Sencore OmniHub 6/16 User Manual
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Sencore OmniHub 6/16 User Manual

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OmniHub 6RFX-02
User Manual
August 2023
www.sencore.com | 1.605.978.4600
Revision 1.8

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Summary of Contents for Sencore OmniHub 6/16

  • Page 1 OmniHub 6RFX-02 User Manual August 2023 www.sencore.com | 1.605.978.4600 Revision 1.8...

  • Page 2: Copyright

    This document may also have links to third-party web pages that are beyond the control of Sencore. The presence of such links does not imply that Sencore endorses or recommends the content on those pages. Sencore acknowledges the use of third-party open source software and licenses in some Sencore products.
  • Page 3 – User Manual OmniHub 6RFX-02 This guide contains some symbols to call your attention. The DANGER symbol calls your attention to a situation that, if ignored, may cause physical harm to the user. DANGER The CAUTION symbol calls your attention to a situation that, if ignored, may cause damage to Our product.
  • Page 4  Replacement Parts: When replacement parts are required, be sure the service technician uses replacement parts specified by Sencore, or parts having the same operating characteristics as the original parts. Unauthorized part substitutions made may result in fire, electric shock or other hazards.
  • Page 5  Always refer to the manual for safe operation. If you have a question about the application or operation email ProCare@Sencore.com  WARNING – To reduce the risk of fire or electrical shock never allow your equipment to be exposed to water, rain or high moisture environments.
  • Page 6 The following is a list of the items should be contained: 1. OmniHub 6RFX-02 chassis 2. OmniHub 6RFX-02 software 3. AC power cables 4. Breakout or adapter cables depending on option modules these items were omitted from packaging please email ProCare@Sencore.com to obtain a replacement. Page 6 of 220...

  • Page 7: Table Of Contents

    – User Manual OmniHub 6RFX-02 Table of Contents COPYRIGHT .............................. 2 ABOUT SENCORE ............................2 REVISION HISTORY ........................... 2 TABLE OF CONTENTS ..........................7 SECTION 1 OVERVIEW ..........................9 .........................10 RODUCT VERVIEW ........................10 RONT ANEL VERVIEW ........................10 ANEL VERVIEW ......................11...
  • Page 8 – User Manual OmniHub 6RFX-02 3.5.6 OHM6-OFDM-R01/R01A ......................90 3.5.7 OHM6-ISDBT-R01/R01A ......................91 3.5.8 OHM6-MOD-02 ........................93 3.5.9 OHM6-DTMB-03 ........................94 3.5.10 OHM6-QAMB-03 ........................94 3.5.11 OHM6-ISDBT-03 ........................95 3.5.12 OHM6-OFDM-03 ........................97 3.5.13 OHM6-QAMB-03 ........................109 ........................109 UNCTION ODULES 3.6.1 OHP6-ASI-00 ......................... 122 3.6.2 OHP6-EAS-00 ........................126 3.6.3 OHP6-CAM-00 ........................

  • Page 9: Section 1 Overview

    – User Manual OmniHub 6RFX-02 Section 1 Overview SECTION 1 OVERVIEW ..........................9 .........................10 RODUCT VERVIEW ........................10 RONT ANEL VERVIEW ........................10 ANEL VERVIEW ......................11 PTION ODULE VERVIEW Page 9 of 220...

  • Page 10: Product Overview

    – User Manual OmniHub 6RFX-02 Product Overview OmniHub 6RFX-02 is a compact, highly integrated and flexible solutions that focuses on both cost-effective commercial TV market and traditional DTV market. Thanks to the benefits of high-density, strong-performance and large-flexibility, OmniHub 6RFX-02 can meet all the major video delivery requirements of receiving, descrambling, encoding, multiplexing, modulation, and IP processing of signal in one unit.

  • Page 11: Option Module Overview

    – User Manual OmniHub 6RFX-02 1. Slot 1 for Option Module 2. Slot 2 for Option Module 3. Slot 3 for Option Module 4. Slot 4 for Option Module 5. Slot 5 for Option Module 6. Slot 6 for Option Module 7.
  • Page 12 – User Manual OmniHub 6RFX-02 Receiver Modules Description OHR6-DVBC-00 4 channel DVB-C Annex A/C/DTMB receiving module, 1 RF input connector with 4 tuners and 2 CI slots OHR6-DVBC-ISDBT-01 4 channel DVB-C Annex B/ISDBT receiving module, 1 RF input connected with 4 tuners and 2 CI slots OHR6-DVBS2CI-01 4 channel DVB-S2 receiving module, 2 input...
  • Page 13 – User Manual OmniHub 6RFX-02 optional AC3/AAC and supports CC and analog audio input. OHE6-HDMI-05 4 channel HDMI encoding module, supports H.264/H.265 HD/SD, MPEG-2 SD, MPEG1L2, optional AC3/AAC, and support OSD subtitle, logo picture and QR code overlay. OHE6-HDMI-05 8 channel HDMI encoding module, supports H.264/H.265 HD/SD, MPEG-2 SD, MPEG1L2, optional AC3/AAC, and support OSD subtitle, logo picture and QR code...
  • Page 14 – User Manual OmniHub 6RFX-02 OHM6-QAMA-R01 4 channel QAM modulator module, Annex A/C, adjacent output, and 1 RF female port for output OHM6-QAMA-R01A 8 channel QAM modulation module, Annex A/C, adjacent output, and 1 RF female port for output OHM6-QAMB-R01 4 channel QAM modulation module, Annex B, adjacent output, and 1 RF female port for output...
  • Page 15 – User Manual OmniHub 6RFX-02 UDP/RTP/HLS/SRT protocol mutual conversion OHP6-ASI-00 5 channels of ASI module, default 3 channels of ASI input and 2 channels of ASI output (the input and output of each port can be set) OHP6-EAS-00 EAS processing module, supports EAS triggering by analogue EAS input and Digital EAS input.

  • Page 16: Section 2 Installation

    – User Manual OmniHub 6RFX-02 Section 2 Installation SECTION 2 INSTALLATION ........................16 ..........................17 NSTALLATION AC P ........................17 OWER ONNECTION Page 16 of 220...

  • Page 17: Rack Installation

    – User Manual OmniHub 6RFX-02 Rack Installation The OmniHub 6RFX-02 is designed to be mounted in a standard 19” rack. It takes 1RU of rack space. To install it into a rack, please use the following steps:  Determine the desired position in the rack for the OmniHub 6RFX-02. Make sure that the air intake on the front of the unit and the exhausts on the back of the unit will not be blocked.
  • Page 18 – User Manual OmniHub 6RFX-02 When you take the equipment from a cold condition into a much warmer and humid condition, the equipment should be acclimated to the warm and humidity condition for at least 30 minutes. Powering up a non-acclimated unit may lead to shortcut or other damage to electronic components.

  • Page 19: Section 3 Web Interface Operation

    – User Manual OmniHub 6RFX-02 Section 3 Web Interface Operation SECTION 3 WEB INTERFACE OPERATION ....................19 6RFX-02 W ...................21 NTERFACE VERVIEW 3.1.1 Management Port........................21 3.1.2 Web Interface ..........................21 ..........................21 TATUS VERVIEW 3.2.1 Status ............................22 3.2.2 System Setting .........................22 3.2.3 IP Input .............................24 3.2.4 IP Output ..........................28...
  • Page 20 – User Manual OmniHub 6RFX-02 3.5.13 OHM6-QAMB-03 ........................120 ........................... 122 UNCTION ODULES 3.6.1 OHP6-ASI-00 ......................... 122 3.6.2 OHP6-EAS-00 ........................126 3.6.3 OHP6-CAM-00 ........................129 3.6.4 OHP6-EIT-00 .......................... 131 3.6.5 OHP6-IP-00 ........................... 133 3.6.6 OHP6-IP-02 ........................... 168 ..........................175 RANSCODE ODULES 3.7.1 OHX6-TXS-00 .........................

  • Page 21: Omni Hub 6-02 Web Interface Overview

    – User Manual OmniHub 6RFX-02 OmniHub 6RFX-02 Web Interface Overview 3.1.1 Management Port OmniHub 6RFX-02 has an embedded gigabit switch. The four network ports are respectively used for managing and data reception/streaming over IP network. From left to right, port 1 and port 2 are used for management purposes and, port 3 and port 4 are used for IP reception/streaming.

  • Page 22: Status

    – User Manual OmniHub 6RFX-02 You can return to the welcome screen by clicking the button and then button OmniHub 6RFX-02 . Above is the picture displaying Status View for front view. 3.2.1 Status This Menu allows the user to access the following: ...
  • Page 23 – User Manual OmniHub 6RFX-02  SNMP Network tab allows you to assign a static IP address to the OmniHub 6RFX-02 mainboard only. IP addresses for boards/modules will be assigned automatically based on the address set for the chassis. To avoid IP address conflicts when you set the baseboard IP address, observe occupied IP sections displayed on this page in the top blue area.

  • Page 24: Ip Input

    – User Manual OmniHub 6RFX-02 System tab allows you to do upgrade, import or export configuration, import or export licenses (only baseboard), reboot the whole unit, restore to factory default (only baseboard) and export logs and clear log (only baseboard). Click the button on the right side for the changes to take effect.
  • Page 25 – User Manual OmniHub 6RFX-02 This menu allows you to configure and access the IP input:  Status  Basic Settings  Service Configuration Status tab displays a table of Channels with IP Address, IP Port, Effective Bitrate,Total Bitrate, TS Analysis and Service List for each IP input stream. OmniHub 6RFX-02 IP input has a total of 120 channels which means it can accommodate 120 IP address multicast.
  • Page 26 – User Manual OmniHub 6RFX-02 Basic Settings tab displays the configuration page of the IP input. You can enable the TS and set the input IP Address, IP port and Protocol of the source multicast. To enter many IP addressed for the inputs, click the Batch Setting button and fill in the following fields.
  • Page 27 – User Manual OmniHub 6RFX-02 After scanning each channel, you can output each transport stream or service by below “Destination Settings”. You can route the whole clicking the icon stream or a service/s from the input channel toward the available output channel (IP or RF).

