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Harmonic assumes no responsibility or liability arising from the use of the products described herein, except as expressly agreed to in writing by Harmonic. The use and purchase of this product do not convey a license under any patent rights, copyrights, trademark rights, or any intellectual property rights of Harmonic.
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Commercial Computer Software and Commercial Computer Software Documentation are being licensed to U.S. Government as end users (a) only as Commercial Items and (b) with only those rights as are granted to all other end users pursuant to the terms and conditions herein. Harmonic, 4300 North First Street, San Jose, CA 951 34 U.S.A.
■ Chapter 3, Electra 9200 Encoding the Electra 9200, with steps to configure end-to-end encoding for a service that includes SDI input, encoding of one video and one audio, and output over an IP and/or ASI transport Chapter 4, Creating a DiviTrack DTMX Pool, shows how to create a pool and add two video streams ■...
Using SAG, the web GUI Harmonic provides a web browser-based GUI to manage standalone encoder platforms, called SAG. It installs with the platform firmware, and launches automatically when you access the platform management IP address from any supported web browser.
Using SAG, the web GUI Displaying SAG Before you can use SAG, you must know the Electra 9200 device’s management port IP address. To display SAG, enter http://<IP_Address> in the browser, where <IP_Address> is the address of the management port on the Electra 9200 you want to configure.
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Error Log—See the error history for the device. The error log contains a list of errors detected ■ by the device since it was last started. Harmonic Technical Support may ask you to check the error log if you are having problems with a device.
Harmonic recommends saving your current configuration before changing the firmware version, so you have these settings available if you return to the current firmware version.
Chapter 3 Electra 9200 Encoding Tutorial Configuring an Encoder with SDI Input and IP or ASI Output Defining the Logical Inputs The first step is to define the service in Logical Inputs. For SDI input you must create the stream objects to match your input content.
Chapter 3 Electra 9200 Encoding Tutorial Configuring an Encoder with SDI Input and IP or ASI Output Defining the Logical Outputs Next, create a transport stream in the Logical Outputs and add the input service to it. 1. In this example, we’ll drag and drop the service from the Logical Inputs to the Logical Outputs...
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Coding Format, Resolution, Bitrate, and so on. For specific information about these fields, see the online help for this configuration page. Harmonic also recommends that you provide descriptive names for your streams and programs. By default, the encoder names your stream Video 1. You can provide a descriptive name on this page.
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Bit Rate. To instruct the encoder to automatically create audio descriptors for this stream, select the check box. Harmonic also recommends that you provide descriptive names for your streams and programs.
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Chapter 3 Electra 9200 Encoding Tutorial Configuring an Encoder with SDI Input and IP or ASI Output Adding Descriptors To add the necessary descriptors and manage PSI table generation, you look at the services in the Logical Outputs panel while in Table View. You change the view at the top of the panel, as...
Figure 3–5: Physical Outputs Creating an IP Socket The Electra 9200 uses GbE ports 3 and 4 for output. In this example, we configure the GbE–Port 3, add an IP socket, then assign TS–1 to the socket. 1. In the Physical Outputs panel, expand the Main Board to display the GbE Ports as seen in Figure 3–5.
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Chapter 3 Electra 9200 Encoding Tutorial Configuring an Encoder with SDI Input and IP or ASI Output Click For information about the settings you can make, see the online help for this configuration page. Add New 3. Now, add a socket. Right-click GbE–Port 3 again and select .
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Chapter 3 Electra 9200 Encoding Tutorial Configuring an Encoder with SDI Input and IP or ASI Output Figure 3–6: GbE port with socket 4. Drag and drop TS–1 to the new socket. Notice that the TS–1 entry now includes an IP address in its name–the IP address of the socket that carries it.
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Chapter 3 Electra 9200 Encoding Tutorial Configuring an Encoder with SDI Input and IP or ASI Output Configuring an ASI Port Sending the output TS to an ASI port is very similar to sending it to an IP socket. However, the ASI card needs no configuration, and the Ports 1 &...
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Chapter 3 Electra 9200 Encoding Tutorial Configuring an Encoder with SDI Input and IP or ASI Output Notice that the TS–1 entry now includes ASI Port in its name–indicating that it is carried through the ASI port. Apply 4. When you have made your program configuration settings, click at the top of the configuration page.
Chapter 3 Electra 9200 Encoding Tutorial Summary Summary In this tutorial you saw how to create encoding streams for the SDI input to an A/V encoder card. The tutorial showed minimal configuration for a video stream and an audio stream. It showed how to assign the output TS to an IP socket, and to an ASI port.
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