STOLTZEN Apollo 7100T 4K UHD Uncompressed Video Over IP Transceivers User Manual

STOLTZEN Apollo 7100T 4K UHD Uncompressed Video Over IP Transceivers

Product Information

Specifications:

• Product Name: Apollo 7100T
• Resolution: Up to 4K@60Hz 4:4:4 8-bit, 4K@60Hz 4:2:2 10-bit, and 4K@60Hz 4:2:0 12-bit (HDR)
• Transmission: Uncompressed UHD video over IP
• Network Compatibility: Standard 10GbE Ethernet networks
• Range: Up to 984 ft (300 m) over fiber optic cable, up to 328 ft (100 m) over Cat 6a cable or above
• Features: Dante audio output, USB extension options, bi-directional serial, bi-directional IR, independent analog audio I/O
• Applications: Classrooms, conference rooms, performing arts, broadcasts

Product Usage Instructions

Installation:

1. Avoid exposure to rain, moisture, or heat sources.
2. Ensure proper ventilation by not placing the unit in confined spaces.
3. Clean the apparatus with a dry cloth only.
4. Use specified attachments/accessories and refer servicing to qualified personnel.

Setup:

1. Connect the transceivers to compatible devices using appropriate cables.
2. Power on the transceivers and ensure they are connected to the network.
3. Configure the settings using PC Configurator or BlueRiver API as per requirements.
4. Utilize Dante Source Selection and Routing for audio output.

Operation:

1. Switch and distribute uncompressed UHD media over the network.
2. Ensure zero-frame latency for real-time applications likeclassrooms or broadcasts.
3. Utilize USB extension options for flexible connectivity.
4. Monitor and control the transceivers using Semtech ProAV Controller for Device Control.

FAQ:

1. Q: Can the Apollo 7100T transceivers be used for live event broadcasting?
   A: Yes, the transceivers support zero-frame latency and are suitable for real-time applications like live event broadcasting.

2. Q: How far can the transceivers transmit video signals?
   A: The transceivers can transmit video signals up to 984 ft (300 m) over fiber optic cable or up to 328 ft (100 m) over Cat 6a cable or above.

Important Safety Instructions

1. Do not expose this apparatus to rain, moisture, dripping or splashing and that no objects filled with liquids, such as vases, shall be placed on the apparatus.
2. Do not install or place this unit in a bookcase, built-in cabinet or in another confined space. Ensure the unit is well ventilated.
3. To prevent risk of electric shock or fire hazard due to overheating, do not obstruct the unit’s ventilation openings with newspapers, tablecloths, curtains, and similar items.
4. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat.
5. Do not place sources of naked flames, such as lighted candles, on the unit.
6. Clean this apparatus only with dry cloth.
7. Unplug this apparatus during lightning storms or when unused for long periods of time.
8. Protect the power cord from being walked on or pinched particularly at plugs.
9. Only use attachments /accessories specified by the manufacturer.
10. Refer all servicing to qualified service personnel.

Warnings of FCC

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and decoder.
• Connect the equipment into an outlet on a circuit different from that to which the decoder is connected.
• Consult the dealer or an experienced radio/TV technician for help. Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

Introduction
Apollo 7100T transceivers provide the flexible, powerful, and scalable solution at resolutions up to 4K@60Hz 4:4:4 8-bit, 4K@60Hz 4:2:2 10-bit and 4K@60Hz 4:2:0 12-bit (HDR). With both the encoder and decoder configuration integrated, they can transmit and receive video simultaneously. They allow uncompressed UHD media to be switched and distributed over standard 10GbE Ethernet networks. A local area network is covered with a range up to 984 ft (300 m) over fiber optic cable, up to 328 ft (100 m) over a single Cat 6a cable or above.
They also provide Dante audio output and USB extension options. The role of the USB extension module can switch between LEX and REX. Standard features like, bi-directional serial, bi-directional IR, and independent analog audio input/output are included. They are the perfect solution for any zero-frame latency and signal routing applications. Common applications include classrooms, conference rooms, performing arts and broadcasts.