  • Page 28: Ip Output

    – User Manual OmniHub 6RFX-02 To use Multiplexing mode on service level click on pencil icon on the right side in the line with the proper service. Then select the output stream (channel) where the service will be multiplexed. Do not forget to click the Apply button on the right side to make the change take effect.
  • Page 29 – User Manual OmniHub 6RFX-02 Clicking the icon under the TS Analysis button will display the information on the structure of the transport stream. Clicking under Service List will display information on the services included in the transport stream. This will display the list of services in a TS as shown in the picture below.
  • Page 30 – User Manual OmniHub 6RFX-02 Clicking on the service name in the list will display the detailed information of the service: PCR, PMT, Video and Audio PID and Bitrate as shown in the picture below. Basic Settings tab displays the configuration page of the IP output. You can enable the TS and set the output IP Address, IP port and Protocol of the Destination IP multicast.

  • Page 31: Admin

    – User Manual OmniHub 6RFX-02 Service Configuration tab display the page where you can check/edit output TS or services that are part of output IP streams. Streams can originates either from IP input, receiver modules or encoder modules. In picture below, clicking the area marked as “click here”, you can make changes to the transport stream, i.e.: edit Original Network ID edit TS ID...

  • Page 32: Receiver Modules

    – User Manual OmniHub 6RFX-02 Receiver Modules 3.3.1 OHR6-DVBC-00 OHR6-DVBC-00 is a 4channel DVBC receiving and descrambling module with 1 RF female connector and 2 CI slots. It can receive 4 DVBC signals simultaneously and support 2 CAM cards for descrambling. 3.3.1.1 Module Status By selecting the OHR6-DVBC-00 on the module list, you will be automatically redirected...
  • Page 33 – User Manual OmniHub 6RFX-02 Clicking under Service List will display information on the services included in the transport stream. This will display the list of services in a TS as shown in the picture below. Clicking on the service name in the list will display the detailed information of the service: PCR, PMT, Video and Audio PID and Bitrate as shown in the picture below.
  • Page 34 – User Manual OmniHub 6RFX-02 3.3.1.2 Module CI For the encrypted services received on OHR6-DVBC-00 module receiver, CI slot is needed to decrypt and re-broadcast the services. The OHR6-DVBC-00 has 2 CAM slots and can decrypt services depending on the capability of the CAM module and Smart Card.
  • Page 35 – User Manual OmniHub 6RFX-02 below “Destination routed, you can output each service by clicking the icon Settings”. You can route a whole stream or a service/s from the input channel toward the available output channels (IP or RF). Two types of routing are possible. 1.
  • Page 36 – User Manual OmniHub 6RFX-02 To use Multiplexing mode on service level: 1. Click on (pencil) icon. There will be always a BaseBoard selection for the IP output and other Output options depending on the modules inserted. 2. Select the correct Output and Channel you want to output the service to. 3.

  • Page 37: Ohr6-Dvbc-Isdbt-01

    – User Manual OmniHub 6RFX-02  Import / Export License  Log Manage  Reboot  Factory Default the unit 3.3.2 OHR6-DVBC-01 OHR6-DVBC-01 is a 4-channel DVBC Annex B/ISDBT receiving and descrambling module with 1 RF female connector and 2 CI slots. The module can receive signals via 4 RF channels simultaneously and support 2 CAM cards for descrambling.

  • Page 38: Ohr6-Dvbs2Ci-01

    – User Manual OmniHub 6RFX-02 3.3.3 OHR6-DVBS2CI-01 OHR6-DVBS2CI-01 is a 4-channel DVB-S/S2 receiving and descrambling module with 2 RF connectors and 2 CI slots, each RF connector can connect with 2 transponders. The module has independent power supplies for each LNB. For Status and CI pages, please refer to OHR6-DVBC-00 module section on page 30 to 3.3.3.1 Module Settings...

  • Page 39: Ohr6-Dvbs2Fta-01/01A

    – User Manual OmniHub 6RFX-02 OHR-DVBS2FTA-00 OHR-DVBS2FTA-00A OHR-DVBS2FTA has a similar Status interface to OHR-DVBS2CI. Differences between the 2 modules: 1) the number of received satellite signals (4/8 Satellite). 2) DVBS2CI can decrypt services using CAM module and Smart Card, while the DVBS2FTA use BISS decryption.

  • Page 40: Ohr6-8Vsb-00

    – User Manual OmniHub 6RFX-02 The main difference between OHR-DVBS2FTA-00/00A and OHR-DVBS2FTA-01/01A is the LNB power supple. OHR-DVBS2FTA-01/01A has 4 different power supply unlike OHR-DVBS2FTA-00/00A that has only 2. Channel 1.1, 1.2,1.3 and 1.4, 4 LNBs are powered independently. Name Range Satellite Frequency 950~14500...
  • Page 41 – User Manual OmniHub 6RFX-02 Bit Rate in Mbps shows the actual bitrate of each receiving Channel. RF Level of the input signal will show you the level of each locked channel. Clicking the icon under TS Analysis will display the information on the structure of the transport stream as shown in the picture below.
  • Page 42 – User Manual OmniHub 6RFX-02 3.3.6.2 Module Settings To make configuration changes in the context of the channel plan and the receiving frequency of a specific RF input, select the appropriate receiving module and then click on the Settings tab. The channel plan and frequency of a specific receiver can be selected using drop-down lists.
  • Page 43 – User Manual OmniHub 6RFX-02 3.3.6.3 Modules Service Configuration Service Configuration tab displays the configuration page where you can manage the received services and output them to their designated interface. Configuration steps for IP input and all receiving and encoding modules in OmniHub 6RFX-02 are mostly the same.
  • Page 44 – User Manual OmniHub 6RFX-02 To use Bypass or multiplex mode on stream level, click the icon . When a new window appears, select the output stream/channel where the stream will be bypassed or multiplexed. To use Multiplexing mode on service level click on the pencil icon on the right side in the line with the proper service.
  • Page 45 – User Manual OmniHub 6RFX-02 To open the log management menu, click on the Open button. The newly opened menu allows you to enable / disable logging. After login is enabled, additional control buttons will be displayed: - clean log, clean screen, export logs, filter dialog box Page 45 of 220...

  • Page 46: Ohr6-Dvbt2Ci-00

    – User Manual OmniHub 6RFX-02 3.3.7 OHR6-DVBT2CI-00 OHR6-DVBT2CI-00 is a 4-channel DVBT/T2 receiving and descrambling module with 1 RF female connector and 2 CI slots. It can receive signals via 4 RF channels simultaneously and support 2 CAM cards descrambling. 3.3.7.1 Module Status By selecting the OHR6-DVBT2CI-00 in the module list, you will be automatically be...
  • Page 47 – User Manual OmniHub 6RFX-02 Clicking under Service List will display information of the services included in the transport stream as shown in the picture below. Clicking on the service name under the service will display the detailed information of the service: PCR, PMT, Video and Audio PID and Bitrate as shown in the picture below.

  • Page 48: Encoder Modules

    – User Manual OmniHub 6RFX-02 3.3.7.2 Module Settings To input parameters of the source you want to receive in OHR6-DVBT2-00, click Settings and input the Frequency and Bandwidth. The tables below show the range of Frequency and Bandwidth for the settings parameters. Name Range Frequency (KHz)
  • Page 49 – User Manual OmniHub 6RFX-02 3.4.1.1 Module Status Module Status for HDMI encoder shows the Bitrate of each port when an HDMI source is connected. Video resolution of the source video will also appear in the status. Other details in status are HDCP encryption, Video Bitrate and Audio Bitrate. OHE6-HDMI-00 OHE6-HDMI-R01 Clicking...
  • Page 50 – User Manual OmniHub 6RFX-02 3.4.1.2 Module Basic Settings Basic Settings for both OHE6-HDMI-00 and OHE6-HDMI-R01 are the same. Here you can modify the Video, Audio and Service Parameters. Click Advanced Setting to see all parameters you can modify and check specific parameters you want to set and see. Click the Apply button on the right side for the changes to take effect.
  • Page 51 – User Manual OmniHub 6RFX-02 Audio Range Audio Parameter Range Parameter Audio Encoding Audio Bitrate 128~384 (AC3) Format MPEG1_Layer2 (Kbps) 64~384 MPEG2_AAC (MPEG1_Layer2 MPEG4_AAC ) 32~384 (MPEG2_AAC/ MPEG4_AAC) Delay Dual Channel Volume Mono Stereo OHE-HDMI-R01 is basically the same with OHE-HDMI-00 except a few differences on the parameter setting range.
  • Page 52 – User Manual OmniHub 6RFX-02 1920×1080_60i , 1920×1080_50i , 1920×1080_30p , 1920×1080_25p , 1080×720_60p , 1080×720_50p , 720×480_60i , 720×576_50i Video Bitrate 600~12000 Video Aspect 16x9 (HD) (Kbps) Ratio 4x3 (SD) Audio Encoder Range Audio Encoder Range Details Details Audio Type MPEG1_Layer2 Volume (dB) -20~20...
  • Page 53 – User Manual OmniHub 6RFX-02 OHE6-HDMI-R01  Destination IP Address and Destination Port: for multicast IP addresses or unicast IP addresses and ports.  Enable Destination MAC: Generally, you do not need to enable this option. This is reserved for exceptional cases when the unicast stream cannot be received with the unicast IP addresses.
  • Page 54 – User Manual OmniHub 6RFX-02 To use RTMP output to configure streaming to any website capable of receiving RTMP, it is necessary to create a new stream instance on the intended receiving platform and enter the corresponding URL and port. 3.4.1.4 Insertion (only available in the OHE6-HDMI-R01 module)
  • Page 55 – User Manual OmniHub 6RFX-02 LOGO Parameter Range LOGO Parameter Range Position X Position Y 0~1920 (Dual) 0~1080 (Dual) Size width 0~1920 (Dual) Size Height 0~1080 (Dual)  Subtitle setting: Subtitle Parameter Range LOGO Parameter Range Position Bottom/Top/Middle Size width 0~1920 (Dual) Size Height 0~1080 (Dual)
  • Page 56 – User Manual OmniHub 6RFX-02 Size width 0~1920 (Dual) Size Height 0~1080 (Dual) 3.4.1.5 System System tab allows you to perform the following tasks: - Import / export license - Log manages - Reboot - Factory Default To open the log management menu, click on the Open button. The newly opened menu allows you to enable / disable logging.

