolls and action figures that can communicate and interact with each other via Bluetooth and its Drivers. The game controllers of popular video game consoles such as the Nintendo Switch, PlayStation 4, and Xbox One also work via the radio standard.
  • Medical technology: Hearing aids of higher price ranges can be equipped with hands-free functions thanks to Bluetooth. It also makes it possible to configure advanced arm and leg prostheses, insulin pumps, and blood glucose meters by radio.
  • Industry: Last but not least, wireless communication technology advances the industry itself by networking machines and manufacturing systems, thus making it possible to largely automate production processes.

How to use Bluetooth after Installing Drivers in Windows?

  • Step 1: The first condition is that the devices are in the visible mode so that they can recognize each other. To do this, you must activate the option on each of the computers you intend to connect. They are generally identified by the make and model of each device but can be assigned a name.
  • Step 2: Now you have to pair the equipment by means of a security key that will show the device with which the communication begins.
  • Step 3: Start sending the files always indicating to the sending team what your receiver will be, while the latter presses the option that indicates that you want to receive the file that is being sent to you. Ready!

How many devices can be connected by Bluetooth?

This communication system can simultaneously pair up to a maximum of eight devices for each data transmission. Bluetooth is undoubtedly one of the wonders that technology puts at your disposal. Using it is very easy and fast. So if your computers have this microchip, get the most out of it.

What parts make up the Bluetooth and its driver?

The composition of Bluetooth occurs in two fundamental parts: a radial device –which modulates and transmits the signal– and a digital controller –which is made up of a digitized signal processor and each interface that the equipment that will receive the data have.

Bluetooth does not use the Internet as it functions as a mobile and home network. It also has no restrictions by not requiring license payments. All this makes it a very profitable option, especially due to its free nature. Continue with the guide on What is it, what is it for, and how do Bluetooth works?

Why we should update the driver of our Windows Bluetooth?

In most cases, Bluetooth device driver errors occur when the required driver is missing or corrupted. The process to Update PC Bluetooth drivers is safe and simple. In this article, we will discuss the following topics:

  • What are the common causes of Bluetooth device drivers problems?
  • How to fix Bluetooth errors.

If you encounter a problem with your Bluetooth Driver, your Windows operating system will not identify the connected Bluetooth device.

Most of the time, you will be alerted to a problem in a Bluetooth device driver by the appearance of an error message on your screen. However, you can easily solve if Bluetooth not working in Windows 10, 8, or 7.

How many Bluetooth versions are there?

In mid-1999, Bluetooth 1.0a, the first version of the new radio standard with a data transmission rate of 732.2 kbit / s was released. However, just like its successor 1.0b, it struggled with some initial flaws and security issues.

Only Bluetooth 1.1 (early 2001) formed a solid foundation for marketable products. Since then, the system has been continuously developed and improved, with particular emphasis on security, fault resistance, and connection speed.

The result is a variety of Bluetooth versions that build on one another and differ primarily in their maximum possible data transfer rate, but also in their functionality and application area.

Bluetooth-VersionAppearMax. Data rateMost important innovations
Bluetooth 1.0aJuly 1999732,2 kbit/sFirst official version
Bluetooth 1.0bDecember 1999732,2 kbit/sGeneral improvements
Bluetooth 1.1February 2001732,2 kbit/sFixed connection and security issues; first marketable product version; Encryption; up to seven connections at the same time
Bluetooth 1.2November 20031 Mbit/sBackward compatibility with Bluetooth 1.1; less sensitive to interference thanks to AFH (Adaptive Frequency Hopping)
Bluetooth 2.0 + EDRNovember 20042,1 Mbit/sTriple data rates possible thanks to EDR (Enhanced Data Rate); various processes for saving energy; Additional use of NFC (Near Field Communication) when pairing
Bluetooth 2.1 + EDRAugust 20072,1 Mbit/sAutomatic connection without PIN thanks to Secure Simple Pairing
Bluetooth 3.0 + HSApril 200924 Mbit/sAdditional high-speed channel (HS) based on WLAN and UWB (ultra-broadband)
Bluetooth 4.0 LE (also: Bluetooth SMART)December 200924 Mbit/sLow Energy (LE) protocol stack for various energy-saving processes (e.g. GATT profile) for small devices; improved error correction; 128-bit encryption
Bluetooth 4.1December 201325 Mbit/sSmall devices no longer need an intermediary; IPv6
Bluetooth 4.2December 201425 Mbit/sGeneral improvements
Bluetooth 5December 201650 Mbit/sSignificant increase in range and data rate

 

There are now over ten Bluetooth versions that are all compatible with one another, with the exception of the energy-saving 4.0 LE variant. Versions older than Bluetooth 3.0 are rarely used in practice.

After some users and experts spoke of Bluetooth as a “sinking star” for a while, version 4.0 LE revitalized the technology.

Thanks to the low-energy protocol stack, unprecedented energy savings were possible, thanks to which Bluetooth could also be used on small devices such as smartwatches, electronic door locks, and intelligent light bulbs.

Since then, the almost 20-year-old radio standard has been one of the most important drivers of the Internet of Things (IoT).

