As a common-known fact, RDP protocol does not support the two-way sound. Hence with the help of sound virtualization technologies it has now become possible with Sound over RDP. The latter offers new and powerful opportunities to deliver and manage remote sound in a flexible way. Now, the two-way sound in remote desktop is no more an utopia. With the help of a nifty sound virtualization tool which was built specifically to enable remote sound from the local machine to the remote computer, one can considerably ease work. It is ideal for those who are seeking for sound flexibility.
Many applications use sound for various forms of feedback such as softphones, Skype, NetMeeting, AIM, ICQ and many others. Sound over RDP extends standard RDP functionality and delivers full high-resolution low-latency remote audio playback. With the help of it, one can access data of a sound input device plugged into the local machine while working in remote Windows session.
The program is simple to handle. A working sound device is needed, Workstation installed on the computer to which the device is physically connected and the Server side on the remote server from which access to a device is needed. End users benefit from a rich remote sound experience, highly secure and flexible access to their information and increased business continuity.
Key Sound over RDP capabilities include:
-Support for input sound devices such as microphones
-Multichannel mixer
-Low-latency
-Works with Windows Remote Desktop Connection client
-Virtual Machine compatible
OEM License allows integration of Sound over RDP functionality into one’s own application.
Sound over RDP solution is ideal for people working with voice messengers in remote sessions, call centers, thin clients’ users, everyone who wants to use two-way sound over RDP protocol.
Sound over RDP has been developed by FabulaTech, a UK-based software development company which has built its solid grounds on the software market since 2000. The company specializes in device driver development, application development and systems internals programming for Microsoft Windows, Linux and Embedded operating systems.