  • Page 57: Ohe6-Hdmi-02

    – User Manual OmniHub 6RFX-02 After login is enabled, additional control buttons will be displayed: - clean log, clean screen, export logs, filter dialog box 3.4.2 OHE6-HDMI-02 OHE6-HDMI-02 is a 2-channel HDMI encoder which supports H.264 HD/SD or MPEG-2 HD/SD encoding with 2-channel RCA for CC input. The module supports MPEG1-L2, AAC and AC3 audio encoding.
  • Page 58 – User Manual OmniHub 6RFX-02 parameters for example, OHE6-HDMI-00 doesn’t have Audio2 Bitrate and the input/output video resolution. 3.4.2.2 Module Basic Settings Click Advanced Setting to see all parameters you can modify and check specific parameters you want to set and see. Click the Apply button on the right side to make the change take effect.
  • Page 59 – User Manual OmniHub 6RFX-02 1080×720_60p , Level_4.2 1080×720_50p , 720×480_60i , 720×576_50i Video Bitrate (Kbps) 100 and 18000 Profile High, Main, Baseline Video Mode Closed Caption Enable, Disable GOP Structure Video Aspect Ratio IBBP, IPPP, IBP Auto 16x9 Audio Encoder Range Audio Encoder Range...
  • Page 60 – User Manual OmniHub 6RFX-02  Destination IP Address and Destination Port: for multicast IP addresses or unicast IP addresses and ports.  Enable Destination MAC: Generally, you do not need to enable this option. This is reserved for exceptional cases when the unicast stream cannot be received by with the unicast IP addresses.

  • Page 61: Ohe6-Hdmi-02C

    – User Manual OmniHub 6RFX-02 To open the log management menu, click on the Open button. The newly opened menu allows you to enable / disable logging. After login is enabled, additional control buttons will be displayed: - clean log, clean screen, export logs, filter dialog box 3.4.3 OHE6-HDMI-02C OHE6-HDMI-02C is a 2-channel HDMI or component HD encoder.
  • Page 62 – User Manual OmniHub 6RFX-02 3.4.3.2 Module Basic Settings In module Setting, there are Basic and Advanced parameters. In Basic Parameters, here you can edit or modify Video parameters (resolution, GOP, etc.), audio parameters (bitrate, volume, etc.) and service parameters (PID of Video, audio, PMT etc.) Click Advanced Setting to see all parameters you can modify and check specific param eters you want to set and see.
  • Page 63 – User Manual OmniHub 6RFX-02 Video Mode Closed Caption Enable, Disable GOP Structure IBBP, IPPP, IBP Video Aspect Auto Ratio 16x9 Audio Encoder Range Audio Encoder Range Details Details Audio Encoding Audio Bitrate (Kbps) 128~384 (AC3) Format AC3_Passthrough 64~384 MPEG1_Layer2 (MPEG1_Layer2) MPEG2_AAC 64~384...
  • Page 64 – User Manual OmniHub 6RFX-02  Enable Destination MAC: Generally, you do not need to enable this option. This is reserved for exceptional cases when the unicast stream cannot be received using unicast IP addresses. You can enable destination MAC and streaming out by setting Destination MAC.

  • Page 65: Ohe6-Hdmi-05/05A

    – User Manual OmniHub 6RFX-02 To open the log management menu, click on the Open button. The newly opened menu allows you to enable / disable logging. After login is enabled, additional control buttons will be displayed: - clean log, clean screen, export logs, filter dialog box 3.4.4 OHE6-HDMI-05/05A OHE6-HDMI-05/05A module is a 4/8-channel HDMI encoding module that supports...
  • Page 66 – User Manual OmniHub 6RFX-02 and QR code overlay. OHE6-HDMI-05 occupies 1 slot in the chassis and OHE6-HDMI- 05A occupies 2 slots in OmniHub 6RFX-02 chassis. 3.4.4.1 Module Status Like other Hdmi encoder module. The Status of OHE6-HDMI-05/05A shows the Bitrate, input and output Resolution, TS analysis and Service List on each channel as shown in the image below.
  • Page 67 – User Manual OmniHub 6RFX-02 3.4.4.3 Module Insertion Settings You should choose a channel first before you set Insertion.  LOGO setting: you can upload several pictures at the same time, and pick one to show on the screen. When you click the one you want to show that picture field will turn green.
  • Page 68 – User Manual OmniHub 6RFX-02 LOGO Parameter Range LOGO Parameter Range Position X 0~1920 (Dual) Position Y 0~1080 (Dual) Size width Size Height 0~1920 (Dual) 0~1080 (Dual)  Subtitle setting: Subtitle Parameter Range LOGO Parameter Range Position Size width Bottom/Top/Middle 0~1920 (Dual) Size Height 0~1080 (Dual)
  • Page 69 – User Manual OmniHub 6RFX-02 3.4.4.4 Module IP Output This feature is specifically for encoding a single programand outputting directly to IP. It will not occupy multicast bandwidth of baseboard. If you want to use IP output channel on the encoder module and the baseboard IP module at same time, you should avoid the multicast IP addresses conflicts.

  • Page 70: Ohe6-Hdmi-06

    – User Manual OmniHub 6RFX-02 3.4.5 OHE6-HDMI-06 OHE6-HDMI-06 module is a 4-channel HDMI high-definition encoding board, support H.264 HD/SD, support B frame, MPEG1L2 (support), AAC (optional), AC3 (optional), support superimposed OSD subtitles, logo, two-dimensional Code. H.265 supports up to 4 channels of 1080@p60 input and output; H.264 supports up to 4 channels of 1080@i50/60 input and 4 channels of 1080@p25/30 output.
  • Page 71 – User Manual OmniHub 6RFX-02 Video Encode Video Encode Range Range Settings Settings Video Type H.264 , H.265 Video PID 32~8190 Video Bitrate 600~12000 PCR PID 32~8190 (Kbps) GOP Structure IPPP/IBBP PMT PID 32~8190 Video Resolution Auto , Program Name Length is 1~31 Manual（Horizontal Pixels：160~1920,...
  • Page 72 – User Manual OmniHub 6RFX-02 LOGO Parameter Range LOGO Parameter Range Position X 0~1092 (Dual) Position Y 0~546 (Dual) Size width 0~1080 (Dual) Size Height 0~1080 (Dual)  Subtitle setting: Subtitle Parameter Range LOGO Parameter Range Position X 0~1080(Dual) Size width 0~1920 (Dual) Position Y 0~1080(Dual)
  • Page 73 – User Manual OmniHub 6RFX-02  QR Code setting: QR Code picture selection is same to LOGO setting. LOGO Parameter Range LOGO Parameter Range Position X 0~1096 (Dual) Position Y 0~546(Dual) Size width 0~1080 (Dual) Size Height 0~1080 (Dual) Page 73 of 220...

  • Page 74: Ohe6-Sdi-01

    – User Manual OmniHub 6RFX-02 3.4.5.4 Module IP Output This feature is specifically for encoding a single program and outputting directly to IP. It will not occupy multicast bandwidth of baseboard. If you want to use IP output channel on the encoder module and the baseboard IP module at same time, you should avoid the multicast IP addresses conflicts.
  • Page 75 – User Manual OmniHub 6RFX-02 OHE-SDI-01 3.4.6.1 Module Status Status page for OHE-SDI-01 shows the following parameters: Signal Status, Input Video Resolution, Output Video Resolution, Video Bitrate, Audio Bitrate, Audio2 Bitrate, Total Bitrate, Effective Bitrate, TS anaylsis and Program Name. The following parameters will display values once a good SDI source is connected.
  • Page 76 – User Manual OmniHub 6RFX-02 Video Parameter Range Video Parameter Range Video Encoding H264, MPEG2 GOP Size 12~48 Format Video Resolution Auto, Level Level_1,0 1920×1080_60i , Level_1B 1920×1080_50i , Level_1.1 1920×1080_30p , Level_1.2 1920×1080_25p , Level_1.3 1080×720_60p , Level_2.0 1080×720_50p , Level_2.1 720×480_60i , Level_2.2...
  • Page 77 – User Manual OmniHub 6RFX-02 Audio Source SDI1 Volume (dB) -20~20 SDI2 SDI3 SDI4 Analog AAC Format ADTS, LATM Service Range Service Parameter Range Parameter Program Name String between 1~31 Audio PID 32~8190 Provider Name String between 0~31 PCR PID 32~8190 3.4.6.3 IP Output...