Tip: If you don’t know which driver your Bluetooth supports, then you can install Bluetooth driver using driver download programs.

Version 4.1 allows small devices to communicate with other devices even without an “intermediary”. In this way, a fitness wristband can directly control a heart rate monitor without having to go through a smartphone.

Another innovation is the support of IPv6, which means that every Bluetooth-enabled IoT device receives its own IP address, via which its user can control it from the Internet.

As a technical peak, however, was believed to version 4.2, which is characterized by smaller data packets and higher speed, longer battery life, and more safety.

But that’s still not the end of the story: In December 2016, SIG launched the long-awaited Bluetooth 5, which continues to specialize in IoT devices and has again improved in every respect compared to its predecessor.

Thus, with consistently low energy consumption, an 800 percent increase in transmission capacity and ranges of up to 200 meters (outdoors) or 40 meters (indoors) should be possible. This should also help to further develop the so-called beacons. These are small Bluetooth transmitters that e.g. B. used in museums to send additional information to visitors’ smartphones.

Although the number of devices that support the new version is currently quite clear – some experts are already considering Bluetooth 5 as a “technical milestone” that (at least in the IoT area) could even outstrip WLAN.

What is the Bluetooth range?

With regard to the question of the maximum range of Bluetooth, three classes can be distinguished so far, which are based on the needs of the respective device :

classMax. Transmission powerMax. Range (inside)Max. Range (outside)Areas of application (examples)
class 1100 mW100 m200 mComputer, Notebooks
2nd grade2,5 mW10 m50 mBluetooth-Adapter, Computer, Notebooks
Class 31 mW1 m10 mMobile devices

 

It has to be mentioned that the use of Bluetooth technology always requires a compromise between data rate/range and power consumption.

Version 4.0, for example, requires very little power in low-energy mode, but also only reaches 1 Mbit / s with a range of at most 10 meters. A maximum of 25 Mbit / s can be achieved in normal operation, which increases the range but also the energy requirement proportionally.

Manufacturers of Bluetooth-compatible devices must. Therefore, calculate exactly how they configure their products so that they are suitable for their intended purpose.

Only the latest version Bluetooth 5 is thanks to advanced energy-saving measures to ranges of 200 meters outdoors and 40 meters indoors capable, but can also be operated in LE or EDR mode.

Overall, the maximum range of a Bluetooth-enabled device always depends on whether it is used outdoors or indoors (e.g. inside an apartment).

The reason: obstacles such as walls, large furniture, or metallic structures can disrupt the connection. The design of the transmit and receive antennas used on the radio communication paths and the type of data packets to be sent are further parameters that can be decisive for the range of a Bluetooth connection.

Various methods, which can be summarized under the collective term “frequency hopping”, have significantly reduced the susceptibility to the interference of Bluetooth from version to version.

The frequency band used is divided into individual channels of the same size, which are changed several thousand times per second or as required, in order to be able to transmit constantly without interference.

This ensures as far as possible that Bluetooth communication and other radio connections such as WLAN, LTE or microwaves do not get in each other’s way.

How secure is Bluetooth?

Thanks to encryption and various other security mechanisms, Bluetooth is generally considered to be relatively secure. However, it has been proven on several occasions that newer versions of the radio standard are also vulnerable, e.g. B. due to incorrect implementations on the part of the manufacturer.

The most popular point of attack is almost always the key assignment when pairing, whereby cybercriminals try to get the PIN used for authorization. Since this usually only has to be assigned once per connection establishment, the time window for such attacks is usually extremely short.

However, there is a trick that does not require great IT skills or special technology: Attackers disrupt an existing Bluetooth connection when it comes to ” blue state “.

This forces the unsuspecting users to exchange a PIN again, which the attackers then intercept to gain access to the respective device. As a result, they can listen to and manipulate data streams ( “Bluesnarfing”) and financial losses caused by calling paid hotlines and SMS services ( “blue bugging”). For such an attack to succeed, the attackers must be close to the devices to be hacked.

As a Bluetooth user, you can take some preventative measures:

  • Before buying a digital device, ask whether it is possible to manually assign a PIN for Bluetooth connections (standard keys such as “0000” or “1234” specified by manufacturers do not offer sufficient security).
  • Deactivate the “Secure Simple Pairing” option (automatic connection to new devices without a PIN, e.g. for Bluetooth 2.1 + EDR) and proceed to establish each Bluetooth connection only manually.
  • Select a long PIN code with at least eight numeric characters, as far as the software allows.
  • Use the ” invisibility mode “, which anonymizes your Bluetooth username.
  • Avoid using Bluetooth in busy places such as B. public places to use because it is more likely here is that a specialized hacker in your immediate vicinity is staying.
  • Store trusted devices in your Bluetooth device list. This eliminates the need to re-enter the PIN when connecting later so that an important point of attack is eliminated.
  • If a renewed PIN authorization is required for an existing connection, this should be an alarm signal for you. In this case, first interrupt the connection attempt and change your location in order to get out of the reach of a possible attacker.
  • Deactivate Bluetooth immediately after use. Only switch on Bluetooth if you really want to use it – this also protects the battery of your digital device.