axing.iptv modular iptv headend · κ support services re-mux/filter and 204/188 transfer κ...

AXING.IPTV

Modular IPTV HeadendOperation Instructions

Operation Instructions | AXING.IPTV | Modular IPTV Headend

2 2016-09-19 | Technical changes, design modifications, errors and misprints are subject to change without prior notice.

Inhaltsverzeichnis

1. General ........................................................................................................................................................ 41.1. For Your Safety .................................................................................................................................... 41.2. Warnings and Cautions........................................................................................................................ 41.3. Power Source ....................................................................................................................................... 41.4. Ventilation ........................................................................................................................................... 4

2. Product Overview ......................................................................................................................................... 62.1. Main Features ...................................................................................................................................... 62.2. SKS 20-10 Chassis................................................................................................................................ 62.3. SKS 80-10 Chassis................................................................................................................................ 62.4. SKI 20-12 Dual DVB-S/S2 IRD .............................................................................................................. 72.5. TKI 40-10 Quad DVB-T/T2 Receiver...................................................................................................... 72.6. SKI 40-10 Quad DVB-S/S2 Receiver...................................................................................................... 72.7. HKI 40-10 HDMI................................................................................................................................... 7

3. Installation ................................................................................................................................................... 83.1. SKS 20-10 Chassis (1RU) Unpacking .................................................................................................... 83.2. SKS 80-10 Chassis (4RU) Unpacking .................................................................................................... 93.3. SKS 20-10 - Chassis ........................................................................................................................... 103.4. SKS 80-10 - Chassis ........................................................................................................................... 113.5. Mounting and Cabling ....................................................................................................................... 12

3.5.1. Rack Mounting .......................................................................................................................... 123.5.2. SKS 80-10 Power Supply Installation ......................................................................................... 123.5.3. Optional Module Installation ..................................................................................................... 123.5.4. Front and Back Panel Connections ............................................................................................ 15

3.6. Network Configuration ...................................................................................................................... 154. Configuration Examples ............................................................................................................................. 16

4.1. Initial Setting of IP Address using Web-browser ................................................................................ 164.1.1. Web-browser Access ................................................................................................................. 164.1.2. SKI 20-12 ................................................................................................................................... 164.1.3. SKI/TKI 40-10 Quad ................................................................................................................... 18

5. Configuration with Web Browser User Interface ........................................................................................ 205.1. SKI 20-12 ........................................................................................................................................... 21

5.1.1. Status ........................................................................................................................................ 215.1.2. Configuration ............................................................................................................................ 235.1.3. Decoder - Program .................................................................................................................... 335.1.4. System ....................................................................................................................................... 36

5.2. TKI 40-10 ........................................................................................................................................... 395.2.1. Status ........................................................................................................................................ 395.2.3. Configuration ............................................................................................................................ 425.2.4. Remux ....................................................................................................................................... 435.2.5. TS/IP .......................................................................................................................................... 445.2.6. System ....................................................................................................................................... 48

5.3. SKI 40-10 ........................................................................................................................................... 535.3.1. Status ........................................................................................................................................ 535.3.3. Configuration ............................................................................................................................ 555.3.4. Remux ....................................................................................................................................... 565.3.5. TS/IP .......................................................................................................................................... 575.3.6. System ....................................................................................................................................... 61

5.4. HKI 40-10 HDMI................................................................................................................................. 655.4.1. Status ........................................................................................................................................ 655.4.3. Configuration ............................................................................................................................ 675.4.5. System ....................................................................................................................................... 76

6. Technical Specifications ............................................................................................................................. 79

2016-09-19 | Technical changes, design modifications, errors and misprints are subject to change without prior notice. 3

Disclaimer

Copyright © 2016 by Axing. All rights reserved. Axing is a registered trademark. All other trademarks, productor service names mentioned in this document or Website are the property of their respective owners.

No part of this document may be reproduced, stored in a retrieval system, or transmitted, in any form or by anymeans, electronic, mechanical, photographic, magnetic, or otherwise, without the prior written permission ofAxing.

Axing makes no representations, express or implied, with respect to this documentation or any of the softwareit may describe; including (with no limitation) any implied warranties of utility, merchantability or fitness forany particular purpose. All such warranties are expressly disclaimed. Neither Axing nor its distributors ordealers shall be liable for any indirect, incidental or consequential damages under any circumstances.

Specifications are subject to change without notice. Every attempt has been made to make this manualcomplete, accurate, and up-to-date. Readers are cautioned, however, that Axing reserves the right to makechanges without notice and shall not be responsible for any damages, including indirect, incidental orconsequential damages, caused by reliance on the material presented, including, but not limited to, omissions,typographical, arithmetical, or listing errors in the material.



1. General

1.1. For Your SafetyThis equipment is provided with a protective earthing ground incorporated in the power cord.

The main plug shall only be inserted in a socket outlet provided with a protective earth contact.

Any interruption of the protective conductor, inside or outside the device, is likely to create a dangeroussituation.

Do not remove the covers of this equipment. Hazardous voltages are present within this equipment and maybe exposed if the covers are removed.

Only Axing trained and approved service engineers are permitted to service this equipment.

The supplied AC power cable must be used to power the device.

If the power cord becomes damaged it must be replaced.

No operator serviceable parts inside.

Refer servicing to Axing trained and approved service engineers.

For the correct and safe use of the device, it is essential that both operating and servicing personnel followgenerally accepted safety procedures in addition to the safety precautions specified in this manual.

Whenever it is likely that safety protection is impaired, the device must be made in-operative and securedagainst unintended operation. The appropriate servicing authority must be informed. For example, safety islikely to be impaired if the device fails to perform the intended measurements or shows visible damage.

1.2. Warnings and CautionsThe mounting environment should be relatively dust free, free of excessive vibration and the ambientoperational temperature between 0C° to 40C°. Relative humidity of 20% to 80% (non-condensed) isrecommended.

Avoid direct contact with water. The exterior surfaces of the equipment may be cleaned using a lightlydampened cloth. Do not use any chemical cleaning liquids or detergents.

