3

GigE Input IP Addr Field

Default: 239.001.001.001

Use the following procedure to set and view the Input GigE IP address of the unit. Press the  buttons until the GigE Input IP Address menu appears. Use this menu to enter an IP address and Port for the incoming GigE source stream. The address is represented in the common dotted- decimal format. Contact the network administrator for details about configuring the GigE input port for the desired source stream.

GigE Input

IP Address

Port

E

239.001.001.001

00000

Important: Do not configure the IP Address of the 10/100 and GigE to be on the same subnet.

Press the 4 button until the cursor is at the IP Address label, and press ENTER to move into the field. Use the arrow buttons (4) to enter the desired address and then press ENTER to confirm the selection and exit the field. Skip to page 38 to set the remaining installation fields.

RF Input

Use this section to select one of the eight RF input ports so that the unit can acquire the DigiCipher II system signal and automatically download network data required for operation.

Because many satellite broadcasters use standard C-band transponder center frequencies, selecting a transponder number is the default tuning mode. Use the Xpndr option in the Mode field and edit the Xpndr (transponder) field (described on page 33), for tuning such signals.

For offset-frequency C-band, fractional transponders, or Ku-band satellite broadcasts, use the LFreq field in the Mode field (described on page 34), and directly edit the L-band frequency field.

The unit does not actually require any distinction between C-band and Ku-band satellite signals in order to tune and acquire a compatible signal. However, correct modulation information is necessary. For details on modulation, see “Modulation Menu” on page 35.

Input Field

Default: Port 1

The Input field displays the active input. To select the input:

Press the4 button until the cursor is at the Input label and press ENTER. Press the  buttons to scroll to the input that is connected. Unless changed, the unit displays Port 1. Press ENTER to confirm the selection and return to the top line of the menu. If Port 1 through Port 8 is selected, then use the arrow buttons (4) to specify the other fields (Mode field, Xpndr field, and Lfreq field) as needed. These three fields are not visible when ASI In or GigE In is selected.

MANUAL TUNE Input Mode Xpndr LFreq

E

Port 1 Xpndr 01

1430.00

32

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Motorola DSR-6400 manual RF Input
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DSR-6400 specifications

The Motorola DSR-6400 is an advanced digital satellite receiver designed to meet the demands of both broadcasters and service providers. Renowned for its robust performance and versatility, the DSR-6400 is an ideal choice for delivering high-quality video content over satellite networks.

One of the main features of the DSR-6400 is its support for high-definition (HD) video formats. It is capable of receiving and processing HD 1080i and 720p signals, ensuring that users can enjoy crystal-clear video quality. The receiver supports MPEG-2 and MPEG-4 compression technologies, which optimize bandwidth usage and enhance the viewing experience. This dual support is particularly valuable as it allows for a seamless transition from standard definition to high definition broadcasts.

Another notable feature of the DSR-6400 is its modular architecture, which allows for easy upgrades and customization. This adaptability ensures that operators can scale their systems according to changing market demands or technological advancements. The receiver is equipped with multiple input and output options, including ASI, IP, and HDMI, making it suitable for various applications and environments.

The DSR-6400 also boasts advanced conditional access and security features. It is compatible with several encryption systems, ensuring that content providers can securely distribute their programming without the risk of unauthorized access. This is crucial in maintaining the integrity of broadcasting, especially for premium content.

In terms of reliability, the DSR-6400 is built to withstand the demands of 24/7 operations. Its failover capabilities and redundancy options make it a reliable choice for mission-critical broadcasting scenarios. Additionally, the receiver's diagnostics and monitoring tools allow operators to maintain optimal performance and quickly address any issues that may arise.

Overall, the Motorola DSR-6400 stands out as a powerful and flexible digital satellite receiver, equipped with state-of-the-art features that cater to the evolving needs of the broadcasting industry. Its combination of high-definition support, modular design, and strong security protocols makes it an essential component for those looking to deliver outstanding satellite television services. Whether for direct-to-home broadcasting or in a complex distribution environment, the DSR-6400 continues to be a trusted choice for professionals in the field.
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