Features

• HDMI 2.0 and HDCP 2.2 compliant.
• Lossless distribution of most timing formats.
• Able to transmit and receive video simultaneously.
• Light compression when the raw data rate exceeds the 10Gb Ethernet bandwidth.
• Fan-less passive heat radiation structure.
• Support input and output resolutions up to 4K@60Hz 4:4:4 8-bit, 4K@60Hz 4:2:2 10-bit and 4K@60Hz 4:2:0 12-bit (HDR)
• Support point-to-point transmission distance up to 328 ft (100 m) through the 10GbE copper port or up to 984 ft (300 m) through the 10GbE small-form-pluggable (SFP+) port.
• Support Dante stream output to the network, providing a separate end-to-end streaming system for Dante audio.
• Support USB 2.0 extension with Icron USB extension solution for control of keyboard, mouse, webcam, flash drive, speaker, other USB devices, etc..
• Support USB 1.1 extension with USB HID extension solution for control of keyboard and mouse.
• Zero-frame latency.
• Seamless switching.
• Support video wall and multiview.
• Support local HDMI loopout.
• Support independent analog audio input and output at 2 channels, 24 bits@48 kHz/channel.
• Support bi-directional IR, allowing control of remote source and display devices.
• Support bi-directional serial communication, allowing control of remote RS232 devices.
• Bandwidth needed: 4K signals at about 6~8 Gbps, 1080P signals at about 3.2 Gbps.
• Work with Windows PC configurator, Blueriver Manager Tool and Semtech ProAV Controller for device control and management.

Package Contents

• 1 x Apollo 7100T Unit
• 1 x DC 12V 2A Power Adapter (with US Pins)
• 1 x Optical transceiver
• 1 x IR Emitter
• 1 x IR Receiver
• 1 x Phoenix Male Connector (3.5mm, 3 Pins)
• 2 x Mounting Brackets (with Screws)

Specifications

Video

Input Video Port| 1 x HDMI, 1 x RJ45 (10GBase-T)
Input Video Type| HDMI 2.0 with HDCP 2.2 (HDCP output follows input)
| 640×4808, 800×6008, 1024×7688, 1280×10248, 1360×7688,
| 1440×9008, 1440×10508, 1600×12008, 720×4807(480i59),
| 720×4807(480p59), 720×5766(576i50), 720×5766(576p50),
| 1280×7205(720p50), 1280×7207(720p59),
| 1280×7208(720p60), 1920×10806(1080i50),
| 1920×10807(1080i59), 1920×10808(1080i60),
| 1920×10801(1080p23), 1920×10802(1080p24),
Input Video| 1920×10803(1080p25), 1920×10804(1080p29),
Resolutions| 1920×10805(1080p30), 1920×10806(1080p50),
| 1920×10807(1080p59), 1920×10808(1080p60),
| 3840×21601(2160p23), 3840×21602(2160p24),
| 3840×21603(2160p25), 3840×21604(2160p29),
| 3840×21605(2160p30), 3840×21608(2160p60), 4096×21605,
| 4096×21608
| 1 = at 23.98 Hz, 2 = at 24 Hz, 3 = at 25 Hz, 4 = at 29.97 Hz, 5 = at 30 Hz,
| 6 = at 50 Hz, 7 = at 59.94 Hz, 8 = at 60 Hz
Input Video Signal| 0.5~1.2 V p-p
Input DDC Signal| 5 V p-p (TTL)
Video Impendence| 100 Ω
End-to-End Time Latency| Zero-frame latency
Output Video Port| 1 x HDMI, 1 x RJ45 (10GBase-T)
Output Video Type| 4K UHD uncompressed or light compressed IP stream
| Ethernet output:
| 640×4808, 800×6008, 1024×7688, 1280×10248, 1360×7688,
| 1440×9008, 1440×10508, 1600×12008, 720×4807(480i59),
| 720×4807(480p59), 720×5766(576i50), 720×5766(576p50),
** Output Video Resolutions| 1280×7205(720p50), 1280×7207(720p59), 1280×7208(720p60), 1920×10806(1080i50), 1920×10807(1080i59), 1920×10808(1080i60),
| 1920×10801(1080p23), 1920×10802(1080p24),
| 1920×10803(1080p25), 1920×10804(1080p29),
| 1920×10805(1080p30), 1920×10806(1080p50),
| 1920×10807(1080p59), 1920×10808(1080p60),
Video**

| 3840×21601(2160p23), 3840×21602(2160p24), 3840×21603(2160p25), 3840×21604(2160p29),
3840×21605(2160p30), 3840×21608(2160p60), 4096×21605, 4096×21608
1 = at 23.98 Hz, 2 = at 24 Hz, 3 = at 25 Hz, 4 = at 29.97 Hz, 5 = at 30 Hz, 6 = at 50 Hz, 7 = at 59.94 Hz, 8 = at 60 Hz
Audio
Input Audio Port| 1 x HDMI, 1 x RJ45 (10GBase-T), 1 x 3.5mm jack