Avoid placing the equipment in direct sunlight, as this may lead to elevated internal temperatures.

During normal operation, the internal temperature should not exceed 70C°

Do not install terminators to any F-Connector that has been configured to deliver LNB or Amplifier power.

1.3. Power SourceThe equipment is not disconnected from the AC power source (mains) while it is plugged into the power outletor wall socket, even if the product is turned off.

If the equipment will not be used for a long period of time, disconnect it from the AC power outlet or wallsocket.

1.4. VentilationDo not expose the equipment to high temperatures, such as placing it on top of heat sources or in areassubject to direct sunlight or spot lights.

The ventilation slots on top of the equipment must be left uncovered to allow proper airflow into the unit.

Do not stand the equipment on soft furnishings or carpets.

Do not stack anything on top of the unit.

Do not place the equipment in a location subject to extreme changes in temperature. The temperaturegradient should be less than 10 degrees C/hour.


Place the equipment in a location with adequate ventilation to prevent the build-up of heat inside the unit.The minimum ventilation space around the unit should be 7 cm. Airflow should not be impeded by coveringthe ventilation openings with items such as newspapers, tablecloth, curtains, etc.



2. Product Overview

The MODULAR IPTV HEADEND series is a modular blade-based IPTV and CATV headend platform. It is the mostcost-effective and flexible DVB gateway and MPEG encoding solution found on the market today. DifferentDVB and MPEG encoding input blades can be mixed and matched together to make up a complete headendsolution meeting your specific requirements.

The 4RU SKS 80-10 chassis can hold and operate up to eight gateway blades (or encoders) in only 4RU, whilefully equipped with redundant power supplies. The 1RU SKS 20-10 chassis can support up to two modules andhas a single AC power supply.

Every MODULAR IPTV HEADEND blade is controlled remotely and independently via remote control softwareover the network. Each blade is equipped with a dedicated 10/100 Base-T Ethernet interface for managementand does not depend on additional control modules.

2.1. Main Featuresκ DVB-S/S2 IRD modules with CIκ DVB-S/S2 -T/T2 trans-modulator moduleκ MPEG-2, H.264 HD/SD encoder and transcoder moduleκ 8 Way re-multiplexer moduleκ DVB Simulcrypt, BISS-1, BISS-E scrambler moduleκ ASI, IP, SDI, YPbPr, CVBS, and XLR interfacesκ Web Remote Controlκ 1RU or 4RU 19” chassis compact modular design, supporting 2 to 8 modulesκ Hot-swappable media modulesκ Dual hot-swappable redundant Power Supply (4RU only)κ Intelligent cooling systemκ Stand-alone function of each moduleκ Software backward compatibilityκ On site software update through IP

2.2. SKS 20-10 Chassisκ Standard 1RU 19” chassis with 2 slots for functional modules and single integrated Power Supplyκ Intelligent cooling system with temperature controlκ Desktop or Rack mountedκ Power Supply: 100-260V AC, 50-60Hzκ Dimensions: L=386mm, W=436mm, H=44.5mm (1U) (W=478mm over mounting tabs)

2.3. SKS 80-10 Chassisκ Standard 4RU 19” chassis with 8 slots for functional modules and 2 slots for redundant Power Suppliesκ Dual Hot-swappable redundant Power Suppliesκ Intelligent cooling system with temperature controlκ Desktop or Rack mountedκ Power Supply: 100-260V AC, 50-60Hzκ Dimensions: L=388mm, W=442mm, H=177mm (4U) (W=484mm over mounting tabs)


2.4. SKI 20-12 Dual DVB-S/S2 IRDκ SD/HD MPEG-2(MP&MP@HL) and MPEG-4/H.264(AVC high profile level 4.1) Digital Video decodingκ Twin-tuner design, wide tuner options from DVB-S2/S/C/T/T2κ 2x DVB-CI Slots, Multi Programs, BISS 1 and BISS E decryptionκ Support services re-mux/filter and 204/188 transferκ UDP/RTP & Unicast/Multicast SPTS and MPTS over IP I/Oκ Support VBI TELETEXT, EBU/ DVB Subtitle, Closed Captionκ Dynamic PMT detection and automatic updatingκ Multiple Analog and Digital Outputs, ASI, CVBS, HDMI, TS/IPκ Support NTP(Network Time Protocol)κ Remote Control and Supervision by HTTP WEBκ RSSI, received Eb/No & BER monitoringκ Quick upgraded via USB port, or network

2.5. TKI 40-10 Quad DVB-T/T2 Receiverκ Multiple inputs DVB-T/T2κ 4 independent tuners on board (T/T2 selection ganged across all receivers)κ 2 ASI outputs and TS over IP outputκ Built-in TS processor for service and PID filtering or remuxκ TS over IP support UDP/RTP protocol and SPTS or MPTS modeκ TS over IP output support Multicast/Unicast, max 32 channels multicastκ Web remote management and SNMP supervisionκ Software update via Ethernet port

2.6. SKI 40-10 Quad DVB-S/S2 Receiverκ Multiple inputs DVB-S/S2κ 4 independent tuners on board (S/S2 selection ganged across all receivers)κ 2 ASI outputs and TS over IP outputκ Built-in TS processor for service and PID filtering or remuxκ TS over IP support UDP/RTP protocol and SPTS or MPTS modeκ TS over IP output support Multicast/Unicast, max 32 channels multicastκ Web remote management and SNMP supervisionκ Software update via Ethernet port

2.7. HKI 40-10 HDMIκ Compliant with H.264/AVC Baseline, Main & High Profile @ L4.0 or less & MPEG-2 MP@ML Ø 4

independent AV inputs (SDI, HDMI, CVBS. Note: see Chapter 4. Order Information)κ Independent Encoding/Transcoding mode controlκ Internal reMultiplexer, new MPTS is made up from ASI_in, TS/IP_in & Local Encodersκ MPTS remultiplexed and 4 local un-stuffed SPTS available over IPκ Video Input Resolution: 1080i, 720p, 576i, 480i (note: CVBS models support SD only, see Chapter 4.κ Order Information)κ Minimum Video Bit Rate 500Kb/s (Standard PAL or NTSC SD video, while total bit rate ~ 700Kb/s) Ø

