Extron electronic MSW 4V SDI rs Input selection, Autoswitch mode controls and indicators

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Installation and Operation, cont’d

Front Panel Controls and Indicators

Figure 2-7 shows the front panels of the MSW 4V SDI rs.

61

 

 

 

 

 

 

 

AUTO

MODE

 

NORMAL

AUTO

 

 

1

2

3

4

SWITCH

 

 

 

 

 

 

 

 

A/V SWITCHER

5 4 3 2

Figure 2-7 — MSW 4V SDI rs front panel

Input selection

A

Input 1 through 4 LEDs — The Input LEDs identify the selected

 

input.

B

Input 1 through 4 buttons — Each Input button selects the

 

associated input for output.

The Input 1 (E), Input 2 (D), and Input 3 (C) buttons are also used to toggle autoswitch mode on and off. See "Autoswitch mode controls and indicators" below.

Autoswitch mode controls and indicators

C

Auto(switch) button — The Auto button is used with the Mode

 

button (E) to select the autoswitch mode. Auto is a secondary

 

function of the Input 3 button.

D

Normal button — The Normal button is used with the Mode

 

button (E) to select normal mode. Normal is a secondary

 

function of the Input 2 button.

E

Mode button — The Mode button is used with the Normal

 

button (D) or Auto button (C) to select the switching mode.

 

Mode is a secondary function of the Input 1 button. See "Mode

 

selection", on the following page.

F

Auto Switch LED — When lit, the Auto Switch LED indicates

 

that the switcher is in autoswitch mode. In this mode, the MSW

 

automatically switches to the highest numbered input with

 

active sync pulses. When this LED is unlit, the switcher is in

 

normal (manual) mode.

Mode selection

To turn autoswitch mode on:

1. Press and hold the Mode (Input 1) button.

2.Press and hold the Auto (Input 3) button.

3. Release the Mode and Auto buttons simultaneously.

AUTO

MODE

NORMAL

AUTO

 

1

2

3

4

SWITCH

 

 

 

 

A/V SWITCHER

Figure 2-8 — Turning on autoswitch mode

The Auto Switch LED lights, indicating that autoswitch is enabled.

To turn autoswitch mode off (Normal mode):

1. Press and hold the Mode (Input 1) button.

2.Press and hold the Normal (Input 2) button.

3. Release the Mode and Normal buttons simultaneously.

AUTO

MODE

NORMAL

AUTO

 

1

2

3

4

SWITCH

 

 

 

 

A/V SWITCHER

Figure 2-9 — Turning off autoswitch mode

The Auto Switch LED is unlit and the MSW switches to the previously selected input.

NIn the event that power is disconnected from the MSW, the unit retains mode and input settings.

2-8

MSW 4V SDI rs • Installation and Operation

MSW 4V SDI rs • Installation and Operation

2-9

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Contents MSW 4V SDI rs Precautions 安全须知 中文 Installation Quick Start Guide MSW 4V SDI rsTable of Contents Table of Contents, cont’d Appendix a Specifications, Part Numbers,Accessories Features IntroductionAbout this Manual MSW 4V SDI rs Introduction, cont’dInstallation and Operation Rack mountingUL requirements Mounting instructionsInstallation and Operation, cont’d Rear Panel ConnectionsFurniture mounting Power wiring Autoswitch mode controls and indicators Mode selectionInput selection Three Using Simple Instruction Set Sistm Control Serial CommunicationUsing the command/response table Symbol definitionsSerial Communication, cont’d Input selectionInstalling the software Using the softwareSerial Communication, cont’d Windows-Based Control Program Using the control program to update the firmware Serial Communication, cont’d Updating the FirmwareUsing the help system AAppendix aSpecifications, Part Numbers, Accessories, cont’d Specifications, Part Numbers, and Accessories Optional accessoriesParts General
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MSW 4V SDI rs specifications

The Extron MSW 4V SDI RS is a high-performance, four-input, SDI switcher that meets the needs of professionals in broadcasting, corporate, educational, and live event environments. The device is designed to facilitate seamless switching between multiple SDI video sources while ensuring high-quality video output. With its robust build and advanced features, the MSW 4V SDI RS is an excellent choice for applications requiring reliable signal management.

One of the key features of the MSW 4V SDI RS is its ability to support a wide range of video formats, including high-definition 720p and 1080p signals, making it versatile for diverse video production requirements. The switcher can handle standard definition (SD), high definition (HD), and even 3G-SDI in one compact unit. This adaptability ensures smooth integration into existing setups without the need for additional converters or signal processors.

In terms of connectivity, the MSW 4V SDI RS is equipped with four SDI input ports, allowing users to connect multiple sources to a single device. The switcher also boasts dual SDI outputs, providing flexibility in routing and distribution of the selected video signal to different displays or recording devices. This feature is particularly valuable in live event scenarios, where real-time switching and signal distribution are critical.

The MSW 4V SDI RS employs advanced digital processing technology to maintain signal integrity and minimize latency during switching operations. Its design includes features such as automatic input detection and signal reclocking, ensuring optimal performance across various video formats. This attention to detail in signal management guarantees that users experience minimal disruption, even during critical moments of a live broadcast.

Furthermore, the MSW 4V SDI RS offers user-friendly controls and monitoring options. Its intuitive front-panel interface allows operators to easily navigate between inputs and outputs, while LED indicators provide immediate feedback on signal status. For more advanced setups, the switcher supports RS-232 control, enabling integration with third-party control systems or automation setups, enhancing flexibility and usability in professional environments.

In summary, the Extron MSW 4V SDI RS is a feature-rich, reliable SDI switcher that excels in managing multiple video sources for various applications. With its advanced technology, robust build quality, and user-centric design, it is an essential tool for professionals in need of efficient, high-quality signal routing and switching.