**** Input Audio Format

|

• HDMI/10GBase-T:

LPCM, 2.0/5.1/7.1 channel, 44.1/48/96/192 kHz Dolby True HD, up to 7.1,192kHz DTS-HD Master, up to 7.1,192kHz Dolby Digital AC-3 (DVD format) DTS version 1 (DVD format) Dolby TrueHD Atmos (Blu-ray Player mainly) Dolby Digital Plus Atmos (Most streaming boxes) Dolby MAT Atmos (AppleTV, Xbox)

• **** 3.5 mm jack: Unbalanced stereo audio

**** Output Audio Format|

• HDMI/10GBase-T:

LPCM, 2.0/5.1/7.1 channel, 44.1/48/96/192 kHz Dolby True HD, up to 7.1,192kHz DTS-HD Master, up to 7.1,192kHz Dolby Digital AC-3 (DVD format) DTS version 1 (DVD format) Dolby TrueHD Atmos (Blu-ray Player mainly) Dolby Digital Plus Atmos (Most streaming boxes) Dolby MAT Atmos (AppleTV, Xbox)

• 3.5 mm jack: Unbalanced stereo audio

Control
Control Method| LAN, IP control box, PC Configurator, BlueRiver Manager API, Semtech ProAV Controller
General

Operating Temperature| +32°F ~ +113°F (0°C ~ +45°C)
10% ~ 90%, non-condensing
Storage Temperature| -4°F ~ 140°F (-20°C ~ +70°C)
10% ~ 90%, non-condensing
Power Supply| 12V 2 A DC
General

Power Consumption (Max)| 12W
**** ESD Protection| Human body model:

• ±8kV (air-gap discharge)
•  ±4kV (contact discharge)

Product Dimensions (W x H x D)| 215mm x 25mm x 140.2mm (8.46″ x 0.98″ x 5.52″)
Net Weight| 1.78lbs (0.81kg)

Transmission Distance

Panel Description

Front Panel

• On: The device is powered on.
• Off: The device is powered off.

2| Status LED|

• On: The device enters MCU configuration mode in the condition that its HDMI ports are in normal state.
• Blinking: The device is working properly.
• Off: The device enters MCU configuration mode in the condition that its HDMI ports are in local loopout state.

3| Video LED|

• On: Stable video signal is detected.
• Off: No video signal is detected.

4| Link TX LED|

• Blinking: The device is connected to the switch or another device.
• Off: The device is not connected to the switch or another device.

5| Link RX LED|

• Blinking: The device is connected to the switch or another device.
• Off: The device is not connected to the switch or another device.

6| USB LED| On: The device is powered on.
7| System LED|

• Blinking quickly: The Dante stream is not isolated
• Blinking slowly: The Dante stream is being isolated
• Off: The device has no Dante module

8| USB Host| Connect to a host computer using a USB-B cable.
9| USB|

• USB HID port: Connect this port to keyboard and mouse. This port is USB 1.1 compliant.

| |

• USB Device port: Connect this port to USB devices including but not limited to keyboard and mouse. This port is USB 2.0 compliant.
• USB LED:
  • On: The USB extension module works as a REX.
  • Off: The USB extension module works as a LEX.

---|---|---
10| P1 Button| Press and hold this button for five seconds to enter MCU configuration mode.
In MCU configuration mode:

•  Press this button once: when HDMI ports are in normal state, press this button once to switch the HDMI ports to local loop out mode; when HDMI ports are in local loop out state, press this button once to switch the HDMI ports to normal state.
• Press this button twice: switch the Dante stream
• between isolation ***** mode and non-isolation mode.
• Press this button three times: when USB extension module works as LEX, press this button three times to switch it to REX role; when USB extension module works as REX, press this button three times to switch it to LEX role.
• Press this button four times: set the USB extension module’s role as Auto.

Note: If the USB extension module’s role is set as Auto: before connecting USB Host port and USB HID (Device) ports to other devices, the USB extension module works as a REX by default; when the USB Host port is connected to a host computer, the USB extension module works as a LEX automatically.

