Extron electronic QGE 100 specs

6.In the Network Settings section of the main window, enter the following multicast settings:

zz TTL (Time to Live): Enter the number of jumps a multicast message can make through a router to other subnets before being canceled (5 is recommended).

zz Refresh Factor: Enter the frequency (number of frames) after which the QGE will automatically update the screen (a setting of 1, specifying the most frequent updates, is recommended).

zz If the QGE 100 will be operating in multicast mode (connected to multiple viewing devices or to a Quantum Elite processor), select the Enable Multicast check box and enter the multicast group IP address and port number in the appropriate fields (see “Configuring for Use with a Quantum Elite Processor [UDP Multicast Mode],” below).

NOTE: The multicast group address must be within the range of 225.0.0.0 through 239.255.255.255.

Ensure that the address you choose is unique to your QGE and is not being used anywhere else on the network.

7.When finished, click the Apply button in the lower-right corner of the main window to save and implement your settings. The fields in the QGE 100 Properties section are updated with the new settings.

Configuring the QGE for Use with a Quantum Elite Processor (UDP Multicast Mode)

To use a Quantum Elite Videowall Processor as a viewing device or to connect the QGE 100 source to multiple viewing devices, the QGE must be in multicast mode. To configure multicast connection parameters:

1.Make sure that you are logged in as administrator.

2.On the QGE 100 List, select the QGE that will be used with the Quantum.

3.In the Network Settings section, make any desired changes in the multicast settings fields:

zzMulticast Group: Enter an IP address to which all viewing devices will connect in order to view the QGE 100 source.

zzMulticast Port: Enter the port number for the multicast connection (normally 5000).

zzTTL: Enter a Time To Live value for multicast messages (number of jumps a multicast message can make through a router to other subnets before being canceled). The range for this field is 1 through 255; 5 is recommended.

zzRefresh Factor: Enter the number of frames that will be processed between the automatic screen updates. A value of 1 (recommended) specifies the most frequent updates.

4.Select the Multicast Enabled check box.

5.Click Apply to implement your multicast settings.

6.Use the Quantum Elite Control Software to set up a source definition for your QGE 100 on your Quantum Elite Videowall Processor:

a.With both the Quantum Elite processor and the QGE 100 powered on and connected to the network, open the Quantum Elite software.

b.Select a Quantum on the network to use with the QGE:

1.On the left taskbar, click the Choose Display Processors button to display the display processors screen.

2.On the toolbar at the top of the Quantum main window, click the Probe the Network for Quantum Frames button. The IP addresses of all Quantum Elite Processors on the network are displayed.

3.Select the check box next to the processor that you want to use.

c.Click the Set Up Sources button on the taskbar (shown at right).

d.In the source explorer tree in the left pane of the Set Up Sources workspace, right-click Display Processors and select Detect Sources from the drop-down menu. The Detect Quantum Sources window opens.

e.Click the Full Detect button, then click Yes on the confirmation prompt that opens. A list of source types (including QGE 100) is added to the source explorer tree (depending on the available sources on the network, this may take a few seconds to display completely).

f.If necessary, click the + button in front of QGE 100 to expand the source type category. The name of your QGE 100 is listed below the source type.

QGE 100 specifications

The Extron QGE 100 is a high-performance network switch engineered specifically for AV system integration. With its advanced capabilities, this device plays a crucial role in managing AV data traffic, ensuring reliable performance and efficiency in various settings such as corporate environments, educational institutions, and healthcare facilities.

One of the key features of the QGE 100 is its support for Power over Ethernet (PoE). This allows the switch to deliver both data and power to connected devices over a single Ethernet cable, simplifying installations and reducing the need for additional power sources. This is particularly beneficial for devices like IP cameras, wireless access points, and AV devices in scenarios where accessibility to power outlets may be limited.

The QGE 100 also provides a robust Layer 2 switching functionality, which is essential for managing data flow within the network. Its capability to handle multiple VLANs ensures that AV traffic can be segregated effectively, thus improving network performance and security. The switch features IGMP Snooping, a protocol that optimizes multicast traffic management, ensuring that video streams reach the intended recipients without unnecessary bandwidth consumption.

In terms of connectivity, the Extron QGE 100 is equipped with multiple Gigabit Ethernet ports, facilitating high-speed data transmission for AV content. The switch's user-friendly management interface allows for straightforward configuration, monitoring, and troubleshooting, streamlining operations across AV environments. Additionally, it supports link aggregation, enhancing bandwidth and redundancy when connecting multiple devices.

The QGE 100 is also designed with reliability in mind, featuring a fanless operation that minimizes noise and ensures a long lifespan. Its compact form factor allows for easy rack mounting in equipment racks, maintaining a clean and organized setup.

Another vital characteristic of the QGE 100 is its compatibility with Extron's comprehensive suite of AV control and management products. This integration capability provides users with a cohesive solution for managing their AV systems, further enhancing the overall user experience.

In conclusion, the Extron QGE 100 network switch is an essential tool for any AV system requiring efficient connectivity, power delivery, and data management. Its sophisticated features and technologies make it a valuable asset in modern AV installations, ensuring robust performance and ease of use.