Independent Vertical & Horizontal pixel scaleκ Transcoding from MPEG2 to H.264/AVC & vice versaκ VBR & CBR mode for encoding/transcodingκ Audio coding: MPEG1 Layer II,MPEG2/4 AAC-LC (note: see Chapter 4. Order Information)κ SNMP & HTTP WEB for monitoring & controlκ Fit to SKS 80-10 and SKS 20-10 Chassis



3. Installation

3.1. SKS 20-10 Chassis (1RU) Unpacking

The delivery carton will contain a fully installed system if ordered with “Integration Options”, or a chassiswith two empty option slots and a pre-installed internal power supply, as shown above.

Unpack the equipment and check for damage or missing components. The chassis carton will contain;

SKS 20-10 chassis 1 piece

Power Cable 1 piece

Blanking plates Up to 4 pieces (dependent on configuration)

Depending on the ordered configuration and options, your delivery may include up to two additional cartonscontaining optional internal modules.


3.2. SKS 80-10 Chassis (4RU) Unpacking

The delivery carton will contain a fully installed system if ordered with “Integration Options” or an emptychassis.

If ordered without “Integration Options” the optional modules will be shipped in separate packaging.

Unpack the equipment and check for damage or missing components. The chassis carton will contain;

SKS 80-10 1 Piece

Power Supply 2 Pieces

Power Cable 2 Pieces

Blanking plates Up to 16 pieces (dependent on configuration)

Depending on the ordered configuration and options, your delivery may include up to a further eight cartonscontaining optional internal modules.



3.3. SKS 20-10 - Chassis

SKS 20-10 Chassis front and rear view

1) Power Supply Module Slot x 12) Function Module Slots x 23) Chassis mounting tabs4) Power socket


3.4. SKS 80-10 - Chassis

SKS 80-10 Chassis front and rear view

1) Power Supply Module Slots x 22) Function Module Slots x 83) Chassis mounting tabs4) Power socket5) Status LEDs



3.5. Mounting and Cabling

3.5.1. Rack Mounting

∂ The Axing chassis is designed for mounting in a 19” Industry Standard rack system.∂ It is recommended to first install the empty chassis into the rack, prior to installing the modules and

power supplies, as this will make lifting and guiding the chassis less difficult.∂ Ensure that there is sufficient clearance around the chassis for airflow and cable routing.∂ It is recommended to install a “brush” or cable management panel as a spacer above and below each

chassis.∂ Use screws and captive nuts through the rack-mount side plates (3) to mount the chassis. The captive

nuts are placed in holes 3 and 10 on each side of the SKS 20-10 chassis, or holes 1 and 3 for theSKS 20-10. It is recommended that two people lift and place the chassis into position in the rack, so as toreduce the risk of injury and damage.

∂ Place the chassis in the desired position and insert the screws through the holes in the side tabs (3) of thefront panel.

∂ Do not use the chassis as a shelf for other free-standing equipment. The mounting tabs were designed tocarry the weight of the chassis and installed modules only.

3.5.2. SKS 80-10 Power Supply Installation

If you ordered an “Integration Option” this section is not required.

∂ The Dual Redundant Power Supplies are installed in two slots (1) on the right of the chassis.∂ Ensure that the “AC” and “Fan” cables are moved towards the top of each slot to allow the Power

Supply to slide in with sufficient cable length remaining to reach their respective sockets on the front ofeach Power Supply. Both cable sockets are keyed to ensure correct orientation.

∂ Ensure that the card-edge plug is correctly aligned with the back-plane socket.

3.5.3. Optional Module Installation

∂ Insert each optional module into the remaining open slots (2). There is no requirement as to position orspacing.

∂ Install each module’s faceplate and back plate covers.∂ Do not over-tighten the screws, do not exceed “finger-tight”, there is no need to use a screwdriver.∂ Install the supplied washers and nuts onto the RF connectors on the rear of each card.∂ Encoder cards have a small screw (supplied) that should be installed near the RCA jacks∂ Install front and rear blanking plates on any vacant slots to fully enclose the chassis.∂ Connect the power cables (4).∂ Turn on the power at source and on the unit, and check that each installed Power Supply is operating

correctly, as indicated by the green LEDs (5).∂ Attach all antenna connectors to the appropriate sockets on the back panel of each receiver module.∂ Install 75Ω terminators to all un-connected and un-powered RF ports.∂ All co-axial cabling should be routed with uniform bends, without any kinking or deformation of the

cable surface.∂ Observe the cable manufacturer’s minimum bend radius specifications∂ Cables should be supported and not hang from their connections.∂ Insert CAM modules into CI slots for the services that require them. Ensure the module is correctly

oriented.


SKI 20-12

Connect the coaxial cables from your satellite dish or multi-switch to RF IN sockets (6)

Connect the management LAN to UTP socket (2)

Connect the Multicast LAN to UTP socket (3)

(If required) insert the relevant CAM with smartcard into slot CI1 or CI2(5)

TKI 40-10

Connect the coaxial cables from your antenna or splitter to RF IN sockets (1-4) (6)





HKI 40-10 HDMI

Connect the HDMI cables HDMI IN sockets (1-4) (15)



SKI 40-10

Connect the HDMI cables SDI IN sockets (1-4) (13)




3.5.4. Front and Back Panel Connections

Front Rear Front Rear Front Rear

HKI 40-10 HDMI SKI 20-12 TKI 40-10 | SKI 40-10

1) Hand held Controller Port 7) RF Pass-through output2) Management 8) USB3) Multicast LAN 9) ASI/SDI/VCBS output4) Signal input status LEDS 10) HDMI Connector5) CI1 and CI2 CAM Slots 11) Audio Output6) RF input 12) Composite video and audio output

3.6. Network Configuration∂ If using a web-browser, make a note of your computer’s network settings, change the IP address of the

computer so it falls within the default network range (10.10.70.0/24) and configure the network settingson the module as described elsewhere in this document. Once the module’s network configuration hasbeen correctly set, you can change your computer back to its original network settings.