  • Page 78: Ohe6-Cvbs-00/03/R01

    – User Manual OmniHub 6RFX-02 1. Click on (pencil) icon. There will always be a BaseBoard selection for the IP output and other Output options depending on the module inserted. 2. Select the correct Output and Channel you want to output the service to. 3.
  • Page 79 – User Manual OmniHub 6RFX-02 3.4.7.1 Module Basic Settings Click Advanced Setting to see all parameters you can modify and check specific parameters you want to set and see. Click the Apply button on the right side to make the change take effect.
  • Page 80 – User Manual OmniHub 6RFX-02 Click Advanced Setting in the line to set encoding parameters. Video Parameter Range Video Parameter Range Video Iput Format NTSC, PAL Brightness 0~100 Video Encoding H264 Contrast 0~100 Format Video Bitrate (Kbps) Saturation 600~6000 0~100 GOP Size 1~60 Chrominance...
  • Page 81 – User Manual OmniHub 6RFX-02 Video Bitrate (Kbps) 600~6000 Saturation 0~100 GOP Size 1~60 Chrominance 0~100 Profile HIGH MAIN Audio Parameter Range Audio Parameter Range Audio Encoding MPEG1_Layer2 Audio Bitrate 32~192 Format (Kbps) Audio Sampling Volume (dB) -20~20 Rate (KHz) Delay (ms) -2000~2000 Service...
  • Page 82 – User Manual OmniHub 6RFX-02 To use Multiplexing mode on service level: 1. Click on (pencil) icon. There will always be a BaseBoard selection for the IP output and other Output options depending on the module inserted. 2. Select the correct Output and Channel you want to output the service to. 3.

  • Page 83: Modulation Modules

    – User Manual OmniHub 6RFX-02 Modulation Modules 3.5.1 OHM6-QAMA-00/R00 OHM6-QAM-00 / R00 module supports modulating 16 non-adjacent channels with 1 RF port and 1 RJ45 network port that is reserved for future use. QAM A and B share the same Hardware but Different Software. If you need to change the Module from A to B, please contact your local support for assistance.
  • Page 84 – User Manual OmniHub 6RFX-02 3.5.1.2 Module Basic Settings This page is where you can modify or set the frequency for the RF modulation. OHM6- QAMA-R00 has 16 non-adjacent channels while OHM6-QAMA-R01 has 4 adjacent channels both at single port. Click the Apply button on the right side for the changes to take effect.
  • Page 85 – User Manual OmniHub 6RFX-02 On the Left side, you will see the list of TS where there are output services. If the TS or Channels are enabled but no Service Output, it will not be listed here. You will also see the Original Network ID and TS ID where you can modify the details and below will be the list of the service in the Selected TS.
  • Page 86 – User Manual OmniHub 6RFX-02 For NIT Stream, you can create Cable Descriptor and Logical Channel Number LCN. You need to Add and Input first the correct Original Network ID and TS ID. Once it is done, click on the plus icon “+” under Operation and select the Descriptor you want to For Cable Descriptor, this is used for the STB to scan all configured frequencies on the network given that the STB triggering Frequency is set where the NIT frequency is created.

  • Page 87: Ohm6-Qamb-00/R00

    – User Manual OmniHub 6RFX-02 LCN or Logical Channel Number are created in the same way with Cable Descriptor. On 1 frequency, you will add NIT Stream and create multiple TSID. Here you will add the LCN on each TSID. To add the LCN: Click LCN Descriptor and see a small window appear.
  • Page 88 – User Manual OmniHub 6RFX-02 3.5.3.1 Module Status Please see OHR6-DVBC-00 on page 30 for reference. See also the image for QAMB Status. 3.5.3.2 Module Basic Settings This page allows you to type in the output parameter for the QAM required by the network.

  • Page 89: Ohm6-Qamb-R01/R01A

    – User Manual OmniHub 6RFX-02 3.5.3.3 Module Output Service Configuration for QAMB are very simple compared to QAMA. You can edit the Original network ID and TSID to the correct label. You can also edit the Service parameter like Service ID, Name, Provider, PID, etc., System operation of OHM6-QAMB are same with other modules.

  • Page 90: Ohm6-Ofdm-R01/R01A

    – User Manual OmniHub 6RFX-02 3.5.5.2 Module Output TS setting: Please refer to IP output service configuration on page 26 for reference. Select the modulation mode: Analog, SCTE_Mode 1, SCTE_Mode 2, or ATSC (8VSB) 3.5.6 OHM6-OFDM-R01/R01A OHM6-OFDM-R01 / R01A module supports up to 4/8 adjacent frequencies modulating with 1 RF female connector for output.

  • Page 91: Ohm6-Isdbt-R01/R01A

    – User Manual OmniHub 6RFX-02 Module Settings is where you can input the source parameters. Once it’s done, click on Apply for the changes to take effect and check on the Status of the channel that the signal is Locked. Name Range Name...
  • Page 92 – User Manual OmniHub 6RFX-02 Name Range Name Range Bandwidth (MHZ) RF level 90~110 Frequency (KHz) 48000~862000 FFT Mode GI Mode 1/4, 1/8, 1/16, 1/32 RF Level Gain (dB) 45~55 QAM Mode Convolutional QPSK 1/2, 2/3, 3/ Coding 16QAM 4, 5/6, 7/8 64QAM 3.5.7.2 Module Output...

  • Page 93: Ohm6-Mod-02

    – User Manual OmniHub 6RFX-02  Click the “+” icon of Descriptor and add the LCN Descriptor. Then check all the programs which are contained in this frequency. Then set program LCN.  Do same operations to add next TS (frequency) until NIT streams of all the frequencies have been included.

  • Page 94: Ohm6-Dtmb-03

    – User Manual OmniHub 6RFX-02 IP Input > OHM-MOD-02 has 1024 IP input channels. Those channels are divided into two RJ45 ports, each of which has 512 IP input channels. Clicking Port 1, you can obtain status information of the 256 channels, such as input source IP address and port number, total bitrate (Mbps) and effective bitrate (Mbps).

  • Page 95: Ohm6-Isdbt-03

    – User Manual OmniHub 6RFX-02 If the input stream has multiple programs, you can click the icon below “Service List” to see all the services in this stream. See the image below for reference. You can also check details of a service by clicking the Service Name. Page 95 of 220...
  • Page 96 – User Manual OmniHub 6RFX-02 Modulation Output > OHM-MOD-02 status shows the Modulation output. Just like the IP Input, this shows the total bitrate and effective bitrate of the 32 channels respectively. The TS Analysis and Service List have the same function as in the IP input. The Status also shows the current temperature of the unit on the upper left corner.
  • Page 97 – User Manual OmniHub 6RFX-02 IP Output > OHM-MOD-02 status also shows the IP output. Just like the IP Input, this shows the total bitrate and effective bitrate of the 16 channels respectively. The TS Analysis and Service List have the same function as in the IP input. See image below for reference.
  • Page 98 – User Manual OmniHub 6RFX-02 3.5.8.2 Module Basic Setting OHM-MOD-02 Basic Setting is where you can input the parameters for IP Input, Modulation Output and IP Output. IP Input-Parameter Setting> On this page, there are three tabs where you can modify the multicast IP, port and parameter of IP Input.
  • Page 99 – User Manual OmniHub 6RFX-02 Modulation Output-Parameter Setting> On this page, you can enable channels as you need and input the Frequency (KHz), QAM Mode, Symbol Rate (KBaud) and RF Level Gain (dBmV) to have an output. Here are the range parameters of the above info. Parameter Range Frequency (KHz)
  • Page 100 – User Manual OmniHub 6RFX-02 You can also set the RF level in a range of 90 to 117 as shown in the image below. Batch Setting is where you can input the modulation parameters in batch. See the image below for reference. IP Output-Parameter Setting>...
  • Page 101 – User Manual OmniHub 6RFX-02 Batch Setting is where you can input the IP output parameters in batch. See the image below for reference. 3.5.8.3 Multiplexing Multiplexing has four tabs: Source, Service Configuration, SI Table Setting and PID Transmission. Here you are can set to output services from IP Input to Modulation Output.
  • Page 102 – User Manual OmniHub 6RFX-02 Multiplexing-Source> Source is where you select a source for output. You can chose Port 1 or Port 2 for the source. Each port is divided into 16 groups to complete 512 channels. Select a Port and you can see service lists of Group and Channel as shown below.
  • Page 103 – User Manual OmniHub 6RFX-02 sources. Bypass mode allows you to keep the input signal automatically be redirected to Modulation output without re-scanning the input or transferring it to output. Multiplexing-Service Configuration> After output the services from IP input to Modulation output, you can now edit the Service ID and other PID on the output.
  • Page 104 – User Manual OmniHub 6RFX-02 Here you can also edit NIT and create NIT Network for the OTA upgrade. Still in NIT, you can also create NIT Streams and generate LCN for channel lists and Cable Descriptor for frequency auto search. For the LCN Descriptor: input the Service ID and the LCN for the channel line-up of the services.
  • Page 105 – User Manual OmniHub 6RFX-02 Here you can also create BAT Multiplexing-SI Table Setting> This page is to choose whether to insert/generate the SI tables or Copy the SI tables from the input streams. Multiplexing-PID Transmission> This page is to transmit the input PID to Output on the PID required by the system.
  • Page 106 – User Manual OmniHub 6RFX-02 3.5.8.4 Scrambling OHM-MOD-02 Scramble is where you can encrypt a service on the Modulation Output. Scrambler can be connected 6 different CAS simultaneously. There are seven tabs on this page namely Service Scrambling and CAS1 to CAS6. 6 CAS tabs have the same interface.
  • Page 107 – User Manual OmniHub 6RFX-02 you can use Batch Setting for faster encryption. This is advisable if you have 10 or more services in a single channel for output. See the image below for reference. 3.5.8.5 System OHM-MOD-02 System is composed of two sub menus namely Network and License. Network>...
  • Page 108 – User Manual OmniHub 6RFX-02 Log Manage> This page shows the logs of the module. If there are issues encountered on this module, exporting the logs will help R&D team to analyze and fix them. Turn on Enable Real-time Log switch to see the real time log messages and the severity level of each message below.

