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Sumavision IPQAM 3.3 Operating Instructions Manual

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SUMAVISION
Operating Instructions
IPQAM 3.3 modulator
10K511
SUMAVISION TECHNOLOGIES CO., LTD.

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  • Page 1 SUMAVISION Operating Instructions IPQAM 3.3 modulator 10K511 SUMAVISION TECHNOLOGIES CO., LTD.
  • Page 2 Sumavision Technologies Co., Ltd. reserves the final right to interpret the contents of this manual. The Agreements of the Instructions Before reading the Instructions, please read the following agreements carefully: 1.

  • Page 3: Target Readers

    Digital video/audio system engineers Contact Us Sumavision Technologies Co., Ltd. is committed to providing a full range of technical support. When users are not familiar with the device or any fault of the device occurs, it is recommended not to disassemble the device, but to contact Sumavision Office or the After-sales Technical Support Department of the Company.

  • Page 4: Table Of Contents

    SUMAVISION 10K511 Operation Introduction Content SUMAVISION ............................1 OPERATING INSTRUCTIONS ......................1 CHAPTER 1 OVERVIEW ......................1 ....................1 NSTRUCTION TO PRODUCT USE ......................2 RODUCT DENTIFICATION .................... 2 NVIRONMENTAL EQUIREMENTS 1.3.1 Requirements on Transportation Environment ..............2 1.3.2 Site room environmental requirements ................3 1.3.3...
  • Page 5 SUMAVISION 10K511 Operation Introduction 7.1.6 The indicator light doesn't light up after turning on ............52 7.1.7 Alarm information displays: 10-gigabit port 1 is not connected ........52 7.1.8 Other alarm information....................53 CHAPTER 8 MAINTENANCE ....................54 ......................54 AINTENANCE METHOD ......................

  • Page 6: Sumavision

    SPTS streams mapped in the same output channel as MPTS multi-program code streams, and outputting a RF (Radio Frequency) signal through QAM modulation. The IPQAM modulator used in the network diagram is SUMAVISION 10K511. Page 1 of 60...

  • Page 7: Product Identification

    If there’s any question during the transport, maintenance and operation of the device, please contact the Aftersales Technical Support Department of Sumavision, with the way to contact refering to the foregoing contents. The device is high-grade electronic product, and should be handled gently and kept away from falling or collision.

  • Page 8: Site Room Environmental Requirements

    1.3.2 Site room environmental requirements ✓ Site room area: The front door and back door of the cabinet should leave at least 1.2m to 1.5m for opening the door or routine maintenance. The cabinet can not be installed against the wall, and the distance between the cabinet side and the wall should be not less than 0.8m.

  • Page 9: Power Supply Requirement

    Table 1-2 Site room harmful gas indicators Average (mg/m Max. (mg/m Sulfur dioxide SO 0.20 1.50 Hydrogen sulfide, H 0.01 0.30 Nitrogen dioxide, NO 0.04 0.15 Ammonia, NH 0.05 0.15 Chlorine, Cl 0.01 0.30 ✓ Fire-fighting requirements: Site room should be equipped with automatic fire alarm system, hand-held extinguishing system or fixed extinguishing system.

  • Page 10: Chapter 2 Product Descriptions

    Chapter 2 Product Descriptions 2.1 Appearance IPQAM modulator appearance is shown as Fig. 2-1 IPQAM modulator Appearance. Scrambling LCD screen internet access Control internet Assembly Indicator light access component Fig. 2-1 IPQAM modulator Appearance 2.1.1 Description of equipment connector The front panel of IPQAM modulator 10K511 is provided with 10-gigabit input module interface, gigabit input module interface, status indicator light, LCD screen, key, control network interface, scrambling internet access, ASI monitoring internet access and DTI internet access.

  • Page 11: Instructions To Optional Configuration

    2" respectively. 2.1.2 Instructions to optional configuration IPQAM 3.3 modulator 10K511 has flexible configuration. There are two types C2Q32 and C3Q16 in accordance with user demands. The two functional characteristics are introduced below. Model C2Q32: Totally 4 modulation daughter cards are inserted in the modulator, occupying the left side of the upper and lower layers.

  • Page 12: 10-Gigabit Ethernet Interface (10Gbe)

    Table 2-2 Ethernet interface connector parameters Electrical Maximum current 2 amps appearances characteristics Insulation resistance 5000 megohms can be shown as Signal 30 milli-ohms @100 mA the figure below: resistance Metal shell shielding Min. 20dB (20-200MHz) force -50～+105 ℃ Applicable ambient temperature Material...

