Bluetooth profiles

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Bluetooth profiles

  1. 1. Bluetooth Profiles ® Bluetooth wireless technology is a short-range communications technology intended to replace the cables connecting devices while maintaining high levels of security. Bluetooth is essentially a wireless standard created so any Bluetooth device can communicate with any other Bluetooth device regard- less of make or model. As Bluetooth is widely used in many devices and applications, it’s necessary to define how the de- vices talk to one another. The Bluetooth ‘profile’ is a way of doing this. For devices to work together each device must share the same Bluetooth profile. Bluetooth profiles used by Samsung devices: HSP (Headset Profile) The HSP describes how a Bluetooth enabled headset should communicate with a computer or other Bluetooth enabled device such as a mobile phone. When connected and configured, the headset can act as the remote device’s audio input and output interface. • This is the most commonly used profile as it’s the one used to talk on a typical Bluetooth headset. Note that this is not the same profile used in Bluetooth car kits. Provides basic ability to the user includ- ing answer a call, hang up and adjusting the volume. HFP (Hands-Free Profile) HFP describes how a gateway device can be used to place and receive calls for a hand-free device. A typi- cal configuration is an automobile using a mobile phone for a gateway device. In the car, the stereo is used for the phone audio and a microphone is installed in the car for sending outgoing audio of the conversation. HFP is also used for a personal computer to act as a speakerphone for a mobile phone in a home or office environment. • Most commonly used in hands-free car kits and Mono and Stereo Bluetooth Headsets. Provides voice dialing and call holds also. SPP (Serial Port Profile) SPP defines how to set-up virtual serial ports and connect two Bluetooth enabled devices. • This is a tough one to define as only legacy applications use it now. This allows devices to use the Bluetooth connection as if it is a serial port. This emulates a physical serial cable running between Bluetooth devices where you must configure a COM port. Some medical applications still require SPP, but mostly this has gone away.
  2. 2. DUN (Dial Up Networking) DUN provides a standard to access the Internet and other dial-up services over Bluetooth Wireless Technology. The most common scenario is accessing the Internet from a laptop by dialing up on a mobile phone, wirelessly. • Most common use for this is using the device as a modem for your laptop. Pair the device and laptop and then you can use the data connection from the device to surf the web or get your email on your laptop. A2DP (Advanced Audio Distribution Profile) The A2DP profile describes how stereo quality audio can be streamed from a media source to a sink. The profile defines two roles of an audio source and sink. A typical usage scenario can be consid- ered as the “walkman” class of media player. The audio source would be the music player and the audio sink is the wireless headset. A2DP defines the protocols and procedures that realize distribu- tion of audio content of high-quality in mono or stereo on ACL channels. • This is music streamed from a device to a wireless headset. When you hear someone ask if it’s Bluetooth 2.0, they basically mean can it support 2-channel audio streaming or a stereo headset. AVRCP (Audio/Visual Remote Control Profile) AVRCP is designed to provide a standard interface to control TVs, Hi-fi equipment, etc. This profile is used to allow a single remote control (or other device) to control all the A/V equipment that a user has access to. AVRCP defines how to control characteristics of streaming media. This includes pausing, stopping, and starting playback and volume control as well as other types of remote control opera- tions. • Most commonly used in hands-free car kits. Provides voice dialing also. This allows the device to be control another Bluetooth device or be controlled by another Bluetooth device. You’ll most commonly see this in stereo Bluetooth headsets when a user goes to change the song, stop, play or pause a song by pushing a button on their headset. In theory if someone had the proper application on their device, they could control Bluetooth objects around the house such as their Playstation or Nintendo that have built in bluetooth. Some televisions have built in Bluetooth now also, although I don’t know of any remote control apps for Bluetooth enabled TVs at this time. There are some applications that let you control the Windows Media Player on your paired home PC with AVRCP from your device. OBEX (Object Exchange Profiles) OBEX is a transfer protocol that defines data objects and a communication protocol two devices can use to exchange those objects. OBEX enables applications to work over the Bluetooth protocol stack as well as the IrDA stack. For Bluetooth enabled devices, only connection-oriented OBEX is supported. Three application profiles have been developed using OBEX which include SYNC, FTP and OPP. OBEX is the underlying technology to support the following Profiles: OPP (Object Push Profile) Basic profile for sending objects, such as pictures, ringtones or vcards between devices.