  • Page 109: Ohm6-Dtmb-03

    – User Manual OmniHub 6RFX-02 3.5.9 OHM6-DTMB-03 OHM6-DTMB-03 module supports up to 8 channels of adjacent frequency DTMB modulating board Module configuration is similar to IP Setting. OHM6-DTMB-03 >Basic Setting Page 109 of 220...
  • Page 110 – User Manual OmniHub 6RFX-02 Name Range Name Range Frequency 48000~862000 RF level Ga -10~0 in(dB) Constellation Mo Carrier Mo 4QAM LDCP0.4/0. Single Carrier 6/0.8 25~60 16QAM LDCP 0.4/ RF Level (d 50~10000 0.6/0.8 BuV) 32QAm LDCP 0.8 PSI/SI Inter 64QAM LDCP 0.4/ 0.6/0.8 Frame Hea...
  • Page 111 – User Manual OmniHub 6RFX-02  Click +Descriptor and the Cable Descriptor. Then fill in the correct frequency symbol rate choose the correct constellation (frequency).Then click OK. (This operation should be set on Modulator module only).  You can also add Terrestrial Delivery System Page 111 of 220...
  • Page 112 – User Manual OmniHub 6RFX-02  Repeat the operations to add next TS (frequency) until NIT streams of all the frequencies have been included. Finally click Apply button to let all configuration take effect. Then searching programs in your STB, you will get all programs in the order of LCN which you set.

  • Page 113: Ohm6-Qama-03

    – User Manual OmniHub 6RFX-02 Here in PSIP tab, the user can insert different tables like PAT, PMT, SDT,NIT, TDT,TOT and CAT. 3.5.10 -QAMA-03 OHM6 OHM6-QAMA-03 module supports up to 8 channels of adjacent frequency QAM-A/C modulating board. Module configuration is similar to IP Setting. OHM6-QAMA-03>Basic Setting Click the Apply button on the right side to make the change take effect.
  • Page 114 – User Manual OmniHub 6RFX-02  TS setting: Please refer to IP output configuration.  LCN setting: You need to add NIT stream of all frequencies in the base TS (frequency) which is used for your STB auto search and identifies all the TS (frequencies) LCN information.

  • Page 115: Ohm6-Isdbt-03

    – User Manual OmniHub 6RFX-02  Repeat the operations to add next TS (frequency) until NIT streams of all the frequencies have been included. Finally click Apply button to let all configuration take effect. Then searching programs in your STB, you will get all programs in the order of LCN which you set.
  • Page 116 – User Manual OmniHub 6RFX-02 Click the Apply button on the right side to make the change take effect. Name Range Name Range Bandwidth(MHZ) RF level 25~45dBmV/85~105 dBμV Frequency (KHz) 48000~862000 FFT Mode GI Mode 1/4, 1/8, 1/16, 1/ RF Level Gai 45~55 n(dB) QAM Mode...

  • Page 117: Ohm6-Ofdm-03

    – User Manual OmniHub 6RFX-02  Click +Descriptor and LCN Descriptor to check all the programs which are contained in this frequency. Then set programs LCN.  Repeat the operations to add next TS (frequency) until NIT streams of all the frequencies have been included.
  • Page 118 – User Manual OmniHub 6RFX-02 Module configuration is similar to IP Setting. OHM6-OFDM-03>Basic Setting Click the Apply button on the right side to make the change take effect. Name Range Name Range Bandwidth 6M, 7M, 8M RF level (d 85~120 buV) Frequency (KHz) 48000~862000...
  • Page 119 – User Manual OmniHub 6RFX-02 OHM6-OFDM-03>Output  TS setting: Please refer to IP output configuration.  LCN setting: You need to add NIT stream of all frequencies in the base TS (frequency) which is used for your STB auto search and identifies all the TS (frequencies) LCN information.

  • Page 120: Ohm6-Qamb-03

    – User Manual OmniHub 6RFX-02 3.5.13 OHM6-QAMB-03 OHM6-QAMB-03 module supports up to 4/8 8VSB adjacent frequencies modulating with 1 RF connector for output Module configuration is similar to IP Setting. OHM6-QAMB-03>Basic Setting Click the Apply button on the right side to make the change take effect. Name Range Name...
  • Page 121 – User Manual OmniHub 6RFX-02 OHM6-QAMB-03 >Output  TS setting: Please refer to IP output service configuration.  To use this board, the user need to change the Standard to ATSC in Advance Settings-System Settings.  Don’t forget to click APPLY when you finish configuration. The configuration is same with board DTMB-03...

  • Page 122: Function Modules

    – User Manual OmniHub 6RFX-02 On the System page you can Import/Export License, Reboot module, Reset to Defaults and Manage Logs. Function Modules 3.6.1 OHP6-ASI-00 OHP6-ASI-00 module is an ASI module that has 5 bidirectional ASI ports. Each port can be defined as either ASI input port or ASI output port.
  • Page 123 – User Manual OmniHub 6RFX-02 Click the icon to check service information of all the inputs. You can check program details by clicking the program item. 3.6.1.2 Module Setting Name Range Total Bitrate (Mbps) 4.1 - 180 Click the Apply button on the right side to make the change take effect. 3.6.1.3 ASI Input Page 123 of 220...
  • Page 124 – User Manual OmniHub 6RFX-02 You can route a whole stream or a service(s) from the input channel toward the available output channels (IP or RF). Two types of routing are available. To use Bypass mode In this mode, you can route a whole input transport stream towards an IP or RF output which will be occupied only by this stream.
  • Page 125 – User Manual OmniHub 6RFX-02  LCN setting: You need to add NIT streams of all frequencies to the base TS (frequency), which is for your STB to automatically search and identify all the TS (frequencies) LCN information.  Check or reset Original Network ID and TS ID of each TS (frequency). Each TS should have different IDs.

  • Page 126: Ohp6-Eas-00

    – User Manual OmniHub 6RFX-02 On System page you can choose to: Import/Export license Export SNMP/MIB Manage logs Reboot the unit Restore the unit to factory defaults 3.6.2 OHP6-EAS-00 The OHP6-EAS-00 module provides the ability to interrupt Encoder playback and switch to an external transport stream.
  • Page 127 – User Manual OmniHub 6RFX-02 EAS Signal Input is where you select how the module senses the trigger:  Digital – Trigger is provided via IP (SCTE-18 Broadcast Standard)  Analog – Trigger is provided as DC voltage to the EAS Control connector EAS Program Input.
  • Page 128 – User Manual OmniHub 6RFX-02 IP Output Settings. You configure the command sent from the EAS module to the encod ers. The settings applied here must match in the EAS tab of each Encoder Module. Table of all parameters in the EAS module: Name Range Name...

  • Page 129: Ohp6-Cam-00

    – User Manual OmniHub 6RFX-02 Example of the EAS module Status Page: 3.6.3 OHP6-CAM-00 OHP6-CAM-00 is used to decrypt and encrypt services. It has 2 independent CI card slots that are compatible with mainstream CAM cards but support only Xcrypt CAM CAS for encryption and supports mainstream CAS decryption.
  • Page 130 – User Manual OmniHub 6RFX-02 3.6.3.1 Module Status Click the name of OHP6-CAM-00 in the module list to view its Status page. This page will show you the status of each channel and the bitrate of each service. See OHR6- DVBC-00 on page 30 to 35 for reference.

  • Page 131: Ohp6-Eit-00

    – User Manual OmniHub 6RFX-02 3.6.3.3 Service Configuration For the Service Configuration, you can select Descrambling or No Descrambling for a service before output. To configure the service to output, please refer to service configuration procedures of other modules. *You need to click Apply button after you configure service to Descrambling, otherwise the descrambling configuration will not be saved.
  • Page 132 – User Manual OmniHub 6RFX-02 3.6.4.3 Module System System is for you to upgrade license of the board when needed. Here you can also check logs, reboot and reset the unit to factory default. Page 132 of 220...