∂ Until the default IP address (10.10.70.48) has been changed on all devices, only connect oneun-configured device to the network at any time.

∂ Check that all network settings conform to the intended network environment. Ensure that the TS sourceIP address is not in the same network range as the Management IP network. Unpredictable results maybe experienced if this caution is not observed.

∂ Connect the “Control” (SKI/TKI/HKI-XX series) or “LAN” (SKI/TKI/HKI-XX series) RJ-45 connector (2) tothe site management LAN.

∂ Connect the “TS/IP” RJ-45 connector (3) to the site multicast LAN.



4. Configuration Examples

4.1. Initial Setting of IP Address using Web-browserThe receiver module has a factory default IP address of 10.10.70.48. In order to connect to the Web-GUI andconfigure the module, you will need to alter your computer’s network settings.

4.1.1. Web-browser Access

Enter the URL http://10.10.70.48 (or the user modified IP address) into the browser URL field.

The web-page will request a username and password. The defaults are “root” and “12345”.

4.1.2. SKI 20-12

Status

Main Menu Sub Menu Details

Status

Input TS

Tuner1 Tuner1 input valid and total bit rate

Tuner2 Tuner1 input valid and total bit rate

IP Input IP input valid and total bit rate

Tuner1/2 RSSI

Strength Tuner input signal strength

C/N Tuner input signal C/N

Eb_No Tuner input signal Eb_No

BER Tuner input signal BER

Decoder Status

A/V Current decoding program audio and video status

Service Current decoding service information

Video Current decoding program Video information

Audio Current decoding program Audio information

CI StatusSlot1 CAM name or No module

Slot2 CAM name or No module

Remux Status Bit rate Valid bit rate and total bit rate of remux

USB Status USB USB found or not


Configure

Main Menu Sub Menu Option

Config

Tuner 1/2

LNB Frequency Manual configuration

Satellite Frequency Manual configuration

Symbol Rate Manual configuration

LNB Voltage OFF / 13V / 18V

LNB 22KHz ON / OFF

DiSEqC Port A/B/C/D

Decoder

Source Tuner1 / Tuner2 / CI-1 / CI-2 / IP / Remux / BISS

Program Manual select

VideoVideo Standard / Aspect Ratio / DVB / EBU / Subtitle Priority /Failure Mode / CC / VBI / CVBS Sub

Audio Audio Level/Audio Mode / Audio Priority/HDMI embedded

Mode Manual / Auto

CI1/2

Source Tuner1 / Tuner2 / Remux / IP Input

Setup Manual configuration

CAM Name No

BISS

Source Tuner1 / Tuner2 / Remux / IP Input

Program Setup Manual select

BISS Mode Mode 0 / Mode 1 / Mode E

TS/IP

IP Board Type 100M IP In/Out

Uni/Multicast IP Manual configuration

Uni/Multicast Port Manual configuration

Protocol UDP/RTP

Stream IP Address Manual configuration

Stream Netmask Manual configuration

Stream Gateway Manual configuration

Stream MAC Address No

IGMP Version IGMPv2/IGMPv3

TS Buffer Size 128kb/256kb/512kb/1Mb/2Mb/4Mb

Smoothing Auto/Fixed/Disable

Remux

Remux Switch ON/OFF

Max Bitrate Manual configuration

Valid Bitrate No

TS ID Manual configuration

Program Manual select

System


System

Version Info Software details

Network

IP Address Management IP address (Manual configuration)

Subnet Mask Management Subnet Mask (Manual configuration)

Default Gateway Management gateway (Manual configuration)

Trap IP IP address for send trap information (Manual configuration)

Http Login Web login ID and password (Manual configuration)

Device Label Setting device label (Manual configuration)

Factory Settings Yes/No

Machine Type Display only

Upgrade Upgrade module through USB key (Yes/No)



4.1.3. SKI/TKI 40-10 Quad

Input Setup


Input Setup

Tuner1/2/3/4 Frequency Manual configuration

Program Service List1/2/3/4

Manual select remux services

(enter: select/cancel; up/down: next/previous; exit:back)

RSSI

Strength Tuner input signal Strength

C/N Tuner input signal C/N

Eb_No Tuner input signal Eb/No

BER Tuner input signal BER

Output Setup


Output Setup

Output program

Bit Rate Manual configuration (0 ~ 108)

Package Size Select (188 or 204)

TS/ID Manual configuration (0 ~ 65535)

Remove CA Select ( on or off)

TS/IP


TS/IP

Stream IP Address Manual configuration

Stream Netmask Manual configuration

Stream Gateway Manual configuration

Stream MAC Address Read only

Gateway MAC Address Manual configuration

TS Pkts per UDP Manual configuration (1 ~ 7)

Timer to Live Manual configuration (1 ~ 255）

Type of ServiceSelect (Normal, Min Delay, Max Throughput, Max Reliability,Min Monetary Cost)

Source Select (Mux/Tuner1/Tuner2/Tuner3/Tuner4)

Mode Select (DVB or IPTV)

Uni/Multicast Setup

DVB

Uni/Multicast IP Address

Uni/Multicast Port

Target MAC Address

IPTV

Uni/Multicast IP Address

Uni/Multicast Port

Target MAC Address

Switch

Program

TDT/TOT

EIT


System


System

Unit Name Device name (Manual configuration)

Network

IP Address Management IP address (Manual configuration)

Subnet Mask Management Subnet Mask (Manual configuration)

Default Gateway Management gateway (Manual configuration)

Trap IPIP address for sending trap information (Manualconfiguration)

S/N Series Number

Factory Settings Yes/No

Machine Type Factory preset use

Version Software details

HTTP Login Web login ID and password (Manual configuration)

Upgrade Upgrade module through USB key (Yes/No)



5. Configuration with Web Browser User Interface

To control the unit via the on-board Web Server, enter the unit IP address in a web-browser navigation bar.