*Note:

• In Isolation mode, the Dante stream can only output from LAN port, and the LAN port doesn’t support device control.
• In non-isolation mode, the Dante stream can output from either the LAN port or 10GbE/10G Fiber port, and the LAN port also supports device control.

Rear Panel

another Apollo 7100T series unit on the network.
3| IR Out| Connect to an IR emitter for IR communication with an IR receiver in another Apollo 7100T series unit on the network.
4| HDMI In| Connect to an HDMI source device.
5| HDMI Out| Connect to an HDMI display device.
6| RS232| Connect to a RS232 device such as a computer for bi-directional serial communication with a RS232 device connected to another Apollo 7100T series unit on the network.

7

| 10GbE (PoE)| Connect this port to a 10GbE Ethernet switch for the following use:

1. IP stream input/output.
2. Device control.
3.  Dante stream output. The default IP mode for the Dante module is DHCP.

Default protocol:
DHCP: On
When the device is not connected to an DHCP server in the system:
IP address: 169.254.x.x Subnet mask: 255.255.0.0
Note: The device can be powered by either a PoE-enabled switch or a DC 12V 2A power adapter.

8

|

10G Fiber

| Connect this port to a 10GbE Ethernet switch using a 10GbE SFP+ fiber optic transceiver for the following use:

1.  IP stream input/output.
2. Device control.
3. Dante stream output. This is available for IPT6000ASF-UD-000 in non-isolation mode only. The default IP mode for the Dante module is DHCP.

Default protocol:
DHCP: On
When the device is not connected to an DHCP server in the system:
IP address: 169.254.x.x
Subnet mask: 255.255.0.0

---|---|---
9| Audio I/O| This port can be configured as Audio Input mode or Audio Output mode through PC configurator.

•  In Audio Input mode: connect to an audio source device for audio input.
•  In Audio Output mode: connect to an audio receiver for audio output.

10| LAN| Connect to a switch or a computer for the following use:

1. Device control.
2. Dante stream output. The default IP mode for the Dante module is DHCP.

11| Reset| Press and hold this button and then connect the device to power, hold this button for at least twenty seconds and release it, the device resets to factory defaults.

Applications

HDMI 2.0 KVM Extender

HDMI 2.0 KVM Switcher
The following application is available for Apollo 7100T.

HDMI 2.0 KVM Matrix
The following application is available for Apollo 7100T

IP Matrix with Dante System

• The following application is available for Apollo 7100T.
• Through the LAN (Dante) port, Dante audio is routed into a standalone network.

IP Matrix with Transceivers, Transmitters and  Receivers

Note: An Apollo 7100T transceiver can simultaneously encode and decode audio/video IP stream from another Apollo 7100T transceiver, transmitter or receiver. Thus, it can easily replace a Apollo 7100T transmitter or receiver in the same IP system.
For example, in the diagram above, the two transceivers can transmit the video sources of a 4K media player and an Apple TV to the receiver via the 10GbE Ethernet switch. They can also receive the video signal of another 4K media player from the transmitter and display the image on their connected TVs simultaneously.

Dante Source Selection
There are two ways to select audio source between HDMI and Analog audio as Dante source for Dante-enabled devices: 1) using PC configurator; 2) using BlueRiver API.

Using PC Configurator
Before using PC Configurator

• Before using PC configurator, ensure that the host computer with PC configurator, IP control box SC009 and Apollo 7100T units are in the same subnet and to allow it to communicate through Windows firewall.
• By default, if there’s any IP control box SC009 deployed in the IP matrix system, the HDMI audio will be selected as Dante source for Dante-enabled devices.

To select Dante source, perform the following:

• Double click HDMI over IP Console.exe to launch PC configurator on your computer.
• Right click on a Dante-enabled device > choose “Dante Audio Settings”.
• In the pop-up window, click “HDMI” or “Analog” to select as Dante Source. Choose “Apply” to make new setting to take effect.

Using BlueRiver API
For more information, please refer to the official API document of Semtech.

Dante Source Routing
You can use Dante Controller to route Dante source from Dante-enabled devices to Dante receivers (e.g. Dante decoder, Dante speaker, etc).

During using Dante Controller, please note the following:

1. Configure the IP address of your computer installed with Dante Controller, Dante module of Apollo 7100T units and Dante receivers so that they are in the same subnet.
2. Configure multicast flow as required. By default, the communication mode is set as unicast.

For more information, visit Dante official website https://dev.audinate.com/GA/dante-controller/userguide/pdf/latest/AUD-MAN- DanteController-4.1.x-v1.0.pdf to see the user manual of Dante controller.