  3. 3. FTP (File Transfer Profile) FTP defines how folders and files on a server device can be browsed by a client device. Once a file or location is found by the client, a file can be pulled from the server to the client, or pushed from the cli- ent to the server using GOEP. • Use this when browsing objects or files on a PC or server. If you rename or delete an object on your device or manipulate it in any way from your PC or vice-versa, that is using the FTP profile. Pull- ing folder lists and navigating through folders is also functionality of FTP Profile. SYNC (Synchronization Profile) The SYNC profile is used in conjunction with GOEP to enable synchronization of calendar and ad- dress information (personal information manager (PIM) items) between Bluetooth enabled devices. A common application of this profile is the exchange of data between a PDA and computer. • Allows the synchronization of PIM information through Bluetooth. You can set up your device to automatically sync with your PC when it comes in range of the Bluetooth device. Most of our devices do not use this. BIP (Basic Imaging Profile) BIP defines how an imaging device can be remotely controlled, how an imaging device may print, as well as how an imaging device can transfer images to a storage device. A typical scenario involves a mobile phone being used to control the shutter operation of a digital camera. • The most common use for this is pushing a presentation to a projector from your device. Third party app and Bluetooth projector would be required. Windows Vista uses this with Windows Mobile Device Center to detect and pull down new images from your device when you come in range of your paired PC. BPP (Basic Printing Profile) BPP allows devices to send text, e-mails, vCards, images or other items to printers based on print jobs. It differs from HCRP in that it needs no printer-specific drivers. This makes it more suitable for embedded devices such as mobile phones and digital cameras, which cannot easily be updated with drivers dependent upon printer vendors. • Pretty straight forward, allows pushing a print job to a Bluetooth compatible printer. PBAP (Phone Book Access Profile) • Most Commonly used between devices and car kits. If your device supports PBAP you can download your contacts into the car kit’s memory. Also gives access to things like Hold, call waiting and caller ID.
  4. 4. GAVDP (Generic Audio/Video Distribution Profile) GAVDP provides the basis for A2DP and VDP, the basis of the systems designed for distributing video and audio streams using Bluetooth wireless technology. In a typical usage scenario, a device such as a “walkman” is used as the initiator and a headset is used as the acceptor. • Provides the groundwork for streaming audio. Not typically a use for this. VDP (Video Distribution Profile) • Allows video streaming through Bluetooth. Could be used to stream video from a device to a PC or from a device to a TV. HID (Human Interface Device) The HID profile defines the protocols, procedures and features to be used by Bluetooth enabled HID, such as keyboards, pointing devices, gaming devices, and remote monitoring devices. • HID was implemented to provide support for input devices such as wireless keyboards or a wire- less mouse. Basically it supports the things you typically use to control your PC, like the mouse, keyboard, joystick or gaming controller, through your device. SAMSUNG TELECOMMUNICATIONS AMERICA 1301 E. Lookout Drive | Richardson, TX 75082 | 1.800.SAMSUNG www.samsungmobileusa.com “number one in brand loyalty seven years in a row” Samsung mobile phones have been rated number one in brand loyalty by consumers seven years in a row, according to Brand Keys, a leading independent authority on brand loyalty. © 2008 Samsung Telecommunications America, LLC. Samsung is a registered trademark of Samsung Electronics Co., Ltd. and its related entities. All product and brand names are trademarks or registered trademarks of their respective companies. Screen images simulated. 03/2008

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