The default username and password are:

Username: root

Password: 12345

The default network settings are:

IP Address: 10.10.70.48

Subnet Mask: 255.255.255.0

The defaults can be changed in the system configuration menu, and by means of the OMM-1000CU handterminal.

Noteƒ When making changes on configuration screens, always remember to click the [Apply] button before

navigating away from that page, or all changes will be discarded.

ƒ Once all settings have been completed to your satisfaction, save them to a preset (if this option isavailable), and download the newly created preset as a backup. You may also use the saved preset asa starting point for later configurations.

ƒ Reboot the device to ensure that all settings have been correctly applied. Any discrepancies areusually attributable to a failure to correctly [Apply] them.


5.1. SKI 20-12Dual Satellite (DVB-S/S2) Receiver

5.1.1. Status

Input Status

Displays the status of the device inputs, including information on RF levels and throughput. A green dot to the

left of the input shows that the input is valid.

Output Status

Displays the status and data rates of various output devices.

A green dot to the left of the output shows that the output is valid.



Decoder Status

Displays the status of the decoder output to the attached A/V device.


5.1.2. Configuration

Tuner-1/Tuner-2

LNB LOFrequency(MHz):

LNB Local Oscillatorfrequency

SatelliteFrequency(MHz):

Satellite transponderfrequency.

Symbol Rate(Kbaud):

Transponder symbol datarate.

LNB Voltage:Vertical (13V) or Horizontal(18V) polarisation, or Off(0V).

∂ First the input information needs to be set up to the correct Frequency and rate.∂ Set up the LNB LO frequency to match your satellite∂ Set the Satellite frequency to desired channels

(lyngsat is a good site to find satellite frequencies)∂ Set the symbol rate to your settings∂ Set voltage based on the satellite orientation (H 18V / V 13V)



CI-1/CI-2

∂ After setting up the tuner to the satellite, we need to select which channels the CAM will allowthrough. This is also a good way to see if you can view channels from the tuner. Navigate to CI –1(For tuner 1).

∂ A window like so will appear, showing all channels coming through the tuner.∂ Set source to tuner 1 input (should be default)∂ Set CI Clock/Max Bit Rate to auto∂ Set descramble Mode to desired mode.∂ To select which channels you want coming through the CAM;∂ FTA(Free to Air), can be set to bypass∂ Paid channels must choose a selection (If card is in slot 1 for desired channel)

Slot x:Identifies the type ofdescrambling card inserted inthe CAM slot.

[IrdetoAccess]:

Button label will change toindicate the type of cardinserted in the CI slot. Providesaccess to the card menu todisplay information.

Source: Source to be decrypted.DescrambleMode:

All PIDs for descrambling oronly recognised Audio andVideo PIDs.

CI Clock /Max BitRate:

CI Clock and max data bit ratesfrom a drop-down menu.

SelectionDropDowns:

Bypass or to send the programdata through the descramblingcard.


BISS

∂ Next we move to BISS∂ Set “BISS mode” to mode 0∂ And BISS source to Remux TS (Setting up next)

BISSMode:

Refer to your ServiceProvider

BISSSource:

Use the drop-down menu to select thesource to be processed in the BISSmodule



Remux

∂ Set Remux to ON if not already done so.∂ Output Bit Rate must always be higher than Valid Bit Rate∂ Set Remove CA to disable∂ TS ID will be 1 (default)∂ Original network ID will be 1 (default)∂ EIT Switch set to ON (To receive EPG)

RemuxSwitch:

Enable or disable the remuxfunction.

Remove CA: Remove CA bits from tables.

TS ID: Enter modified TSID EIT Switch:Pass or remove EIT on re-multiplexed output.

Output MaxBit Rate(Kbps):

Maximum bit rate that willbe processed by the remuxmodule.

Output ValidBit Rate(Kbps):

Current rate of data passingthrough the Remux module.

OriginalNetwork ID:

ONID value.


Remux Input TS and Output TS Window

∂ The difference now with Remux from the 2410T is instead of using the tuner as the source, will beusing CI.

∂ Similar to before, select which channel you want to be on the output TS, by selecting the channelsfrom the Input and using the arrows to move them across.

∂ Once complete, select apply and wait for Remux to restart (Can be up to 5 minutes)

Input TS(Total No.of Services:XX)Window:

Shows all available input transport streams, their TS ID and ON ID, source. Clickon the green source to show the programs available from that source and markthe programs required for output. Click in the [>] button, and the selectedprograms will appear in the Output TS (Total No. Of Services: XX) window.

Output TS(Total No.OfServices:XX):

Allows output streams to be selected for removal (by clicking on the [<] button)or further editing/filtering. (SBS3 has been selected, but not yet removed).



Output Program Edit

This screen allows for editing of PSI and SI elements.

PID Filter

This screen allows for service PIDs to be edited and removed.


TS/IP Out

∂ Set Source to Remux TS∂ Set TS Pkts per UDP to 7 (max)∂ Protocol to UDP∂ TTL, your preferred TTL (3 is good, can got 255)∂ Type of service to normal∂ Stream IP Address is the local address for the TS port on the blade∂ (Set to you network IP chart)∂ Stream Netmask ; set to network subnet∂ Stream gateway; set to network gate∂ Gateway MAC address can be left or set up, your choice.∂ Set mode to IPTV∂ Once complete, select apply.

Source: Stream source.TS Pkts perUDP:

Number of PSI/SI packets to beencapsulated into one UDPdatagram

Protocol: UDP or RTP encapsulation. Time to Live:Network hop count after whichthe packet will be discarded.

Type ofService:

Set QOS bits in transmitteddatagrams

Stream IPAddress:

Transmitted datagram sourceIP. This should not be on thesame network as the devicemanagement LAN.

StreamNetmask:

Set the subnet mask.StreamGateway:

Set the address of a router onthe LAN.

StreamMACaddress:

Factory generated MACaddress.

