Port

Transport

Usage

69

UDP

TFTP Server, used for firmware upgrades

 

 

 

80

TCP

HTTP data. Value is user definable; the default is 80. Used to

 

 

communicate between the web browser and the Enterprise Controller

 

 

 

554

TCP

Real-time streaming protocol (RTSP) server.

 

 

 

5432

UDP

Enterprise Controller outgoing and incoming control messages. Value

 

 

is user definable; the default is 5432. Only used on the device acting as

 

 

controller to communicate with other VN-Matrix devices

 

 

 

5555

TCP

Old XML interface and old VN-Matrix recorder software application. No

 

 

longer used.

 

 

 

9998

TCP

Command Line Interface (CLI) messages. Used to telnet to the

 

 

controller for sending text-based control commands.

 

 

 

9999

TCP

Deprecated: Old remote control server, replaced by CLI (port 9998).

 

 

 

23

TCP

Telnet (can be disabled).

 

 

 

161

UDP

Used for simple network management protocol (SNMP) alarm access.

 

 

 

199

TCP

Used for simple network management protocol (SNMP) alarm access.

 

 

 

4002

TCP

Source stream information. Used to telnet to the VN-Matrix decoder to

 

 

view information about the source it is decoding.

 

 

 

5002

TCP

Serial port bidirectional protocol (not data channel streaming).

 

 

 

6666

TCP

Keyboard and mouse forwarding.

 

 

 

7777

UDP

Upgrade daemon, local access only.

 

 

 

8000-8098

UDP

RTP unicast or RTP multicast audio, video, whiteboard, and data

(even)

 

streams. Controller selects port number, starting at 8000. This is the

 

 

port number of the destination (receiver).

 

 

 

8001-8099

UDP

RTCP channel for audio, video, whiteboard, and data streams.

(odd)

 

Grouped with the even-numbered stream (8000 with 8001, 8002 with

 

 

8003, and so on). This is the port number of the destination (receiver).

 

 

 

8000

TCP

Video streams. This is the port number of the source (sender).

 

 

 

8100

TCP

Audio streams. This is the port number of the source (sender).

 

 

 

8200

TCP

Whiteboard streams. This is the port number of the source (sender).

 

 

 

8201

TCP

Data streams. This is the port number of the source (sender).

 

 

 

9000

TCP

HSI interface if using ThorDebug.

 

 

 

9001

UDP

VN-Matrix outgoing and incoming control messages. Communicates

 

 

with port 5432 (or the user-defined port number) on the Enterprise

 

 

Controller.

 

 

 

9002

UDP

Default port for collecting UDP traffic for data-transport. Value is

 

 

userdefinable.

 

 

 

9996

TCP

HLI server port.

 

 

 

9997

TCP

Annotation server port.

 

 

 

NOTE: The ports highlighted in yellow accommodate most simple applications.

VNR 100 • Reference Information 21

Page 27
Image 27
Extron electronic VNR 100 manual Port Transport Usage

VNR 100 specifications

Extron Electronics has been a leader in the professional AV industry for over three decades, and their VNR 100 is a notable addition to their extensive product lineup. The VNR 100 is a versatile video network receiver designed to provide high-quality video and audio streaming over standard network infrastructure, making it an essential tool for modern AV installations.

One of the main features of the VNR 100 is its ability to support not just standard video formats, but also high-definition resolutions up to 4K. This ensures that users can enjoy crystal-clear image quality, regardless of the source. The device seamlessly integrates with Extron's XTP Systems, allowing it to receive video and audio signals from various sources distributed over a network. Additionally, the VNR 100 is designed to accommodate a wide range of video sources, including PCs, video conferencing systems, and media players, making it an ideal solution for diverse environments.

The VNR 100 employs advanced technologies such as Extron's proprietary AV over IP technology, which ensures efficient video and audio transmission with minimal latency. This is particularly crucial in environments where real-time communication or interaction is required, such as educational institutions and corporate settings. The device also features built-in scaling capabilities, allowing users to adjust output resolutions to fit specific display requirements.

Adding to its flexibility, the VNR 100 includes multiple connectivity options, including HDMI, RS-232, and USB. This array of connections facilitates easy integration with existing AV systems and simplifies setup and operation. The device is also equipped with comprehensive control options, including the ability to be managed through Extron's Global Viewer Enterprise software, offering remote monitoring and control capabilities.

Further enhancing its appeal, the VNR 100 is designed with a compact form factor, making it suitable for both rack-mounted and standalone installations. It features a robust build quality and is engineered for reliability, ensuring continuous operation in demanding environments.

In conclusion, the Extron VNR 100 video network receiver stands out for its impressive capabilities and flexibility in modern AV applications. Whether in educational, corporate, or hospitality environments, the VNR 100 delivers top-notch performance, ensuring high-quality audio and video distribution while providing simplified integration and control. Its broad compatibility and advanced features make it an excellent choice for today’s advanced AV systems.