Using Semtech ProAV Controller for Device Control
The Semtech ProAV Controller is a web tool for users to monitor the status of a system and control the various features supported for devices adopting Semtech AVX series, BlueRiver AVP series or NT1000/NT2000 series technology. It supports a wide variety of BlueRiver functionality, including but not limited to the following:

Video Routing (Pair, Video Wall, Multiview)
Audio Routing (Stereo Audio, HDMI Audio, Multichannel Audio)
Control (Infrared, RS232)
USB (USB 2.0 & USB-HID)
Hardware Update

Note:

• This section introduces video routing only, for more information refer to the Semtech official document PDS-062378ProAV Controller _UserGuide.
• This guidance is applicable to the version 3.2.0.1 of Semtech ProAV Controller.

Installing ProAV Controller
The ProAV Controller Installer would be provided to customers. This installer automatically installs BlueRiver Control Server and ProAV Controller on the computer.

System Requirements

• Microsoft Windows 7 with SP1 or higher (64-bit) or Windows 10 (64-bit).
• Required disk space: 600MB

Steps to Install ProAV Controller

1. Copy the ProAV Controller Installer file (contact the product manufacturer or your local dealer for support) to a location on your computer.
2. Double click to launch the Installer. The Setup – ProAV Controller window appears.
   • Browse to the location in which to install the ProAV Controller and click Next >.
   • In the Select Start Menu Folder window, Click Next > to access the default location.
   • The installer proceeds to extract the required installation files to install the ProAV Controller.
   •  Once the installation completes a window appears with the message “Completing the ProAV Controller Setup Wizard”. Click Finish to complete the installation.
3. Connect the network port of the computer on the same network where the BlueRiver devices are located.

Note:
During the installation two batch files Start ProAVC and Stop ProAVC were created on the host computer’s desktop.

• Double click on the Start ProAVC file to start the Apache and MySQL services automatically.
• Double click on the Stop ProAVC will stop the Web Server services.

Starting ProAV Controller

Launching ProAV Controller

1. Double click the desktop shortcut Start ProAVC to start the Apache and MySQL automatically. The batch file launches your default browser. Alternately you can launch the XAMPP Control Panel and then start the Apache and MySQL modules:
   • Go to the installation location of the ProAV Controller.
   • Locate the executable file xampp-control.exe. The XAMPP Control Panel will launch.
   • Click on the Start next to the Apache and MySQL modules to start each of these services.The Apache and MySQL modules will highlight in green as follows, indicating that the services started successfully.
   • Proceed to launch the ProAV Controller through a browser.
2. The ProAV Controller client loads through a web browser. If the browser doesn’t run, launch the browser and enter the IP address of 127.0.0.1 to enter the ProAV Controller web interface.

Once the ProAV Controller web client launches, it is necessary to start the BlueRiver Control Server (API) and enable asynchronous notifications.

Starting the BlueRiver Control Server

1. Go to the Dashboard page, click on the Start Server button.
2. Select the Monitor Devices button.
3. The Server Status and Monitor icons turn green, indicating that the services successfully started.

After the services started, the online decoders and encoders display at the bottom of the Dashboard page as follows.

Basic Control Operation

Creating a Group
To create a group:

1. In the main menu select Video > Pair.
2. Click the button Group Configuration.
3. Input a name for the devices to be grouped, e.g. “G1”, click Update.
4. Go back to Pair page, select Group “G1”, all the devices grouped to “G1” will be displayed in the device list.

Video

Pairing Video

To pair video between an encoder and a decoder:

1. In the main menu select Video > Pair.
2. Select a group, takes “G1” as an example.
3. Click a tile to pair an encoder to the specified decoder. Each tile turns from white to green once pairing is done. Then the HDMI video source of the encoder appears on the display attached to the paired decoder.

In Addition:
➔ To pair an encoder to all decoders: click a specified tile in the All column.
➔ To disconnect a decoder from an encoder, click the appropriate tile in the Leave row.

Configuring a Video Wall

Note: Video wall configuration is applicable to NT2000 and AVP2000 chipsets.

To configure a M x N video wall:

1. In the main menu select Video > Videowall to enter Video Wall page.

2. Select a layout to create a wall array.
   For example, select 2 x 2 to specify four displays mounted in a two horizontal by two vertical array.