  • Page 13: Rf Output Interface (Rf)

    In accordance with IEEE 802.3z (optical interface) or Interface protocol IEEE 802.3ab standard (electrical interface) Interface rate 1000M self-adaptation 2.1.7 RF output interface (RF) Each modulation daughter card on the modulator provides two RF output interfaces. There are eight (or 12) RF output interfaces in total. The output is the cable TV RF signal in the 45-1000MHz frequency band.

  • Page 14: Power Socket

    2.1.8 Power Socket The modulator provides two power sockets on the rear panel. The device will be powered on if the power lead is inserting the power socket correctly. The power sockets used by the modulator fully conform to the international industrial standards, for detailed information, refer to Table 2-6 Power Socket Parameters.

  • Page 15: Control Descriptions

    2.3 Control Descriptions SUMAVISION IPQAM 10K511 modulator can achieve the control through Web and SNMP network management system. Page 10 of 60...

  • Page 16: Chapter 3 Technical Characteristics

    Chapter 3 Technical Characteristics 3.1 Main performance parameters Main functions of modulator are as follows: ✓ ITU-T J.83Annex A/B/C international standard, compatible with DVB-C standard; ✓ 10GbE Ethernet input to achieve 10GbE data throughput; ✓ Supporting ARP, ICMP, IGMP-v3 and other network protocol (possessing active IP filtering characteristics);...
  • Page 17 ✓ Remote online upgrade function ensures good expansibility. The output level follows the formula 122-3*log2 (burst point), and models C2Q32 and C3Q16 are respectively shown in Table 3-1 and Table 3-2: Table 3-1 C2Q32 output level (Note: there is slight difference among levels in case of different cards) Number of used...

  • Page 18: Chapter 4 Dimension And Weight

    Chapter 4 Dimension and Weight 4.1 Dimensions IPQAM 10K511 modulator external structure is shown as Table 4-1 IPQAM modulator Physical Parameters. Table 4-1 IPQAM modulator Physical Parameters Physical Parameters Value (Unit) Height 44.4mm (1U) Width 482.6mm (19") Depth 363.7mm 4.2 Weight The device weights <10kg, and its specific quality is related to the configurations of the device.

  • Page 19: Chapter 5 Installation And Debugging

    Please check whether the package of the device is damaged or not when receiving the device; in case of device’s damage, please contact the carrier company or the After-sales Technical Support Department of Sumavision in a timely manner. If you complete the installation and debugging of the device by yourself, please pay attention to the deformation of device and abnormal sound inside the device when unpacking the device;...

  • Page 20: Debugging

    Fig. 5-1 Assembly cabinet for IPQAM modulator ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝ The device can be installed in any plug-in frame of the assembly cabinet. However, the general principle for arranging the location of the device is that the connection between various stand-alone devices should be arranged neatly on the assembly cabinet in accordance with the flow of signal.

  • Page 21: Debugging And Inspection Methods

    5.5 Debugging and inspection methods IPQAM modulator 10K511 provides the user with setting menu through the web page. The user can set the parameters of the device, so that the device can meet the needs of the user. ✓ Platform By querying this page, you can learn the current device operation information and alarm information.

  • Page 22: Chapter 6 Method Of Application

    As an indispensable part of the digital TV system, the modulator is in the mouthpiece position of the system. With high stability and reliability, IPQAM of SUMAVISION supports the user to configure the modulator intuitively and conveniently through the WEB interface and IPQAM network management system.

  • Page 23: Web Menu Name And Instruction

    6.2.1 WEB menu name and instruction Browser requirement ====================================================================== Please use the required browser version and operation system, the specific requirements are as follows: Operation system Browser version Screen resolution Windows 7/Windows 10 Chrome superior 1024*768 and above version ====================================================================== Login of WEB Open the browser and input device IP address in the address bar (viewable via the LCD) with default IP 192.168.1.100, and then press Enter.
  • Page 24 Description of WEB interface WEB network management setting interface of IPQAM modulator is mainly divided into the areas in the figure below: Fig. 6-2 Illustration diagram for WEB network management interface of IPQAM modulator Go back to the homepage, log out the user and restart the function; Function option of IPQAM modulator;...
  • Page 25 Fig. 6-3 Platform page Monitoring In [Monitoring], you can view frequency point information, mapping table information and internet access information. Fig. 6-4 Monitoring page Card In [Card] page, you can set frequency point parameter, mapping table parameter and internet access parameter. Page 20 of 60...
  • Page 26 Fig. 6-5 Card page Multiplexing The [Multiplexing] page is used for multiplexing and setting table searching parameter for programs. The left side of multiplexing is for input. Search table at the receiving port of the internet access and multiplex it to the output frequency point set at the right side. Fig.

