Cisco D9854i Manual
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Configuring Transport Stream Information 78-4021470-01 Rev J 187 The following describes each mode: Data Port Management Port Description No Output Disables the MPEGoIP interface. Always Output Always output data on the port. 19 Click OK. 20 The MoIP Output Status section displays the current Output bit Rate (0 to 213 Mbps) and the available bit bandwidth (Free Bandwidth), in Mbps. 21 Click Apply. If a conflict occurs, a detailed error message appears at the top of the page. You must resolve the conflict and then click Apply to save and apply your changes again. Configuring the DPM MPEGoIP Output Details The following procedure defines all the available fields. For a typical setup of the DPM, see Typical set up for Digital Program Mapping (DPM) (on page 192). Note: After you make any changes, a successfully updated (session open) message appears. The changes are displayed, but not saved. You must click Apply to save and apply the changes. 1 From the user interface of the D9854, click Transport Stream > Transport Handling, expand MPEG over IP Output and then click Digital Program Mapping. The Digital Program Mapping page is displayed.
Chapter 5 Web GUI Setup and Monitoring 188 78-4021470-01 Rev J 2 For each DPM Program Entry, it displays the input channel number (Chl #) and channel name (Name), whether the PE is passed, dropped, or mapped (Action), the output channel (Output Ch#), and the PMT PID (PMT PID). Note: Any changes made to the DPM Program Entry Setup configuration automatically changes the Output Mode to Full DPM Control in the MPEG over IP Output page. 3 Select the program entry you want to edit. 4 The Action is automatically updated when you select the Output Mode in the ASI Output page. For more information, see Configuring the MPEGoIP Output (on page 184). You can optionally select the DPM program action for the PE (Pass, Map, or Drop) in the Action drop-down list. Note: If the PE is mapped, it uses the last valid input. The output map (for example, output channel PMT) does not change automatically if the input or channel number is changed. 5 Click Edit. The DPM PE PID MAP window opens. 6 Enter the Output Channel Number you want to map to the input channel (Input Channel #). This value is only used if the PE Action was set to Map. You can enter a range from 1 to 65535. 7 Enter the Output PMT PID you want to map to the Input PMT PID. 8 In the PE PID MAP section, you can select an existing PID mapping entry you want to modify or click Add Row to create a new entry. 9 The Input Stream indicates the input program stream category/service type. The Input PID displays the input program PID (1 to 8190). It is only used if the PID Action is set to Map. 10 In the Action drop-down, select the DPM action for the PID associated with the PE. Action Description Drop Removes the service and its associated PMT reference from the transport output.
Configuring Transport Stream Information 78-4021470-01 Rev J 189 Action Description Map Provides the flexibility to define all the outgoing PID numbers for a PE, including those not currently on transmission. 11 Enter a Stream Type to map within a PE to a specified PID (0 to 255). 12 Select the output program stream Category or service type. This value is only used if the Action is set to Map. The categories are: UNKN, CDT, LSDT, DATA, TTX, MPE, DPI, VBI, SUBT, AUD, VID, PCR or INVL. 13 Enter the Output Stream Instance (1 to 64) and the Output program PID (0 to 8192). 14 To remove a PID mapping, select the entry you want to remove and click Delete. 15 Click OK. 16 In the DPM Program Entry Setup section, each PE output can be synchronized to its input according to one of the four output modes. Select the program entry you want to synchronize and then click Resynchronize or click Resynchronize All to synchronize all the listed PE outputs to its inputs. Note: The resynchronization will not synchronize the inputs if there is no valid input on the PE or if the PE is set to channel 0. The Confirm Resynchronization window is displayed. 17 Select whether you want to synchronize services and PIDs, services only, PIDs only, or to synchronize using a template. 18 Click Yes. 19 In the DPM General Settings section, you can configure MPEGoIP DPM transport stream settings. 20 In the Remapping Mode drop-down, select the DPM map mode. The following table describes each mode: Map Mode Description Svc ID The elementary PIDs are not changed. Channels are remapped by changing their PSI references. When this mode is selected, PE detailed PID mapping cannot be edited.
Chapter 5 Web GUI Setup and Monitoring 190 78-4021470-01 Rev J Map Mode Description Svc ID & PID Channels and the elementary service PIDs can be mapped. 21 Select the Duplication Method of the DPM program, which modifies the PSI to duplicate a program and its content. This parameter is only used if Remapping Mode is set to Svc ID & PID. The following table describes the each duplication method: Duplic Mode Description PSI Remap Every input PID can be mapped to one output PID. If PID mapping conflicts exist, DPM will use the Precedence Rule to decide which output PID to use. All PMTs using the input PID will be updated to reference the output PID specified by the winner. Pkt Copy An input PID can be mapped to multiple output PIDs. The PID will be duplicated as many times as needed (up to a certain hardware limitation). Pkt Copy is recommended for most applications. 22 Select the DPM action to use for Unreferenced Content. Unreferenced content is the remainder of the transport that is not filtered by the program entries. Select Drop (default) to drop all unreferenced content. Select Pass to pass all unreferenced content to the output unchanged. 23 In the Service ID Output drop-down, select whether the receiver should always generate PSI tables for the Mapped PE even if the selected input channel is not available, or for only valid service channels/IDs. The following table describes each service ID: Svc ID Description Valid Ch Only transmits the PSI tables for the mapped program if the program exists on the input stream. All Ch Transmits the PSI tables for the mapped program even if the program does not exist in the input stream. All Ch is only valid if the PAT, NIT, SDT and PMT are set to Regenerate. 24 Select the SI Regeneration Option. This applies the PowerVu rates (consistent with the uplink). This parameter is only used if Remapping Control is set to None. The following table describes each PSI rate: PSI Rate Description Auto Matches the generated PSI tables output rate as the incoming rate. MPEG Min Transmits the generated PSI tables on the longest intervals that are allowed by MPEG standard.