GatewayMAC Address:

Set the MAC address of thegateway device. Default is theBroadcast MAC.



Mode:IPTV to edit services as SPTS,or DVB to pass all services asMPTS.

[Uni/MulticastSetup]:

Access setup sub-menu.

Uni/Multicast Setup (IPTV)

∂ Once the TS/IP output has been set up, we can start to assign multicast/unicast address to channels.By select Uni/Multicast setup on the bottom right of the TS/IP page.

∂ You can select Max channels (normally don’t go past 2)∂ First we set up the first channel, which will be channel 0∂ Set switch to on if not already done so.∂ Enter the Unicast/multicast address, in this case we are unicast the a channel to an encryption server.∂ Enter the port you wish the channel to be on, (note if unicasting, need different port numbers for

each channel)∂ Set target mac address (should be done by default)∂ Set SDT to on∂ Set CAT to your liking∂ SET EIT to on (in this case there is only 2 channels on the 2 different frequencies, so EIT is on, on

both)∂ Set TDT/TOT to your liking.∂ After setting up the channel details, we select which channel we want to set to it, we do this by

selecting the channel from TS input and selecting the right arrow to move it to TS/IP output.∂ Once complete, we select apply at the bottom of the page and repeat for each channel.

Configures SPTS output.

TS Input:

Select the program to beoutput and click [>] to addit to the TS/IP Outputwindow.

Channelscroll:

Choose a channel preset forconfiguration or editing.

MaxChannels:

Select the maximum numberof channel presets availablefor use.

Switch:

Activate or deactivate theselected channel. Channelpreset scroll will show grey foran inactive channel.


Uni/MulticastIP Address:

Enter IP address.Uni/MulticastUDP Port:

Enter UDP port number.

Target MacAddress:

Multicast MAC address.Default is calculatedinternally.

Tick boxesfor DVBtables:

Select which DVB tables willbe included with the output.

TS/IP Output:A list of programs output on the selected channel (see channel scroll). Remove aprogram by selecting program tick-box and clicking [<].



Uni/Multicast Setup (DVB)

Configures MPTS output.

Uni/Multicast IPAddress

Enter IP address. Uni/Multicast UDPPort:

Enter the UDP port

Target MACAddress:

Enter a MAC address. Default is automatically calculated

ASI Output

∂ Set ASI 1 output source to Remux TS∂ Set ASI 2 output source to Remux TS

ASI-1 Output Source/ASI-2 Output Source: Drop-down menus to select the source to be output to theASI ports.


5.1.3. Decoder - Program

Manual Selection

Allows for the selection of a single program for output to an attached A/V unit, either HDMI or Compositevideo.

Source: Source for output to an AV device.CurrentProgram:

Program currentlyoutput

ProgramList:

Program choices. Select one, highlight andclick [Apply] to activate.

Mode: Set the output mode.

First Service

Allows for the selection of a source, and outputs the first program to an attached A/V unit, either HDMI orComposite video.

Source: Select the source for output to a video/audiodevice.

Mode: Set the output mode.



Monitor

Allows for the selection of source and program, to be cycled on a time schedule onto an attached A/V unit,either HDMI or Composite video.

[Monitor]: Access a sub-menu to setup the monitor modeparameters.

Mode: Set the outputmode.

Monitor Parameters Setup

Select a source device (listed in green) by clicking on it.

Select a program to monitor by changing its Hold Time (s) to be a value greater than 0. This is the duration inseconds that the program will be output to the attached A/V device, before the next program is displayed. Thedisplay will continuously cycle through all configured programs.


Video Output

Provides a list of drop-down menus to adjust the Decoder video output, alter as appropriate for yourenvironment.

Audio Output

Provides a text-box and a list of drop-down menus to adjust the Decoder audio output, alter as appropriate foryour environment.



5.1.4. System

Device

DeviceLabel:

Set the visible name label ofthe unit.

SerialNumber:

Device serial number, fixed data.

Optional Function

IP ExtensionBoard Type:

To change the TS/IP modulemode, Input or Output.

BackupMode:

Selects the priority receiver, ordisables the feature.

StatusRefreshInterval:

Set the screen refresh time-out.

HTTP Login

Login ID:Change the HTTP browserlogin name, default is root.

LoginPassword:

Change the HTTP browser loginpassword, default is 12345.

[FactoryDefault]

Resets the unit to factorydefaults, except for Networksettings. IP Reset button onthe front of the receiver resetsthe Management LAN IP tothe default 10.10.70.48.

[DeviceReboot]

A button that forces a warmreset on the device


Network

Network settings can be changed here, and the MAC address is displayed. Adjust as appropriate for your ownnetwork environment.

Version

Display-only information about component version numbers. Information from this screen may be required inthe event of a support call, and to compare with latest available firmware.



Preset

Save & Recall

Current:Currently loaded presetconfiguration

PresetName:

Selection of a previously saved presetto be recalled using the [Recall]button, or a preset selected for savinginto, by clicking on the [Save] button.

Download & Upload

PresetNumberList:

Presets, to be saved to the PC via a browser download by clicking [Download], orthe selected presets can be deleted from the device by clicking on [Delete].

Previously downloaded preset files can be restored to the device by clicking [SelectFile], choosing a downloaded preset file, and clicking [Upload].


Upgrade

Click on [Choose File], select the update file, and click on [Upgrade]. Once complete, the system willrestart.

5.2. TKI 40-10QuadDVBT/T2Receiver-IPTV mode

5.2.1. Status

Input Bitrate

DisplaysthetotalBitRateandValidBitRateforeachTuner.



Output Bitrate

DisplaysthetotalBitRateandValidBitRateforASIoutputs1-4

Tuner Status

Displaysthesignalstrength,carriertonoise,signaltonoiseandbiterrorrateforeachtuner.Agreendottotheleftindicatestunerissuccessfullytunedtotheselectedfrequency.