3. Select the output resolution for the decoders assigned to the video wall.

4. Enter the bezel values that are to be applied horizontally and vertically to adjust the bezel thickness. The value is applied in image pixels.

5. Select each of the decoders that is to output the associated portion of the source.

6. Select the encoder that is attached to the source that is to be displayed on the wall.

7. Once the devices are selected, enter a name for the wall and click the Create button. Then the above 2 x 2 video wall preset is created successfully.

8. Return to the top of the Videowall page, select the created presets and click the Load button. The HDMI video source of the selected encoder appears on the 2 x 2 video wall.

There are three options provided in relation to the Presets:

• Delete Deletes the selected preset (.py file). Caution, be sure to select the correct script to be removed.
• Edit Select when it is desired to modify the selected preset (.py file). Example, modify the device ID for the encoder or decoders that comprise the Wall array.
• Load Loads the selected preset (.py file) to configure a Wall array.

Configuring Multiview

Note: The Multiview configuration is applicable to NT2000 and AVP2000 chipsets.
The Multiview feature supports up to 32 sources on a single output display in a custom define layout.

Taking an example of creating a triple-view layout:

1. In the main menu select Video > Multiview to enter Multiview page.

2. Specify details of the layout itself:

   • In the Preset Name field, enter a name to assign to the layout. For this example, sample1_triple view.
   • Specify the Canvas Width, total horizontal size and the Canvas Height, total vertical size of the layout. For this example, 3840×2160.
   • Next, from the Decoder dropdown list, select the decoder device that is to output the layout to its attached display.
   • From the FPS dropdown list select the frame rate per second (fps) to apply to the layout output stream.

3. Under the heading Window Assignments On Selected RX, proceed to configure each window to include in the layout.

   • Click on the Active check box to include the selected window in the layout.
   • Then specify the Position and Size of the Window, both the horizontal and vertical values to apply.
   • Next, specify the Target for each Window.
     Up to 32 Windows (0-31) can exist in a single layout. Only activate and configure the windows that are to be included in the layout. For this example, three windows, Window 0, Window 1 and Window 2 are enabled, as well as their Position, Size and Target specified. Refer to the settings of the figure below for the triple view outlined above.

4. Scroll down to the TX Assignments On Selected Target section, specify the target settings.

   • Click the Active check box, indicating to assign the target to the specified layout.

   • Select the Encoder that is to be associated to the specified target.

   • Then from the dropdown list select the resolution to apply to the layout window.

   • Specify the Windows Target and Surface (destination index) to associate to the target.
     Note: Each surface index is to be assigned only once to a given layout.

   • Surface 0 can receive video up to resolution of 4096 x 2160.

   • Surfaces 1 to 11 can receive video up to a resolution of 2048×1080.

   • Surfaces 12 to 16 can receive video up to resolution of 2048×856.

   • Surfaces 17 to 20 can receive video up to a resolution of 2048×1080.

   •  If total bandwidth usage is going to surpass 10G, select the check box under the Divide FPS By 2.
     For example, if sources are 60Hz, four 1920×1080 60Hz streams will exceed the 10G bandwidth on the decoder.
     For this example, specify the Window Target as 0, then the source of TX 0 will be assigned to the Window 0 with the same Window Target.

5. Once all of the above settings defined, select Create button to create the layout (preset).

6. Proceed to select the preset from the list of Presets and then click the Load button to load the selected layout configuration.

7. The three HDMI video source of the selected encoders appear on the display of the specified decoder.

For more information about the Semtech ProAV Controller, refer to the Semtech official document PDS-062378_ProAVController UserGuide.

Warranty Terms and Conditions

For the following cases Stoltzen shall charge for the service(s) claimed for the products if the product is still remediable and the warranty card becomes unenforceable or inapplicable.

1. The original serial number (specified by Stoltzen) labeled on the product has been removed, erased, replaced, defaced or is illegible.
2. The warranty has expired.
3. The defects are caused by the fact that the product is repaired, dismantled or altered by anyone that is not from a Stoltzen authorized service partner. The defects are caused by the fact that the product is used or handled improperly, roughly or not as instructed in the applicable User Guide.
4. The defects are caused by any force majeure including but not limited to accidents, fire, earthquake, lightning, tsunami and war.
5. The service, configuration and gifts promised by salesman only but not covered by normal contract.
6. Stoltzen preserves the right for interpretation of these cases above and to make changes to them at any time without notice.

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