Configuring Transport Stream Information 78-4021470-01 Rev J 191 PSI Rate Description SA Std Transmits the generated PSI tables based on PowerVu standard intervals. 25 The PSI Table Output Option drop-down allows the operator to specify which PSI tables to include in the program/output stream. The following table describes each option: PSI Options Description Pass All Transmits the incoming PSI Tables as is; does not modify the content and rate. Drop All Does not transmit any PSI Tables. Ctl By Table The operator can click Table Options to select the output mode for each table. The default table selections will be all pass, and only with CDT dropped. 26 Select the PSI Regeneration Option drop-down, select whether to regenerate the PSI tables. You can select Always or As Needed (only if the content has changed). 27 If Ctl By Table was selected as the PSI Table Output Option, click Table Options to configure the DPM table options. The DPM Table Options (MOIP) window is displayed. 28 Select the tables which will be passed, dropped, regenerated or passed with rate control (PwRC) from the ASI Output. The CDT table is different from the other tables listed. For more information on the table options, see PSI Table Settings (on page 109). 29 Click OK.
Chapter 5 Web GUI Setup and Monitoring 192 78-4021470-01 Rev J 30 Click Apply. If a conflict occurs, a detailed error message appears at the top of the page. You must resolve the conflict and then click Apply to save and apply your changes again. Typical set up for Digital Program Mapping (DPM) 1 Verify that you are receiving a valid signal and that you have set up the channels that you want to pass, drop, or map. 2 From the user interface of the D9854, click Transport Stream. 3 Click ASI Output or MPEG over IP Output. 4 In the Output Mode drop-down, select Full DPM Control. 5 If necessary, select the Descrambled mode according to whether the program is to be scrambled or descrambled for downstream viewing or monitoring. 6 Click Apply. 7 Click Digital Program Mapping from the ASI Output or MPEG over IP Output. The Digital Program Mapping page is displayed. 8 In the DPM Program Entry Setup, click Resynchronize All. This copies the input services PIDs to the remapped output service PIDs. 9 Select the PE containing the channel you want to configure and click Edit. The DPM PE PID MAP window is displayed. 10 In the Action drop-down, select Pass, Drop, or Map. 11 Configure the input to output channel mapping in the Category drop-down. Video and PCR can be output on the same PID or different PIDs. If output on the same PID, they will appear identical to the input. 12 Click OK. 13 In the DPM General Setting section, set the following parameters: Parameter Description Remapping Mode Svc ID & PID Duplication Method Pkt Copy Unreferenced Content Drop Service ID Output Valid Ch/All Ch PSI Table Output Option Ctl By Table PSI Regeneration Option Always/As Needed 14 Click Table Options. The DPM Table Options (ASI) window is displayed. 15 Set the following parameters: Parameter Description PAT Regen
Configuring Transport Stream Information 78-4021470-01 Rev J 193 Parameter Description CAT Regen PMT Regen TSDT Drop NIT Regen or Drop NITO Drop SDT Regen SDTO Drop BAT Drop EIT Drop TDT Pass RST Pass TOT Pass DIT Pass SIT Pass ECM Drop EMM Drop DRT Drop CDT Drop 16 Click OK. 17 Click Apply.
Chapter 5 Web GUI Setup and Monitoring 194 78-4021470-01 Rev J Configuring System Settings Viewing the System Identification 1 From the user interface of the D9854, click System Settings > System > Identification. The Identification page is displayed. 2 The System page displays the parameters associated with the D9854 system, such as serial number, model number, and user addresses. 3 You may optionally change the Hostname (device name) and click Apply.
Configuring System Settings 78-4021470-01 Rev J 195 Viewing Hardware Features and Base License Information From the user interface of the D9854, click System Settings > System, expand Identification and then click Features/Licenses. The Features/Licenses page is displayed. The Hardware Features section displays the hardware options installed in the current D9854 Advanced Program Receiver. For example, it indicates whether the receiver equipped with an SDI output and the number of transcoding paths. The Feature License Summary section displays a list of software licenses for the D9854 Advanced Program Receiver and whether each of the software licenses are enabled or disabled. Note: All software licenses are enabled for this release (temporarily). Any of these required licenses will need to be purchased from Cisco in subsequent software releases.
Chapter 5 Web GUI Setup and Monitoring 196 78-4021470-01 Rev J Setting up IP Information 1 From the user interface of the D9854, click System Settings > System > IP Settings. The IP Settings page is displayed. 2 In the top section, you can set the parameters for communicating with other equipment via the Ethernet Data and Management ports for IP applications and upgrading application software. 3 Select control or data settings and set the IPv4 Destination IP Address for the interface. The address is 12 digits in length (###.###.###.###). 4 Set the number of CIDR (Classless Inter-Domain Routing) bits in the network Mask (8 to 30). 5 Set the Gateway Address on the Network, used to expose the receiver to a WAN. The IP Address, IP Mask, and Gateway Address should be changed together, i.e., as a group. The following table shows the most commonly used Subnet mask values to enter for a chosen IP address mask, which will depend on the size of your network. Mask Subnet Mask 8 255.0.0.0 16 255.255.0.0 24 255.255.255.0 6 Select the speed and duplex type of the interface (PHY Mode). Select Auto for PHY to negotiate speed and duplex with other devices on the network, or select 10 HD (half-duplex), 10 FD (full-duplex), 100 HD, 100 FD, or 1000 FD to lock into a fixed mode. The default is Auto.