TS/IP Status

Displays the Transport Stream Link status




Tuner 1-4

∂ Input the signal type (DVB-T)∂ The frequency you wish to tune to (Which channel you want on the tuner)∂ Bandwidth (Australian standard is 7M)

SignalType:

SelectcorrectinputfromDVBTDVBT2andDVBC

FrequencyinKHz:

InputrequiredtuningfrequencyinKHz

Bandwidth: Selectrequiredfrequencybandwith

ASI Output

ASIoutput1-4:SelectrequiredsourceforASIoutput1-4


5.2.4. Remux

∂ After Setting up each tuner to each channel you want to listen to, we Remux them.∂ Set packet size to 188 bytes∂ If you want EPG, set “insert EIT” on∂ Set “Remove CA” to on∂ Now you want the Bit Rate to always be higher than the Valid Bit Rate (set this up after setting which

channels you want on the output)∂ Now open each tuner input by clicking on each one, once the tuner is open, it will display, which

channels are coming through the input.∂ Once open, select which channels you want to display through output. Once selected, select the

arrow pointing right to add the channels to output. After adding channels, they will appear under theoutput from the tuner it is from. When all the channels you want to add are selected and added tothe output, hit apply and wait for Remux to restart (this can take up to 5 minutes).

∂ After Remux had come back up, this is when you want to change the Bit Rate to be higher than theValid Bit Rate.

Packetsize:Selectbetween204or188Byte

TSID:

EntermodifiedTSID

InsertEIT:PassorremoveEIT-onoroff.

BitRate(Kbps):

Maximumbitratethatwillbeprocessedbytheremuxmodule–shouldbesethigherthatcurrentValidBitRate.

ValidBitRate(Kbps):

CurrentrateofdatapassingthroughtheRemuxmodule.



OriginalNetworkID:

ONIDvalue.

5.2.5. TS/IP

Gigabit Local

∂ Now move onto setting up the stream through multicast. Navigate to TS/IP, first set up the localaddress to your network, following your preferred IP’s (This will be the IP address for the TS port).

GigabitLocal:InputrequiredmulticastLANnetworksettings


Gigabit Out

∂ After Setting up the local address for TS, we move onto multicasting it from Gigabit out.∂ Set IPTV channel to 1 (Default)∂ Set the source to Remux∂ Set Protocol to UDP∂ Set TS Pkts per UDP to 7∂ Set time to live, to what you prefer (3 to 10 is a good range, however can set to 255 if you want)∂ Set Type of service to Normal (default)∂ Set all channels stream to “no settings”∂ Once completed, enter apply.∂ After gigabyte out is configured we move onto setting up the multicast for each channel. Stay on the

gigabyte out, but select the IPTV Channel setup at the bottom right of the page.

Source: Streamsource.TSPktsperUDP:

NumberofPSI/SIpacketstobeencapsulatedintooneUDPdatagram

Protocol:UDPorRTPencapsulation. TimetoLive:

Networkhopcountafterwhichthepacketwillbediscarded.

TypeofService:

SetQOSbitsintransmitteddatagrams

AllChannelSwitch:

Enableordisableallchannels

IPTVSetupmenu:

Accesssetupsub-menu



IPTV Setup

∂ Now it’s a good idea to have a logical order to how the channels are setup on your blade, from which

channel they will run on the blade (not the logical channel number), and what Multicast address theywill have.

∂ We use this Multicast Address setup; 239. Chassis #.Blade #.Channel #∂ So to set up each channel, select which channel number you want.∂ Next, enable it if it is disabled∂ Set the Multicast address and port you wish to use∂ Set Mac address (Should be set by default once channel is switched to on)∂ Set EIT to either on or off (you can have set for every channel to EIT but this will mean the EPG will be

going through every channel, which is a lot of bandwidth, it is ideal to have a channel set for EIT)∂ You can set TDT/TOT to off.∂ Once the information has been added, select which channel (from input) you want to go through

output (only one).∂ Do this by ticking the channel and selecting the right arrow to move it to output (you can also remove

channels from the output channel by selecting the Output channel and hitting the left arrow).∂ Once this is all done, scroll down the page (if needed) and select apply; it will now add the channel to

output.∂ Repeat this for each channel you wish to add.∂ Once complete, you can now access this channels from the multicast address they are streaming from

(can open in VLC).


SelectchannelfromMPTSRemuxtomulticastasaSPTS.

TSInput:Selecttheprogramtobeoutputandclick[>]toaddittotheIPOutputRemuxwindow.

Switch: Activateordeactivatetheselectedchannel.

TargetIPAddress:

EnterIPaddress.TargetUDPPort:

EnterUDPportnumber.

TickboxesforDVBtables:

SelectwhichDVBtableswillbeincludedwiththeoutput.

Gigabit In

SelectChannel:

ChooseachannelnumberfortheSPTSmulticast.



5.2.6. System

Device

Device Label:Set the visible name label ofthe unit.

SerialNumber:

Device serial number, fixeddata.

WEB AutoRefresh Time:

WEB Browser GUI displayeddata refresh time

GigabitMode:

Select from Full Duplex,Multiple output or IPTV

Network Settings

Networksettingscanbechangedhere,andtheMACaddressisdisplayed.Adjustasappropriateforyourownnetworkenvironment.


Version


Web Login

Change Web login details for Username and Password.



Factory Default

Select Default button to reset module to factory defaults.

(This does not include network settings; user set network settings will remain unchanged)

System Reboot

Select Reboot button to reboot the device.


Upgrade

Clickon[ChooseFile],selecttheupdate“target.tgz”file,andclickon[Upgrade].Oncecomplete,thesystemwillrestart.



Presets

Save & Recall

Current: Currently loaded preset configurationPresetName:

Selection of a previously saved preset to berecalled using the [Recall] button, or a presetselected for saving into, by clicking on the[Save] button.

Download & Upload

PresetNumberList:

Presets, to be saved to the PC via a browser download by clicking [Download], or the selectedpresets can be deleted from the device by clicking on [Delete].

Previously downloaded preset files can be restored to the device by clicking [Select File],choosing a downloaded preset file, and clicking [Upload].