  • Page 27: Internet Access Input Setting

    Fig. 6-7 Scrambling page Global The [Global] page is used for configuring frequency points in batches, configuring UDP ports in batches, device backup, ASI monitoring, TS monitoring, ERM and card restart. Fig. 6-8 Global page 6.2.2 Internet access input setting IPQAM modulator can receive the program stream through 10-gigabit inputs and gigabit inputs on the front panel of the device, and modulate and output the program stream ERM is used for a special project and is not a commonly used function...

  • Page 28: Network Parameter Configuration

    through the configured modulation card. The step for receiving the code stream is described below. Network parameter configuration Fig. 6-9 Set network parameters Step 1: Insert the 10-gigabit optical module or gigabit module into the front panel 10GbE-1 of the device; Step 2: Optical module and front-end device of 10-gigabit optical fiber connection device (10 -gigabit switch, etc.) interface;...
  • Page 29 IP Protocol Inalterable IPv4 IPv4 Unicast IP address 192.168.1.137 IPv4 subnet mask Mask address of legal subnet 255.255.255.0 Unicast IP does not include 127.XXX.XXX.XXX IPv4 gateway 192.168.1.1 It must in same network segment with IP of the internet access MAC address Inalterable Speed and duplex 10Gbps full/ 1Gbps full...
  • Page 30 Fig. 6-10 Input code rate information Input network port backup setting Input network port backup refers to that each set of input on the front panel of the device can achieve network port backup. In case of abnormal transmission of the main channel, the device uses the input of the standby channel to ensure the stability of device output.
  • Page 31 Table 6-3 Input internet access backup parameter list Parameter Range Default Primary Port Current Active Port Backup Enable Off/on Check Time (100ms) 0~65535 Revert to Primary Off/on Revert Check Time 0~65535 (100ms) On GbE Link Only/ On GbE Input System On GbE Link Detention Mode Rate/On GbE Input Valid Rate...

  • Page 32: Operation Of Vod Mode

    Step 1: Enter [UDP Backup] - [General] page; Step 2: Open [Backup Enable] and [Main Path Priority Enable], and set [Switching Time] and [Failback Time] as required; Step 3: Click [Apply] to take effect. Table 6-4 Input backup parameter list of internet access UDP Parameter Range Default...
  • Page 33 Fig. 6-13 Output parameter Step 1: Enter the [General] page, set and apply the output parameters as required; Step 2: Enter the [Output] page, set the [Output Level], and click [Apply] to take effect. Page 28 of 60...
  • Page 34 Table 6-5 RF port parameter list Parameter Range Default Card Slot Inalterable Card Type Inalterable Modulation Card Card Name 1~31 characters QT322 Resistance Network jitter(ms) 1~1000 Encoding Type ITU-A/ITU-B/ITU-C ITU-A MinBufSize 2M bit/4M bit/8M bit 2M bit Gbe Straight Enable On/off Gbe Straight mode Manual/ Auto...
  • Page 35 name, PCR adjustment, SDV, dynamic UDP start value; Step 4: Click [Apply] to take the parameter effective. Table 6-6 Add frequency point parameter list Parameter Range Default Frequency 42~1005 (MHz) Modulation QAM 64/QAM 128/QAM 256 QAM64 Symbol rate 3.5~7 6.875 (Mbaud) Bandwidth 128,1/128,2/64,2/128,3/32,4/128,4/...
  • Page 36 Fig. 6-15 Batch adding of frequency point Step 1: Check All in the batch rule or check part of the items separately for modification; Step 2: Set the initial value (frequency, QAM mode, symbol rate) of the frequency point to be added in batches in the batch rule in the frequency point adding page.
  • Page 37 Table 6-7 Parameter list of batch adding of frequency point Parameter Range Default Frequency 42~1005Mhz As long the end value doesn't Offset exceed 1005Mhz. Modulation QAM 64/QAM 128/QAM 256 QAM 64 Symbol rate 3.5~7 6.875 Cannot be set, Bandwidth determined by output page [Encode Mode] Cannot be set, Interleaving...
  • Page 38 Step 3: Set the port receiving parameters (destination IP address, UDP port, etc.) according to the front-end code stream sending value; Step 4: Click [Apply] on the page to take the parameter settings effective. Table 6-8 Parameter list of mapping table Parameter Range Default...
  • Page 39 Fig. 6-17 Batch setting of mapping table Page 34 of 60...
  • Page 40 Table 6-9 Add Parameter List in Mapping Table Parameter Range Default Destination IP address Legal IP address 0.0.0.0 UDP port 1~65535 49156 Port Control Mute/Open/delete Mute Network port group Group 1~ Group 8 Group 1 Channel Channel 1 / Channel 2 Channel 1 Stream Type Normal/DataP/DataR/Data...

