I just got the same keyboard (elite for bluetooth from microsoft, model 1002). It connects to Win7 64. I just went through the motions, and it connected. Did take me a couple tries as I was not typing in the passcode fast enough from the looks of it.

Steps: Put batteries in keyboard > click the 'Make/Break Connection' button on bottom of keyboard > search for 'bluetooth' in Windows and select 'add a Bluetooth device'. Windows 98 iso download mb. When Windows connects to keyboard, select it, and choose option for Windows to make pairing code for you > type in the code on the 10-key on the Elite keyboard and hit 'enter'. Give it a moment.I have it few minutes.

Sharper Image SWF1002GY Bluetooth Wireless Speaker with Amazon Alexa. The sound is fine and Alexa works just as well as it does on Amazon devices. Jan 26, 2018 - Bluetooth Type 1002 Software Development. Solvusoft: Microsoft Gold Certified Company Recognized for best-in-class capabilities as an ISV.

Microsoft downloaded/installed software drivers etc. All works great! Hope this helps. I just got the same keyboard (elite for bluetooth from microsoft, model 1002). It connects to Win7 64. I just went through the motions, and it connected.

Did take me a couple tries as I was not typing in the passcode fast enough from the looks of it. Steps: Put batteries in keyboard > click the 'Make/Break Connection' button on bottom of keyboard > search for 'bluetooth' in Windows and select 'add a Bluetooth device'. When Windows connects to keyboard, select it, and choose option for Windows to make pairing code for you > type in the code on the 10-key on the Elite keyboard and hit 'enter'. Give it a moment.I have it few minutes. Microsoft downloaded/installed software drivers etc. All works great!

Hope this helps. Thanks for the reply. I really appreciate you posting after all these months. My OS is Windows 7 pro 32-bit. I spent a long time trying to get the K&M to stay connected and never came close.

I don't understand what a bluetooth UUID denotes. Do UUIDs denote protocols (e.g. If so, why do the createRfcommSocketToServiceRecord() methods require UUIDs, when they specify rfcomm right in their names? Why does the BluetoothChat sample code have a seemingly arbitrary, hardcoded UUID?

My question arises because, as per, I'm getting a null pointer exception when devices running 4.0.4 try to connect (to an external, non-android device) using reflection. However, the solution to that question doesn't work for me. UUID muuid = device.getUuids()[0].getUuid(); raises an exception. Edit: I've solved that problem by hardcoding the UUID for Serial port service as per (using UUID.fromString('000-1000-8000-00805f9b34fb');). I'm further puzzled by why I need to supply a UUID to create an unsecured rfcomm socket using createInsecureRfcommSocketToServiceRecord(), but not using the reflection method.

Can anyone straighten me out? The UUID is used for uniquely identifying information. It identifies a particular service provided by a Bluetooth device. The standard defines a basic BASE_UUID: 000-1000-8000-00805F9B34FB. Devices such as healthcare sensors can provide a service, substituting the first eight digits with a predefined code. For example, a device that offers an RFCOMM connection uses the So, an Android phone can connect to a device and then use the Service Discovery Protocol (SDP) to find out what services it provides (UUID).

In many cases, you don't need to use these fixed UUIDs. In the case your are creating a chat application, for example, one Android phone interacts with another Android phone that uses the same application and hence the same UUID. So, you can set an arbitrary UUID for your application using, for example, one of the many random UUID generators on the web (). UUID is similar in notion to port numbers in Internet.

However, the difference between Bluetooth and the Internet is that, in Bluetooth, port numbers are assigned dynamically by the SDP (service discovery protocol) server during runtime where each UUID is given a port number. Other devices will ask the SDP server, who is registered under a reserved port number, about the available services on the device and it will reply with different services distinguishable from each other by being registered under different UUIDs. UUID is just a number. It has no meaning except you create on the server side of an Android app. Then the client connects using that same UUID.

For example, on the server side you can first run uuid = UUID.randomUUID() to generate a random number like fb36491d-7c21-40ef-9f67-a63237b5bbea. Then save that and then hard code that into your listener program like this: UUID uuid = UUID.fromString('fb36491d-7c21-40ef-9f67-a63237b5bbea'); Your Android server program will listen for incoming requests with that UUID like this: BluetoothServerSocket server = mBluetoothAdapter.listenUsingRfcommWithServiceRecord('anyName', uuid); BluetoothSocket socket = server.accept().