Cable Electronics SW404HD, SW808HD manual Operation Examples, Operation Example Key LCD Display

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Matrix Switching System—Instruction Manual

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Operation Examples

Example 1: Synchronously connect the number 1 audio/video input signals to the number 3 and 4 output channels (Audio and Video enabled).

Operation Example 1

Key

LCD Display

Operation

 

 

1. Press the OUT number

 

 

3 key (output channel).

OUTPUT

 

2. When the LCD

 

number(s) under the 3

 

 

INPUT

 

on the panel begins to

 

flash press the IN

 

 

number 1 key

 

 

The LCD shows 1 at

 

 

channel number 3 for

 

 

both Audio and Video.

 

 

3. Press the OUT number

 

 

4 key (output channel),

OUTPUT

 

4. When the LCD

 

number(s) under the 4

 

 

INPUT

 

on the panel begins to

 

flash press the IN

 

 

number 1 key

 

 

The LCD shows 1 at

 

 

channel number 4 for

 

 

both Audio and Video.

Example 2: Connect number4 video input signals from channel to number 1, 3, 5 and 6 output channels (Audio disabled and Video enabled).

Operation Example 2

Key

LCD Display

Operation

 

 

1. Press the AUDIO key to

 

 

turn off the LED

 

 

indicator.

 

 

2. Press the OUT number 1

 

 

key (output channel).

OUTPUT

 

3. When the Video LCD

 

 

number under the 1 on

INPUT

 

the panel begins to flash

 

press the IN number 4

 

 

 

 

key

 

 

The LCD shows 4 at

 

 

channel number 1 for

 

 

video only.

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Contents SW404HD SW808HD Page Before You Use the System Page Matrix System Overview Matrix Host InstallationMatrix System Matrix System ModelsModel SW808HD Front/Rear Panels Matrix System Front/Rear PanelsModel SW404HD Front/Rear Panels Matrix and Peripherals Connection Audio/Video Ports Connecting Audio/Video CableInput/Output Jacks Matrix Switch Remote Control Methods and SettingsConnection Method Control Computer ConnectionPin Leg Description RS-232 Communication Port Connection MethodsID Address Settings Software ID On/Off Switch SettingsOFF Switch Settings RS-485 Communication Port Connection MethodsON/OFF Switch Settings Address Decimal Binary ID Address SettingsMatrix System and Control System Connection RS-232 Matrix System and Control System Connection RS-485 Matrix Control Panel Operation Input/Output Switching Key Operation ModeFront Panel Key Functions OperationExample First Front Panel Key FunctionsFunction Operation Example Operation ExamplesOperation Example Key LCD Display When the Video LCD Number under the 3 on Matrix Application Software Software FeaturesSoftware Introduction Software DescriptionSecond method Examples for Selecting Matrix Switching FunctionsMatrix to turn them into Specific example of operation is described below Disconnect Function KeysSelect all output / Deselect all output Switching Functions Memory Function Usage Disconnect all Command Function DescriptionScan Function Usage Options Function UsageExit Function Description Communication Protocol and Control Command CodeOther Usages Matrix System Technical ParametersSpecifications Audio SignalVideo Output Control TypeAnswer Common Problems and SolutionsPage Default Communication Settings 9600, N, 8 Appendix Matrix Switch Communication ProtocolDIP Switch Description SW1-SW5 Machine ID address 0=ON, 1=OFFCommand Packet Byte Descriptions Command PacketProtocol Description Response PacketAddress Byte Command Type a and B TM4 TM3 TM1 TM0 Response Packet Byte DescriptionsInstruction Description Length Type Command TableInstruction Variable Output Byte Input Byte Description Length Type InstructionTrademarks Warranty

SW404HD, SW808HD specifications

The Cable Electronics SW808HD and SW404HD are two advanced multimedia switchers designed for seamless integration into modern AV systems. These products cater to a wide array of applications, including home theaters, conference rooms, and educational environments. Their robust features and state-of-the-art technologies ensure exceptional performance and versatility.

The SW808HD is an 8-input, 8-output HDMI audio/video matrix switcher, designed to manage multiple sources and displays efficiently. It boasts support for high-definition resolutions up to 4K at 60Hz, ensuring sharp and vivid image quality. The unit features built-in scaling capabilities, allowing users to downscale higher-resolution signals for use on lower-resolution displays. This ensures compatibility across different devices without sacrificing quality.

On the other hand, the SW404HD is a 4-input, 4-output HDMI switcher, offering a more compact solution for smaller AV setups. It shares many of the advanced technologies of the SW808HD, including 4K UHD support and EDID management. The EDID management feature simplifies the communication between sources and displays, optimizing video and audio output for each device connected to the switcher.

Both models support HDCP compliance, guaranteeing content protection and allowing users to connect premium content devices without issues. The integration of HDMI 2.0 technology ensures high bandwidth and supports advanced audio formats like Dolby TrueHD and DTS-HD Master Audio, making these switchers ideal for high-quality audio requirements.

For user-friendly operation, both the SW808HD and SW404HD come with an intuitive IR remote control, allowing users to switch between sources effortlessly. Additionally, they are equipped with RS-232 control for integration into wider control systems, enhancing their functionality in complex environments.

Moreover, both models are designed with sturdy construction, making them suitable for continuous use in professional settings. The LED indicators on the front panel provide clear status updates for all connected inputs and outputs, which is essential for real-time monitoring.

In summary, the Cable Electronics SW808HD and SW404HD are efficient and reliable HDMI switchers, packed with features that cater to various AV needs. Their high-resolution support, advanced audio capabilities, and user-friendly controls make them standout choices for both professional and consumer environments, ensuring exceptional performance in any application.