  • Page 41: Operation Of Broadcast Mode

    6.2.4 Operation of broadcast mode To use the broadcast mode of the device, you need to perform the following operations: Set the receiving parameters, frequency point parameters and multiplex programs. Set the receiving parameters Fig. 6-18 Set the receiving parameters Fig.
  • Page 42 Set frequency point parameters Fig. 6-20 Set frequency point parameters Different from VOD, set [Service Manager] as broadcast. Set multiplexing parameters Fig. 6-21 Set multiplexing parameters Step 1: Enter [Multiplexing] page; Step 2: Select the desired internet access in the input drop-down menu, perform right-click and click [Refresh] in the pop-up drop-down menu;...

  • Page 43: Backup Function Operation

    The IPQAM device provided by SUMAVISION offers a variety of backup functions, including input internet access backup, UDP port backup and device backup. Together with front-end device produced by SUMAVISION, it can provide high stability and reliability. Various backup function settings provided by the device are introduced in turn Input network port backup setting of board card Refer to 6.2.2.
  • Page 44 Fig. 6-22 Switching conditions Fig. 6-23 Standby setting of device 6. Switching method Step 1: Synchronize the parameters of the backup device with the main device via FTP or the parameter import/export function; Step 2: Enter [Device Standby] page; (Global-- Device Standby) Step 3: Click to set backup parameter of device: Open [Local Backup Enable] and set main device or backup device as required.
  • Page 45 ===================================================================== In device backup, when the main device is used, you can switch to backup device for output. When the main device restores, you will not automatically switch to main device for output. At this time, you should click the toggle button in Device Backup Setting in Fig. 6-23 Standby setting of device.
  • Page 46 1） Configure all the same parameters for the main card and the backup card; 2） On the card backup page, set the main card and the backup card, open the backup enable, and set the switching conditions of the system group and the output group; 3）...

  • Page 47: Asi Monitoring Function Operation

    Fig. 6-25 RF Backup 6.2.6 ASI monitoring function operation The front panel of SUMAVISION's IPQAM equipment provides an ASI monitoring interface. Through the interface, the program flow status of input and modulation output can be monitored conveniently. The functional usage is introduced below.
  • Page 48 Fig. 6-26 ASI monitoring option Table 6-11 ASI monitoring parameter list Parameter Range Default Monitor Mode Off /x10Gbe Input/ card input / RF output Switch Card 1 / card 2 / card 3 / card 4 / card 5 / card Card Card 1 10GbE1 / 10GbE2 / 10GbE3 / 10GbE4 /...
  • Page 49 Monitoring of input flow Fig. 6-27 Monitoring of input flow At first, connect the internet access and transport stream analyzer with the cable from internet access to the NBC interface, and then log in to the network management: Step 1: Open [ASI Monitoring] page; Step 2: Set the input to be monitored;...

  • Page 50: Scrambling Setting Operation

    Step 2: Click [Apply] to take effect. 6.2.7 Scrambling setting operation IPQAM device support of SUMAVISION scramble the input program. Before configuring scrambling, it is required to connect the scrambling internet access (identified as CA) of IPQAM with the scrambling server. IP of the scrambling internet access can be viewed and modified in WEB network management [Platform] - [Network] - [Internet Access 2] page of IPQAM.
  • Page 51 Fig. 6-29 Configuring scrambling IP Step 2: Click [Scrambling] setting of WEB network management, click left [CAS] and fill in correct CAS parameter. These parameters are supplied by CAS server. After setting is completed, click [Apply] for validation; Fig. 6-30 Setting of scrambling CAS parameter Page 46 of 60...
  • Page 52 Step 3: Enter [Scrambling]-[EMM] page, set EMM parameter information, turn on the switch and then other parameters are supplied by CAS server. Click [Apply] to take effect parameters. Afterwards, click [Monitoring] page to inquire the configured EMM status information; Fig. 6-31 Configuration of scrambling EMM parameter Step 4: Enter [Scrambling]-[Program] page, select the port to be set, enter [EMM] subpage and turn on EMM switch.
  • Page 53 Table 6-12 Scrambling parameter list Parameter Range Default CW mode Normal/Main/Backup Normal CW Period (s) 8~6500 Name 1~64 characters CAS1 CAS switch Off/on CAS Version No.1/No.2/No.3 No.2 CAS ID 0~65535 19154 SUB CAS ID 0~65535 ECM Channel ID 0~65535 Main ECMG Unicast IP address 192.165.52.103 Address...
  • Page 54 SCG Clean Up Off/on Page 49 of 60...

