Controls and Installation, cont’d

3.Note the positions of jumpers J20 and J40 before changing jumper settings (figure 2-4). There are two possible setting combinations for 3-pin jumpers:

pins 1 and 2 connected

1 and 2

pins 2 and 3 connected

2 and 3

 

 

Rear

 

1

 

J19

1

 

J20

 

1

J20: Sync polarity

J40

jumper

 

J40: Vertical sync

 

width jumper

 

Power Supply

 

Front

Figure 2-4 — Circuit board jumper locations

4.To change the jumper configuration, use pliers to pull the jumper shunt off the pins, then place the jumper on the appropriate pins (figure 2-5).

Figure 2-5 — Changing jumper settings

5.Replace and fasten the enclosure cover, reversing step 2.

Mounting the interface

Under-desk Mounting

To mount the interface under a desk or in a podium using the under-desk mounting kit (Extron part number 70-077-01), do the following:

1.Attach the mounting brackets to the interface using four machine screws supplied with the mounting kit

(see figure 2-6).

Figure 2-6 — Attaching the under desk brackets

2.Using the template on page A-6 to guide you, mark the four screw holes on the underside of the surface to which you are mounting the interface.

3.Drill four pilot holes, each 3/32" (2.4 mm) in diameter by 1/4" (6.4 mm) deep, where marked on the template.

4.Using the four wood screws provided, attach the brackets under the mounting surface (see figure 2-7).

Figure 2-7Under-desk mounting

2-8

RGB 109xi and RGB 112xi • Installation

RGB 109xi and RGB 112xi • Installation

2-9

Page 10
Image 10
Extron electronic RGB 109XI, RGB 112XI user manual Mounting the interface, Under-desk Mounting

RGB 112XI, RGB 109XI specifications

Extron Electronics is renowned for its innovative solutions in the field of AV processing, and one prominent product in their lineup is the RGB 112XI. This versatile device serves as a high-performance VGA (Video Graphics Array) video processing unit designed to facilitate seamless integration into a variety of audiovisual setups.

One of the standout features of the RGB 112XI is its capability to support both RGBHV and component video signals. This flexibility allows it to accommodate a broad range of sources, making it an ideal choice for installations that utilize different types of video signals. The unit also supports resolutions up to 1920x1200, ensuring compatibility with modern high-resolution displays and projectors.

The RGB 112XI employs advanced technologies to enhance video quality. With Extron’s award-winning True 3D technology, users can expect exceptional image fidelity. This technology processes each individual pixel to provide sharp, vibrant images, making it perfect for critical viewing environments such as control rooms, lecture halls, and conference facilities.

Another significant feature is its high bandwidth capability, which allows for the transmission of video signals without degradation, ensuring images remain crisp and clear even over extended distances. The RGB 112XI also includes built-in scaling functions that allow it to adapt different input resolutions to match the output requirements seamlessly.

In terms of usability, the RGB 112XI is equipped with intuitive controls that enable users to adjust settings easily. This is particularly beneficial in dynamic environments where quick changes may be necessary. Additionally, it includes graphical user interfaces that allow for straightforward management of video inputs and outputs.

Furthermore, the RGB 112XI offers reliable signal routing with an integrated switching system that can handle multiple inputs and outputs, making it a robust solution for sophisticated AV setups. Coupled with its compact design, the device can be effortlessly incorporated into existing systems without taking up too much space.

Overall, the Extron RGB 112XI is an essential piece of equipment in any professional audiovisual arrangement. With its advanced features, flexibility in supporting various signal types, and outstanding image quality, it stands out as a reliable tool for delivering exceptional visual experiences.