  • Page 133: Ohp6-Ip-00

    – User Manual OmniHub 6RFX-02 3.6.5 OHP6-IP-00 OHP-IP-00 is an IP module that supports multiple network protocols such as UDP/RTP/HLS/SRT/Zixi. The module has 1 internal GbE port, 3 external GbE ports, 1 USB port and 1 Mini-HDMI port. The GbE ports will be used for IP stream input and output while USB ports and Mini-HDMI port will be used for OS installation.
  • Page 134 – User Manual OmniHub 6RFX-02 Adding a Channel Click on the button in the upper left area of the page to create a new or additional gateway. This will open a configuration window and allow the user to define the ‘Alias’...
  • Page 135 – User Manual OmniHub 6RFX-02 Universal Input Settings Note: when the “Receive” option is enabled for a given protocol (MPEG/IP, SRT, Zixi, HLS, Seamless RTP or RIST), the gateway will be capable of receiving incoming bitrate for that protocol. When using multiple receive instances on the same gateway, the “Receive”...
  • Page 136 – User Manual OmniHub 6RFX-02 MPEG/IP Receive Settings Settings Range Description Multicast setting allows the unit to receive multicast streams. Multicast streams originate from the IP range 224.0.0.0 – Multicast Mode Unicast 239.255.255.255. Unicast allows the unit to receive unicast streams. Unicast streams originate directly from a source device.
  • Page 137 – User Manual OmniHub 6RFX-02 required for multicast. Enabled Sets the port to accept FEC on the incoming Disabled MPEG/IP stream Used on networks supporting IGMPv3. If this setting is set to Exclude, any streams originating from the user defined IP addresses will be included in the IGMP messages and the network will not forward Exclude...
  • Page 138 – User Manual OmniHub 6RFX-02 SRT Receive Settings Settings Range Description Caller Defines the ‘handshake’ mechanism to be used Listener Call Mode Rendezvous when establishing connection. Defines the IP address of the stream on the Remote Host xxx.xxx.xxx.xxx remote device Defines the port of the stream on the remote Remote Port 0-65535...
  • Page 139 – User Manual OmniHub 6RFX-02 10 – 79 characters Passphrase Defines the encryption passphrase Click the icon by the SRT input to view information about the incoming stream. Clicking the icon will hide the SRT receive statistics. SRT Receive Statistics button is used to reset all the statistics for incoming SRT packets and establish a new point of reference.
  • Page 140 – User Manual OmniHub 6RFX-02 Zixi Receive Settings Settings Range Description xxx.xxx.xxx.xxx Defines the host of the remote broadcast using Remote Host Domain Name IP address or domain name Defines the alternate host of the remote xxx.xxx.xxx.xxx Alternate Remote Host Domain Name broadcast using IP address or domain name Defines the port of the stream on the remote...
  • Page 141 – User Manual OmniHub 6RFX-02 milliseconds) Disabled Defines if a decryption of the received signal is AES-128 Decryption Mode AES-192 needed, which decryption standard to use, or if AES-256 the DMG 7000 will automatically detect these Automatic Provides the key to allow signal processing if Decryption Key User entry decryption is to be done...
  • Page 142 – User Manual OmniHub 6RFX-02 HLS Receive Settings Settings Range Description Determines if the HLS receives through a local Push HLS Mode Pull or network location Defines address of the HLS stream to be HLS Network Location User Entry received After entering an HLS network location and clicking “Apply and Refresh”, a list of available Profile / Bandwidth...
  • Page 143 – User Manual OmniHub 6RFX-02 Seamless RTP Receive Settings The figure below shows the options available when the “Receive Type” is set to “Seamless RTP”. Page 143 of 220...
  • Page 144 – User Manual OmniHub 6RFX-02 MPEG/IP Output Settings The figure shows the options available when the “Transmit Type” is set to “MPEG/IP”. MPEG/IP Output Settings Settings Range Description This setting is only available when receiving a 224.0.0.0 – multicast stream. This is the address the unit Destination IP 239.255.255.255 will attempt to join...
  • Page 145 – User Manual OmniHub 6RFX-02 the output stream When set to Auto, the source MAC address of the output stream will match the corresponding local interface. When set to Manual, a user entered address can be assigned to the output Auto Source MAC Mode Manual...
  • Page 146 – User Manual OmniHub 6RFX-02 SRT Output Settings The figure below shows the options available when the “Transmit Type” is set to “SRT”. SRT Output Settings Settings Range Description Caller Defines the ‘handshake’ mechanism to be used Listener Call Mode Rendezvous when establishing connection.
  • Page 147 – User Manual OmniHub 6RFX-02 1 – 65535 Local Port Defines the local port number Defines the length of time to wait for the stream 1 – 100, use 0 for infinite Discovery Time (seconds) to be discovered 1 – 8000 Latency (ms) Defines buffer size in milliseconds Defines the amount of bandwidth overhead to...
  • Page 148 – User Manual OmniHub 6RFX-02 button is used to reset all the statistics for incoming SRT packets and establish a new point of reference. Zixi Output Settings The figure below shows the options available when the “Transmit Type” is set to “Zixi”. Zixi Output Settings Settings Range...
  • Page 149 – User Manual OmniHub 6RFX-02 Ignore TLS Certificate Defines whether to cease or continue Do Not Ignore Error Ignore processing if TLS Certificate Error is signaled Defines the maximum latency or buffer size (in 30 – 10,000 Maximum Latency (ms) milliseconds) Disabled AES-128...
  • Page 150 – User Manual OmniHub 6RFX-02 Interface Bonding Boxes Click the icon by the Zixi input to view information about the incoming stream. Clicking the icon will hide the Zixi Output statistics. Zixi Output Statistics button is used to reset all the statistics for incoming Zixi packets and establish a new point of reference.
  • Page 151 – User Manual OmniHub 6RFX-02 Multiple Input Instances Configuring Active Inputs and Failover When two input instances are configured, only one of them can be assigned to the output instances. The Input Selection menu is used to determine which receive instance is the primary and backup.
  • Page 152 – User Manual OmniHub 6RFX-02 automatic failover or switchback occurs Clicking the option under the channel will prompt the user for confirmation of intent to change the input instance assigning the output instances to source from input instance 2. Clicking will assign the output instances to return to sourcing from input instance 1.
  • Page 153 – User Manual OmniHub 6RFX-02 Alarms Clicking on the Alarms button displays the Active Alarms menu. This list displays all of the active alarms currently being reported by the unit. There are four columns in the log that display different types of information Alarms Column Name Description...
  • Page 154 – User Manual OmniHub 6RFX-02 This column displays the data and time the error was raised. Timestamps here are determined with the Date and Time settings configured in the Last Changed Time tab under System Setting of the CMP baseboard Configuring the Alarms The OHP-IP-00 module monitoring points are divided into Conditions and Events and are managed separately.
  • Page 155 – User Manual OmniHub 6RFX-02 This shows the user the specific hardware or stream processing path Location where the instance is detected. A checked box defines which instances will be recorded to the log file A dropdown box within the row allows the user to define the instance as Severity an Error or Information event.

  • Page 156: Transcode Modules

    – User Manual OmniHub 6RFX-02 Column Name Description Name Defines the error message that will be provided if the instance is detected. This will always be “Unit” since these instances are global Location A checked box defines which instances will be recorded to the log file. A checked box defines which instances will trigger the OHP-IP-00 module SNMP Trap to send a trap message.
  • Page 157 – User Manual OmniHub 6RFX-02 The log file itself is made up of five columns that explain each event, when it occurred, an d the area of the system where the event was detected. Column Name Description icon means the message is Informational and no error has been detected.
  • Page 158 – User Manual OmniHub 6RFX-02 The OHP-IP-00 has the ability to save all configured settings to multiple profiles. Profiles can be saved locally, renamed and saved to external storage to be used on other OHP- IP-00 modules. Profiles can be used to quickly and easily change the configuration of the module to suit different inputs and decoding requirements.
  • Page 159 – User Manual OmniHub 6RFX-02 Diagnostics The OHP-IP-00 provides the user the ability to take a snapshot of the ALL current unit settings, reported values, active alarms, and the alarm and log file history. This snapshot will be downloaded as an .XML format file that can be attached in an email or opened for viewing.
  • Page 160 – User Manual OmniHub 6RFX-02 Security Manager Menu Settings Range Description Name User entry Country Name for generated CSR file State or Province Name User entry State/Province Name for generated CSR file Locality Name User entry Locality Name for generated CSR file Organization Name for the generated CSR Organization Name User entry...
  • Page 161 – User Manual OmniHub 6RFX-02 used with the downstream Download Generate CSR This icon will download the locally generated File CSR file onto a remote machine This icon will delete the locally generated Delete Old CSR File CSR file Delete Old Local Private This icon will delete the locally generated Key File private key file...
  • Page 162 – User Manual OmniHub 6RFX-02 Uploaded Key and Certificate Files When making a DTLS connection between a OHP-IP-00 that is transmitting RIST and a OHP-IP-00 that is receiving RIST, these same files must be uploaded to both units. Additionally, both the output and input instance on each unit must have Profile Mode configured for “Main”...
  • Page 163 – User Manual OmniHub 6RFX-02 Update update file. The file will then upload to the module. When completed, the module with prompt the user to either apply the update or cancel Delete the Clicking this button prompts the user to confirm the deletion Uploaded Software of the software update from the OHP-IP-00 module.
  • Page 164 – User Manual OmniHub 6RFX-02 To perform a reboot, click the reboot button. The system will prompt the user to confirm the reboot request. Once confirmed, a status window with a progress bar will open be visible until the reboot is complete and the login window displayed. Reset to Defaults The OHP-IP-00 module settings can be reset to factory defaults.
  • Page 165 – User Manual OmniHub 6RFX-02 nameserver Secondary IP address of Secondary (DNS) Nameserver xxx.xxx.xxx.xxx nameserver Management and Video/IP Ports Each of the three physical NICs and one internal NIC are identical in every way; either one can be configured for the management or Video/IP networks. As shown below, clicking the gear icon will open the settings for each NIC, including the name of the port, IP address and VLAN options.
  • Page 166 – User Manual OmniHub 6RFX-02 Setting Available Selections Descriptions VLAN Name User Entered User defined VLAN names The VLAN tag to be assigned to outgoing streams and filtered for VLAN Tag ID 1 - 4094 incoming streams IP Address xxx.xxx.xxx.xxx Static mode IP address entry Subnet Mask xxx.xxx.xxx.xxx...
  • Page 167 License is Supported or Unsupported by the installed hardware If licenses need to be applied to the module, click Apply License Key button. The menu below will appear where the user can copy and paste the provided license key from Sencore. Page 167 of 220...

  • Page 168: Ohp6-Ip-02

    – User Manual OmniHub 6RFX-02 3.6.6 OHP6-IP-02 OHP6-IP-02 is a Gigabit IP multiplexing processing module, with 2 RJ45 Gigabit port, support UDP/RTP protocol, the single port maximum support 120 channels input and 120 channels output Click the IP Input in the menu to go into IP input page where you can see Status, Basic Setting, IGMP Setting and Service Configuration.
  • Page 169 – User Manual OmniHub 6RFX-02  Service List Click a service name to check its detailed info. IP Input >Basic Settings Here you can configure IP input parameters: Destination IP Address, Destination Port, Protocol (UDP/RTP),and TS Packets Per IP Packet. Click Apply to make the setting take effect.
  • Page 170 – User Manual OmniHub 6RFX-02 If you want to configure a batch of channels, please click Batch Setting,To set the IP input parameters in batch, you can check the boxes before parameters you need then choose / modify the values.. Click Apply to make the setting take effect. IP Input >IGMP Setting In this tab, user can choose IGMP version, IGMP Automatic Report, and IGMP Report Cycle(s).
  • Page 171 – User Manual OmniHub 6RFX-02 IP Input >Service Configuration To stream a source stream, you can configure the destination in this page.  Multiplex or Bypass stream: Click the setting icon ( ), check the output module, and then you can set the output channel of this stream. After you select bypass mode, this output channel will be occupied only by this stream.
  • Page 172 – User Manual OmniHub 6RFX-02 After setting the output destination, click Apply to make it take effect. The destination channel will be displayed in the channel/service line. And you can also click Clear Configuration to clear all of the configuration. There is a channel scan button ( ) on top.
  • Page 173 – User Manual OmniHub 6RFX-02 IP Output >Basic Settings Setting IP output channels is also similar to Setting IP input.  Multicast output setting: You should fill the fit multicast IP addresses as output in the Destination IP Address box. Please avoid IP confliction among baseboard, encoder modules (see encoder modules page) and other devices when you set the multicast output.
  • Page 174 – User Manual OmniHub 6RFX-02 Constant Rate of any output channel/TS/port ought to be set manually about 2 Mbps higher than the Effective Bit rate in the corresponding output channel/TS/port, since the Effective Bit rate might fluctuates a little bit. If you set the Constant Rate much higher that the Effective Bit rate, there will be lots of null packets in the output transport stream.

