Media control

Full control in the conference room: control systems for productive conferences and more effective collaboration

Efficient conference room technology for perfect meetings

In a modern conference room, everything comes together at the important interfaces: Image output media, audio systems, cameras and possibly even other elements such as lighting and ventilation. The perfect interaction of controllers, processors, codecs or room PCs creates the basis for effective and professional communication in conference rooms. By ensuring that these components work together optimally, you can make your meetings more productive, exchange ideas and make decisions. The aim is to let the technology fade seamlessly into the background so that you can concentrate fully on the content and interaction with your colleagues

Simple control, full control

The touch controller is the central control element in the conference room. With its help, you can intuitively operate and adjust all technical functions.

From adjusting the room lighting and controlling the audio settings to operating cameras or other devices - the touch controller gives you full control over the technology and makes it easier to interact with the systems.

Zeige mir alle Touch-Steuerungen

Not all processors are the same

There are different types of processors that are used in video conferencing and media technology systems. Each of these processor types fulfills specific tasks within the system. The control processors control and coordinate the overall system, the signal processing processors are responsible for processing audio and video signals, and the audio processors, including matrix processors, provide special functions for controlling and optimizing the audio quality in the conference room. The processors are often used in combination to meet the various requirements in a video conferencing or media system. The exact selection and combination of processors depends on the specific requirements of the system, such as the size of the room, the number of participants, the desired functions and audio and video quality.

Optimum performance for every scenario: the most common processor types for video conferencing and media technology systems

Control processors

These processors are responsible for controlling and managing components such as cameras, displays and loudspeakers in video conferencing or media systems. They enable interaction between the devices, process user commands via the user interface and control the desired actions. A signal processor can be used to define settings such as resolution, bandwidth, audio level and camera positions. In addition, the processor communicates with other systems and devices via network protocols such as SIP or H.323. It can establish connections, initiate calls, manage endpoints and control communication between participants.

Signal processing processors

Signal processing processors optimize the processing of audio and video signals in video conferencing systems. They encode and decode signals to reduce transmission bandwidth and improve system efficiency. They also adjust the size and resolution of video signals to support different display devices and screen resolutions. These processors also offer features such as noise reduction, echo cancellation and audio mixing to improve speech intelligibility. By processing and optimizing the signals, they contribute to better quality, efficient transmission and an overall improved user experience.

Audio processors

Audio processors focus on the processing and control of audio signals. They enable the flexible routing and mixing of audio signals to various outputs such as speakers, headphones or recording devices. With functions such as sound optimization, echo and feedback suppression, as well as automatic volume control, they ensure optimum sound quality and adaptation to the room acoustics. Matrix processors also offer their own mixing function to route audio signals individually to different outputs. They enable precise control of signal routes and offer settings such as equalizers, dynamic processors and delays.