  • Page 55: Chapter 7 Fault Analysis And Troubleshooting

    [Alarm Information] page on the WEB page, and take corresponding measures. If the user cannot solve the abnormal problem of the modulator independently, he can call the user service department of SUMAVISION. 7.1.1 WEB network management cannot be opened Cause of failure: 1）...

  • Page 56: Alarm Information Displays: Clock Synchronization Error

    Cause of failure: 1） Cooling fan of device is abnormal; Solution: 1） Enter WEB network management card monitoring information page to check device information items, observe the fan speed, and then contact the customer service personnel of SUMAVISION; Page 51 of 60...

  • Page 57: Alarm Information Displays: Too High Input Code Rate

    7.1.4 Alarm information displays: Too high input code rate Cause of failure: 1） The effective code rate of the input TS stream of the device is too high; 2） The device's parameters are not set correctly. Solution: 1） The maximum code rate can be recalculated according to the set different QAM modes and symbol rates;...

  • Page 58: Other Alarm Information

    3） Check whether network management is consistent with SFP module; 7.1.8 Other alarm information See Appendix for details Page 53 of 60...

  • Page 59: Chapter 8 Maintenance

    If a special failure cannot be solved according to the method described in this guidance, please contact the the Customer Service Department of Sumavision Technologies Co., LTD. for further technical support. 8.1 Maintenance method...
  • Page 60 ➢ The device is inspected according to the specifications & instruction manual of Sumavision Technologies Co., Ltd. The man-made accident should be prevented. ➢ Wear the anti-static bangle when operating the device hardware.

  • Page 61: Routine Maintenance

    8.3 Routine maintenance Refer to Table 8-1 for routine maintenance. Table 8-1 Routine maintenance Maintenance Maintenance Operation guide Reference standard Reference type contents maintenance hour (man×hour) Inspect Power supply in Check the power The voltage output is normal. 0.05 external site room monitoring system The power gives no abnormal...

  • Page 62: Monthly Maintenance

    Maintenance Maintenance Operation guide Reference standard Reference type contents maintenance hour (man×hour) Log query No attempt to log on the 0.05 operation network management system; query unknown data change network operations. management system. 8.4 Monthly maintenance Refer to Table 8-2 for monthly maintenance. maintenance Table 8-2 onthly...

  • Page 63: Annual Maintenance

    Table 8-3 Quarterly maintenance Maintenance Maintenance Operation guide Reference standard Reference type contents maintenance hour (man×hour) Inspect the Inspect the cabinet The cabinet surface is clean. Observe the cabinet cleanness There is no much dust inside the inside and outside cleanness cabinet.

  • Page 64: Operation And Maintenance

    engineering document complete for check at any time. 8.8 Operation and maintenance Pay attention to the following contents for the maintenance when the device is operating. ➢ Check whether the ground cable and power supply are normal. Ensure the power supply works properly before turning on the power. ➢...

  • Page 65: Chapter 9 Storage And Transport

    Prohibit infection by radioactive substances. 9.2 Transport The IPQAM modulator is packaged by using the special packaging of Sumavision. In case of intact packaging, such transportation modes like highway, railway, airline and shipping are acceptable. In case of damaged packaging, the device should be transported after being packaged by professional electronic product transportation companies.

  • Page 66: Appendix 1: Alarm And Solution

    Appendix 1: Alarm and solution Alarm display Alarm cause/trigger Solution condition Fan abnormal Fan speed is 0 Check the fan wiring or replace the fan Temperature Abnormal high FPGA core Adjust fan speed to reduce temperature device temperature or turn off the power to cool the device FPGA Abnormal...
  • Page 67 time Device Backup Object Under condition Check whether device Link Down device backup, object device IP set in data address of the object device of the local device is correct set by the local device is Check whether unreachable object device operates normally...
  • Page 68 Unconnected EMMG EMMG IP is correct (2) Whether corresponding EMMG operates CASx(ECMG:x) Abnormal connection with (1) Inspect whether the set Unconnected ECMG ECMG IP is correct (2) Whether corresponding ECMG operates Card x Port x SCG1(SID:x) Failed establishing (1) Inspect whether the CASx(ECMG:x) scrambling Stream corresponding...

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