  • Page 175: Ohx6-Txs-00

    – User Manual OmniHub 6RFX-02 Transcode Modules 3.7.1 OHX6-TXS-00 OHX6-TXS-00 is a transcoder module that supports transcoding between different video compression standards such as H.265, H.264 and MPEG-2. The module has 2 GbE ports, 2 USB ports and 1 HDMI port. The GbE ports will be used for IP stream input and output while USB port and HDMI port will be used for OS installation.
  • Page 176 – User Manual OmniHub 6RFX-02  Engine: Show channel number. The amount of input channels is controlled by license.  Status: Show channel status. When channel is on, it will show green light. Otherwise, it will show red light.  Input Source: Show channel input protocol, address and port, and input Ethernet.
  • Page 177 – User Manual OmniHub 6RFX-02 OHX6-TXS-00 >Input This menu allows the user to configure the source input including UDP and RTP protocols. Based upon the type of protocol the user selects, the available configuration settings will adapt to provide the best fit. Three settings that are common to all protocols are “Enable”, when user click the blank box would enable the channel;...
  • Page 178 – User Manual OmniHub 6RFX-02 source comes from. OHX6-TXS-00 > Engine After finishing configure the Input, user need to enter the Engine page to configure the transcoded parameters. This menu allows user to configure parameters of transcoded outputs. Click the box at “Select Service” and select active input stream from drop-down list.
  • Page 179 – User Manual OmniHub 6RFX-02 Transcode Transport protocol OHX6-TXS-00 supports transport with the following protocols: UDP, RTP, RTP with SDP 1. UDP Settings Range Description Destination Multicast: address 224.0.0.0 ~239.255.255. Unicast: terminal IP address Destination port 1~65535 0 – Total Bitrate Need to be higher than the video bitrate 30000Kbps...
  • Page 180 – User Manual OmniHub 6RFX-02 address Destination port 1~65535 0 – Total Bitrate Need to be higher than the video 30000Kbps bitrate Video setting Below the capture shows the parameters that the user could configure transcoding parameters for video output. Different transport protocol will have different config parameters.
  • Page 181 – User Manual OmniHub 6RFX-02 This section allows the user to configure transcoding parameters of audio output. Different transport protocol will have different config parameters Subtitle Setting OHX6-TXS-00 >System Network As shown below, OHX6-TXS-00 has 2 Data ports and the internal port would be used for data input/output.
  • Page 182 – User Manual OmniHub 6RFX-02 User could change the IP Address, Subnet Mask and DNS for each Data port. After configuring the parameters, click button. Settings Range Description IP Address xxx.xxx.xxx.xxx Static mode IP address entry Subnet Network xxx.xxx.xxx.xxx Static Mode subnet mask entry Gateway xxx.xxx.xxx.xxx Static Mode gateway entry...
  • Page 183 Every OHX6-TXS-00 modules would have its own Product ID. If user need to renew the license file or add the license feature, please export the license file and send it to Sencore after-sales technical support team. System Resource This page shows the current usage for the CPU, Memory and GPU. With different transcode channels, different transcoding parameters and different transcoding configuration, the usages are also different.
  • Page 184 – User Manual OmniHub 6RFX-02 Import Profile Used to import a profile to the module from user pc Apply Profile Used to apply a profile selected from profile list Download Profile Used to download a profile selected from the list to the user pc Delete Profile Used to delete a profile from the profiles list...
  • Page 185 – User Manual OmniHub 6RFX-02 OHX6-TXS-00 >Alarm This page displays all of the current active alarms being reported by the unit. Click to conceal alarms. OHX6-TXS-00 >About User can check the product ID and fingerprint of the unit, also with firmware version currently installed.
  • Page 186 – User Manual OmniHub 6RFX-02 Page 186 of 220...

  • Page 187: Section 4 Appendices

    – User Manual OmniHub 6RFX-02 Section 4 Appendices SECTION 4 APPENDICES ........................187 APPENDIX A - P ......................190 OWER ONSUMPTION APPENDIX B - A ........................192 BBREVIATIONS APPENDIX C - AM SE C ..............196 ONROE ONFIGURATION AND ESTING APPENDIX D - S ........................

  • Page 188: Appendix A - Power Consumption

    – User Manual OmniHub 6RFX-02 APPENDIX A - Power Consumption OMNIHUB-16 Power supply 350W 400W OMNIHUB-6D-02/6RFX-02/6-02 Power supply OMNIHUB-6/6D/6RFX Power supply 120W OMNIHUB-6 Chassis Max.16W OMNIHUB-6D-02 Chassis Max.49.5W OMNIHUB-6-02 Chassis Max.49.5W OMNIHUB-6D Chassis Max.16W OMNIHUB-6RFX Chassis Max.28.5W OMNIHUB-16 Chassis Max.72W OHR6-DVBC-00:DVB-C AnnexA/C Max.9W OHR6-DVBC-00:DTMB...
  • Page 189 – User Manual OmniHub 6RFX-02 OHE6-HDMI-02 Max.17W OHE6-HDMI-05A Max.20.3W OHE6-HDMI-R05 Max.18.6W OHE6-HDMI-06 Max.20W OHE6-SDI-01 Max.16W OHE6-CVBS-00 Max.17W OHE6-CVBS-R01 Max.18W OHP6-EAS-00 Max.5.2W OHP6-IP-00 Max.16W OHP6-IP-02 Max.7W OHP6-ASI-00 Max.12W OHP6-IP-02-SFP Max.23W OHP6-CAM-00 Max.6W OHP6-EIT-00 Max.6W CX2-TXS-00 Max.48W Remark: chassis including baseboard and fan Page 189 of 220...

  • Page 190: Appendix A -Power Consumption

    – User Manual OmniHub 6RFX-02 APPENDIX B - Abbreviations Advanced Audio Coding AC-3 Also known as Dolby Digital Audio Engineering Society ATSC Advanced Television Systems Committee Audio Video Bouquet Association Table Bit Error Ratio Bit Rate The rate at which the compressed bit stream is delivered British Naval Connector Conditional Access Module Conditional Access Table...
  • Page 191 – User Manual OmniHub 6RFX-02 Quadrature Amplitude Modulation QPSK Quadrature Phase-Shift Keying Standard Definition Service Description Table Service Information SNMP Simple Network Management Protocol Signal Noise Ration SPTS Single Program Transport Stream Time and Date Table Transport Stream Variable Bitrate Page 191 of 220...

  • Page 192: Appendix C - Am Onroe One Net Se Configuration And Testing

    – User Manual OmniHub 6RFX-02 APPENDIX C - AMonroe OneNetSE Configuration and Testing For development and testing purposes, the Monroe OneNetSE will be used to supply the SCTE18 messages and the EAS substitution audio and video. The Monroe box will need to be configured in a very specific way in order to work with the proposed OmniHub 6RFX-02 EAS features.
  • Page 193 – User Manual OmniHub 6RFX-02 2. Once logged into the unit, browse to the Setup tab and select Net Alerts. 3. Configure the DVS644 (SCTE18) settings in the Monroe exactly like are shown in this document. Enable Alert Forwarding and Encoder Originated Alerts to be sent to DVS644/SCTE18 devices.
  • Page 194 – User Manual OmniHub 6RFX-02 6. Make sure the “Remote Host Port” is configured to be 5050 as this is the default port for SCTE18 messages and it is not planned to have the OmniHub 6RFX-02 listen for SCTE18 messages on any other port. 7.
  • Page 195 – User Manual OmniHub 6RFX-02 EAS Testing with Monroe Box 1. To force the Monroe box to do a test and send an SCTE18 message, press the Select button on the front panel of the unit TWO TIMES. This will cause the unit to: a.

