Advanced use

TANDBERG Videoconferencing System

Dataport configuration

The system provides two standard RS232 serial ports to allow a computer to be connected for data transfer and control purposes.

NOTE

WHEN CONNECTING TO A PC THE CONNECTING CABLE MUST BE A STRAIGHT THROUGH RS232 CABLE.

Dataport 1

If you wish to connect a PC to Dataport 1, you must ensure that the PC and the system are identically configured. The available settings are:

Dataport 1 supports 4 different modes:

Data

Provides a transparent data channel. This channel can be used for many different purposes such as file transfer, application sharing and more. When using this mode, it is necessary to have a TANDBERG system at the far end.

Control

The control interface provided by the Dataport supports a subset of the Hayes command set as well as a comprehensive set of system specific commands.

This mode maintains communication with the Dataport’s command interpreter at all times. All features available from the hand-held remote control can be accessed through the dataport.

Modem

Allows you to control the system externally via a PC as in Control Mode. Once a call is established, Dataport 1 will automatically switch to Data mode. When the call disconnects, Dataport 1 switches back to Control Mode.

T.120

Provides a data channel supporting the T.120 standard for data communication. Using T.120 software on your PC, you can communicate with other T.120 systems using your PC and your system.

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TANDBERG 6000 user manual Dataport configuration

6000 specifications

The TANDBERG 6000 is a sophisticated video conferencing system known for its exceptional quality and reliability in professional communication. Designed for large conference rooms and corporate environments, it boasts a range of features that enhance the user experience, making it an ideal choice for organizations seeking high-quality video conferencing solutions.

One of the standout features of the TANDBERG 6000 is its advanced video technology. It supports high-definition video resolutions, typically up to 1080p, ensuring crisp and clear visuals during meetings. The system employs H.264 compression technology, which optimizes video quality while reducing bandwidth usage. This efficiency is especially beneficial for organizations with limited data resources, allowing for seamless video transmission without the lag often associated with lower-quality systems.

Additionally, the TANDBERG 6000 is equipped with a robust audio solution that includes multiple microphones and speakers, providing superior sound clarity and ensuring all participants can hear and be heard distinctly. The system’s acoustic echo cancellation technology further improves audio quality by eliminating background noise, making conversations more natural.

User-friendliness is another hallmark of the TANDBERG 6000. The intuitive interface allows users, regardless of technical expertise, to connect and operate the system with ease. The one-touch meeting feature simplifies the process of starting video calls, reducing setup time and enhancing productivity.

The TANDBERG 6000 also stands out for its interoperability with various video conferencing platforms. It can seamlessly connect with other systems, allowing organizations to collaborate with clients and partners using different technologies without compatibility issues.

Moreover, this system includes advanced security features to protect sensitive communications. With encryption protocols ensuring privacy and data integrity, organizations can conduct confidential discussions without fear of eavesdropping or data breaches.

In summary, the TANDBERG 6000 combines high-definition video quality, advanced audio capabilities, user-friendly interfaces, and robust security features. These characteristics make it a preferred choice for enterprises looking to enhance their communication solutions, fostering collaboration and connectivity in a highly professional manner. With the TANDBERG 6000, organizations can move beyond traditional conferencing methods and embrace a modern, efficient approach to remote communication.