Technicolor - Thomson 536(v6) manual Assign Public IP, Assigning the public IP address to a device

Models: 536(v6)

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Chapter 4

SpeedTouch™ Web Interface

4.6.3 Assign Public IP

Introduction On this page you can assign the public IP address of your Internet Connection(s) to a specific device on your local network. You might want to do this if:

You do not want to use the Network Address Translation engine of your

SpeedTouch™.

This device is running server applications (Web server,...) and you want it to be accessible from the Internet.

You can also achieve this by creating a port mapping for the specified server, as described in “4.5.2 Game & Application Sharing” on page 48.

This device has to be considered as the unique access point to your local network (DMZ).

!

Be aware that the device to which you assign the public IP address will lose

all security offered by the SpeedTouch™.

Assigning the public IP address to a device

Proceed as follows:

1In the Home Network menu, click Devices.

2In the Pick a task list, click Assign the public IP address of a connection to a device.

3Click the Edit link of your Internet connection.

4In the Device list, select the device you want to assign the public address to.

5Click Apply.

The SpeedTouch™ prompts you to make some adjustments as a result of the new configuration.

6Click OK.

7Release and renew the IP address of the device.

For more information, see your operating system’s user guide or help.

8If necessary, reassign server applications to this device.

E-DOC-CTC-20051017-0142 v1.0

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Technicolor - Thomson 536(v6) manual Assign Public IP, Assigning the public IP address to a device

536(v6) specifications

Technicolor, a prominent name in the realm of audio-visual technology, has solidified its legacy with its Thomson 536 (v6) model, a standout among broadcast and professional video equipment. This device presents an impressive fusion of versatility, innovation, and user-focused design, making it a favored choice among industry professionals.

The Thomson 536 (v6) is built on a robust framework that supports a wide range of applications, including broadcast television and cinema production. One of its key features is its ability to handle multiple video formats, providing users with the flexibility to work with both standard definition and high definition formats. This adaptability ensures that the device remains relevant in a rapidly evolving digital landscape.

At the heart of the Thomson 536 (v6) is its state-of-the-art processing engine, which leverages advanced algorithms to enhance video quality. This technology allows for real-time rendering and processing, ensuring minimal latency during live broadcasts or recordings. The crisp and clear image output is attributed to the incorporation of next-generation signal processing techniques, which effectively minimize noise and enhance color accuracy.

The device comes equipped with extensive connectivity options, including SDI, HDMI, and various analog inputs, facilitating seamless integration into existing production setups. This is crucial for professionals working in dynamic environments where adaptability is a must. Additionally, the Thomson 536 (v6) supports remote control capabilities, offering convenience for operators managing live events or complex studio environments.

User experience is further enriched by a robust interface that features intuitive controls, making it easy for technicians to navigate through its myriad functions. The menu-driven system allows for quick adjustments, enabling professionals to focus on content creation rather than technical complexities.

Durability is another hallmark of the Thomson 536 (v6). Built to withstand the rigors of professional use, the device features a rugged chassis that ensures reliability in various operational settings. This resilience, combined with low power consumption, makes it a cost-effective choice for production companies.

In summary, the Technicolor Thomson 536 (v6) exemplifies innovation and precision in the field of broadcast technology. With its advanced processing capabilities, versatile format support, and user-centric design, it continues to be an invaluable tool for those committed to delivering high-quality audio-visual content.