  • Page 196: Appendix D - Specification

    – User Manual OmniHub 6RFX-02 APPENDIX D - Specification OmniHub 6RFX-02- Base unit Includes - 4RU chassis/case, power supply/line cord Systems - Chassis Dimension 445mm x 177mm x 428mm (W x H x D), 4RU Front Panel 16 Hot swappable Slots Dual Redundant Power Supplies 4 Gigabit Ethernet port Remote Operation/Update Interface -...
  • Page 197 – User Manual OmniHub 6RFX-02 Signal Level 40~80dBuV CA system Supports mainstream CAS Power Consumption Max.9W OHR6-DTMB-00 Receiver Input 4 channels via 1 RF female connector 2 x PCMCIA CI slots Descrambled channel quantity depends on CAM capability, 2 CAMs could be different Modulation Mode TDS-OFDM...
  • Page 198 – User Manual OmniHub 6RFX-02 2 x PCMCIA CI slots Descrambled channel quantity depends on CAM capability, 2 CAMs could be different Frequency Range 177.143~863.143 MHz Bandwidth 6/8MHz Constellation DQPSK, QPSK, 16QAM, 64QAM 1/2, 2/3, 3/4, 5/6, 7/8, Automatic Signal Level -80~-20dBm CA system Supports mainstream CAS...
  • Page 199 – User Manual OmniHub 6RFX-02 2 x PCMCIA CI slots Descrambled channel quantity depends on CAM capability, 2 CAMs could be different Frequency Range 47 ~ 862MHz Bandwidth 6/7/8MHz Constellation DVB-T: QPSK / 16QAM / 64QAM DVB-T2: QPSK / 16QAM / 64QAM / 256QAM Guard Interval DVB-T: 1/4, 1/8, 1/16, 1/32...
  • Page 200 – User Manual OmniHub 6RFX-02 DVB-S: 1/2, 2/3, 3/4, 5/6, 7/8 DVB-S2: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10 CA System Supports mainstream CAS OHM6-DVBS2FTA-01A Receiver Input C/Ku Band, 8 channels via 8 RF female connectors LNB Power Independent power supplies for LNB-1 &...
  • Page 201 – User Manual OmniHub 6RFX-02 Bandwidth 6MHz Modulation 8VSB Signal Level -80~-20dBm Power Consumption Max. 9.5W Modulator Module Specification OHM6-OFDM-R01/R01A Modulation Output 4/8 frequencies via 1 RF female connector 75Ω Standard ETSI EN 300744 Frequency Range 47 ~ 862MHz Bandwidth 8MHz Constellation QPSK / 16QAM / 64QAM...
  • Page 202 – User Manual OmniHub 6RFX-02 OHM6-DTMB-R01/R01A Modulation Output 4/8 frequencies via 1 RF female connector 75Ω Standard DTMB GB20600-2006 Frequency Range 47 ~ 862MHz Constellation 4QAM/16QAM/32QAM/64QAM 64QAM Output Level Max. 105dBµV >32dB Power Consumption 4CH: Max. 12W; 8CH: Max. 14W OHM6-QAMA-R01/R01A Modulation Output 4/8 frequencies via 1 RF female...
  • Page 203 – User Manual OmniHub 6RFX-02 Bandwidth 6/8MHz Constellation 64QAM / 256QAM Symbol Rate 5.057 Ms/s (64QAM), 5.360 Ms/s (256QAM) Output Level Max. 105dBµV ≥40dB Power Consumption 4CH: Max. 12W; 8CH: Max. 14W OHM6-ISDBT-R01/R01A Modulation Output 4/8 frequencies via 1 RF female connector, 75Ω...
  • Page 204 – User Manual OmniHub 6RFX-02 QAM Output Output 1 1xRF port, max 16/32 agile channels QAM modulation Standard ITU-T J.83 Annex A/B/C QAM Constellation 64/256 QAM, configurable for each frequency Segment Mode Full Symbol Rate 3.6~6.956Mbauds Output Level 90dBuV~115dBuV according to modulation frequency quantity Output Range 47~862MHz...
  • Page 205 – User Manual OmniHub 6RFX-02 ≥40dB Power Consumption Max .21W OHM6-QAM-03 Modulation Output 8 agile frequencies via 1 RF female connector 75Ω Standard ITU-T J.83 Annex A/C Frequency Range 47~862MHz, non adjacent Bandwidth 8MHz Constellation 16QAM/32QAM/64QAM/128QAM/25 6QAMTransmission Mode Symbol Rate 3.6~6.9 Ms/s Power Consumption Max.
  • Page 206 – User Manual OmniHub 6RFX-02 Frequency Range 47~862MHz, non adjacent Bandwidth 6MHz Constellation QPSK/16QAM/64QAM Symbol Rate 3.6~6.9 Ms/s Power Consumption Max. 23W Output Level Max. 105dBµV ≥32dB Guard Interval 1/4,1/8,1/16,1/32 Transmission Code Rates 1/2,2/3,3/4,5/6,7/8 OHM6-DTMB-03 Modulation Output 8 agile frequencies via 1 RF female connector 75Ω...
  • Page 207 – User Manual OmniHub 6RFX-02 OHE6-HDMI-R01A Encoder Input 4 channels via 4 HDMI female connectors (HDMI 1.4) Video H.264/AVC HD: MP/HP@L4.0/4.1/4.2 SD: MP/HP@L3.0/3.1/3.2 Resolution SD: 576i50, 480i59.94 HD: 1080p@25/30, 1080i@50/59.94/60, 720p@50/60 *Output supports progressive format only, and resolution support up to 1920*1080p30 Bitrate Control Video Bitrate...
  • Page 208 – User Manual OmniHub 6RFX-02 1080i50/60, 720p50/60 *The maximum output resolution is 1080i60 Bitrate Control Video Bitrate 1000 ~ 18,000Kbps GOP Structure IBBP, IPPP, IBP GOP Size 6~63 Audio MPEG-1 Layer II, AAC (Optional), AC3 Audio Mode Stereo (2.0, including downmix) Sampling Rate 48KHz Power Consumption...
  • Page 209 – User Manual OmniHub 6RFX-02 OHE6-SDI-01 Encoder Input 2 channels via 2 SDI or CVBS SDI or CVBS via BNC connector Video H.264/AVC HD: MP/HP@L4.0, SD: MP/HP@L3.0 MPEG-2 SD: MP@ML HD: MP@HL Resolution SD: 576i50, 480i59.94 HD: 1080p@25/30/50/59.94/60, 1080i@50/60, 720p@50/60 *The maximum output resolution is 1080i60 Bitrate Control...
  • Page 210 – User Manual OmniHub 6RFX-02 Audio Sampling Rate 48KHz Audio Volume Leveling -20dB~20dB CEA 608/708(Under development) Closed Caption Input Support Power Consumption Max. 16W OHE6-HDMI-R05 Encoder (4-CH) Input 4 channels via 4 HDMI female connectors (HDMI 1.4) Video H.264 / AVC MP/HP@L4.2 H.265 / HEVC MP@L4.1...
  • Page 211 – User Manual OmniHub 6RFX-02 Video H.264/AVC MP/HP@3.1（720P） H.265/HEVC MP@L3.1（720P） H264 MP/HP@L4.2（1080P） H.265/HEVC MP@L4.1（1080P） Resolution HD: 1080p-29.97 / 30 / 50 / 59.94 / 60 1080i-29.97 / 30 / 50 / 59.94 / 60 720p-50 /59.94 / 60 SD: 576i-50 576p-50 460i-59.84 / 60 460p-59.84 / 60...
  • Page 212 – User Manual OmniHub 6RFX-02 576p-50 460i-59.84 / 60 460p-59.84 / 60 *Output supports progressive only, and resolution support up to 1080p30 Bitrate Control Video Bitrate 600~10000 Kbps GOP Structure IPPP GOP Size 1~60 Aspect Ratio Automatic or Manual Audio MPEG-1 Layer II, AAC, AC3 Audio Bitrate 96~192Kbps...
  • Page 213 – User Manual OmniHub 6RFX-02 OHE6-CVBS-R01 Encoder Input 16 channels via 4 DB15 connectors, each DB15 for 4 channels 4 x RCA- DB15 adaptor cables come along with module Video H.264/AVC SD: MP/HP@L3.0/3.1/3.2 Resolution SD: 576i50, 480i59.94 Bitrate Control Video Bitrate 1000 ~ 8,000Kbps GOP Structure IPPP...
  • Page 214 – User Manual OmniHub 6RFX-02 Contact Closure 3PIN Connector with dry Contact or 5~12V DC input for EAS trigger RJ45 10/100M Ethernet for SCTED-18 digital EAS input Bitrate Control Bitrate 500~8,000Kbps GOP Structure IBBP, IPPP, IBP GOP Size 6~63 Audio MPEG-1 Layer II, AAC-LC/HE, AC3 Audio Mode Stereo (2.0, including downmix)
  • Page 215 – User Manual OmniHub 6RFX-02 Input DVB-S/S2/S2X/T/T2/C/ISDB- T/DTMB/IP Output QAM/OFDM/ISDB-T/DTMB/IP Stanard DVB standard Processing Capability 32 TS stream input, 16 TS stream output Up to 100 services depending on the EIT complexity of signal source Content Processing Automatic update for Original Network ID, TS ID and Service ID Number of Gateways Default: 10 gateways, UDP/RTP/HLS...
  • Page 216 – User Manual OmniHub 6RFX-02 Multiplexing Support PSI/SI or PSIP table regeneration PID filtering External PID insertion Power Consumption Max. 12 W OHP6-IP-02 Processing Module Ethernet 2 x RJ45, 100/1000Base-T Input UDP/RTP via Unicast/Multicast Output UDP/RTP via Unicast/Multicast Channels DATA 1: 128 input & output DATA 2: 120 input &...
  • Page 217 – User Manual OmniHub 6RFX-02 Network 2 x external RJ45 ports, 100/1000M 1 x Internal port, 100/1000M HDMI 1 x HDMI 1.4 port Connect to LCD Monitor Input Audio format Mpeg-1 Layer II, AAC 2.0 and 5.1, AC- 3 2.0 and 5.1, E-AC3 2.0 and 5.1 Output Audio format Mpeg-1 Layer II, AAC 2.0 and 5.1, AC- 3 2.0 and 5.1, E-AC3 2.0 and 5.1...
  • Page 218 – User Manual OmniHub 6RFX-02 APPENDIX E- Indicator light description OmniHub Main Machine Front Panel LED UI Status With configuration signal locking Green light on Green light on Without configuration signal locking Green light on Green light on Configured signal loss locking Red light on Red light on No configured signal loss locking...
  • Page 219 – User Manual OmniHub 6RFX-02 Power light during power failure Green light flashing Green light Green light loading flashing Power off loading completion power Green light on Green light on Green light light Soft reloading in progress status light Green light on Green light on Green light Soft reload completion status Light...

  • Page 220: Appendix F - Warranty

    Once an RMA number has been issued, the unit needs to be packaged and shipped back to Sencore. It’s best to use the original box and packaging for the product but if these are not available, check with the customer service representative for the proper packaging instructions.

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