5.3. SKI 40-10Quad DVBS/S2 Receiver -IPTV mode

5.3.1. Status

Input Bitrate

Displays the total Bit Rate and Valid Bit Rate for each Tuner.

Output Bitrate

Displays the total Bit Rate and Valid Bit Rate for ASI outputs 1-4



Tuner Status

Displays the signal strength, carrier to noise, signal to noise and bit error rate for each tuner.

A green dot to the left indicates tuner is successfully tuned to the selected frequency.

TS/IP Status

Displays the Transport Stream Link status



Tuner 1-4

LNB LOFrequency(MHz):

LNB Local Oscillatorfrequency

SatelliteFrequency(MHz):

Satellite transponderfrequency.

Symbol Rate(Kbaud):

Transponder symbol datarate.

LNB Voltage:Vertical (13V) or Horizontal(18V) polarisation, or Off(0V).

∂ First the input information needs to be set up to the correct Frequency and rate.∂ Set up the LNB LO frequency to match your satellite∂ Set the Satellite frequency to desired channels

(lyngsat is a good site to find satellite frequencies)∂ Set the symbol rate to your settings∂ Set voltage based on the satellite orientation (H 18V / V 13V)

ASI Output



5.3.4. Remux

∂ After Setting up each tuner to each channel you want to listen to, we Remux them.∂ Set packet size to 188 bytes∂ If you want EPG, set “insert EIT” on∂ Set “Remove CA” to on∂ Now you want the Bit Rate to always be higher than the Valid Bit Rate (set this up after setting which

channels you want on the output)∂ Now open each tuner input by clicking on each one, once the tuner is open, it will display, which

channels are coming through the input.∂ Once open, select which channels you want to display through output. Once selected, select the

arrow pointing right to add the channels to output. After adding channels, they will appear under theoutput from the tuner it is from. When all the channels you want to add are selected and added tothe output, hit apply and wait for Remux to restart (this can take up to 5 minutes).

∂ After Remux had come back up, this is when you want to change the Bit Rate to be higher than theValid Bit Rate.

Packet size:Select between 204 or188 Byte

TS ID: Enter modified TSID Insert EIT: Pass or remove EIT- on or off.

Bit Rate (Kbps):

Maximum bit rate thatwill be processed by theremux module –should beset higher that currentValid Bit Rate.

Valid Bit Rate(Kbps):


Original NetworkID:

ONID value.

ASIoutput1-4:SelectrequiredsourceforASIoutput1-4


5.3.5. TS/IP

Gigabit Local

∂ Now move onto setting up the stream through multicast. Navigate to TS/IP, first set up the localaddress to your network, following your preferred IP’s (This will be the IP address for the TS port).

Gigabit Local: Input required multicast LAN network settings



Gigabit Out

∂ After Setting up the local address for TS, we move onto multicasting it from Gigabit out.∂ Set IPTV channel to 1 (Default)∂ Set the source to Remux∂ Set Protocol to UDP∂ Set TS Pkts per UDP to 7∂ Set time to live, to what you prefer (3 to 10 is a good range, however can set to 255 if you want)∂ Set Type of service to Normal (default)∂ Set all channels stream to “no settings”∂ Once completed, enter apply.∂ After gigabyte out is configured we move onto setting up the multicast for each channel. Stay on the

gigabyte out, but select the IPTV Channel setup at the bottom right of the page.

Source: Streamsource.TSPktsperUDP:

NumberofPSI/SIpacketstobeencapsulatedintooneUDPdatagram

Protocol:UDPorRTPencapsulation. TimetoLive:

Networkhopcountafterwhichthepacketwillbediscarded.

TypeofService:

SetQOSbitsintransmitteddatagrams

AllChannelSwitch:

Enableordisableallchannels

IPTVSetupmenu:

Accesssetupsub-menu


IPTV Setup

∂ Now it’s a good idea to have a logical order to how the channels are setup on your blade, from which

channel the will run on the blade (not the logical channel number), and what Multicast address theywill have.

∂ We use this Multicast Address setup; 239. Chassis #.Blade #.Channel #∂ So to set up each channel, select which channel number you want.∂ Next, enable it if it is disabled∂ Set the Multicast address and port you wish to use∂ Set Mac address (Should be set by default once channel is switched to on)∂ Set EIT to either on or off (you can have set for every channel to EIT but this will mean the EPG will be

going through every channel, which is a lot of bandwidth, it is ideal to have a channel set for EIT)∂ You can set TDT/TOT to off.∂ Once the information has been added, select which channel (from input) you want to go though

output (only one).∂ Do this by ticking the channel and selecting the right arrow to move it to output (you can also remove

channels from the output channel by selecting the Output channel and hitting the left arrow).∂ Once this is all done, scroll down the page (if needed) and select apply, it will now add the channel to

output.∂ Repeat this for each channel you wish to add.∂ Once complete, you can now access this channels from the multicast address they are streaming from

(can open in VLC).



SelectchannelfromMPTSRemuxtomulticastasaSPTS.

TSInput:Selecttheprogramtobeoutputandclick[>]toaddittotheIPOutputRemuxwindow.

Switch: Activateordeactivatetheselectedchannel.

TargetIPAddress: EnterIPaddress.

TargetUDPPort: EnterUDPportnumber.

TickboxesforDVBtables:

SelectwhichDVBtableswillbeincludedwiththeoutput.

Gigabit In

SelectChannel:

ChooseachannelnumberfortheSPTSmulticast.


5.3.6. System

Device

Device Label:Set the visible name label ofthe unit.

SerialNumber:


WEB AutoRefresh Time:

WEB Browser GUI displayeddata refresh time

GigabitMode:

Select from Full Duplex,Multiple output or IPTV

Network Settings

Networksettingscanbechangedhere,andtheMACaddressisdisplayed.Adjustasappropriateforyourownnetworkenvironment.



Version

Display-onlyinformationaboutcomponentversionnumbers.Informationfromthisscreenmayberequiredintheeventofasupportcall,andtocomparewithlatestavailablefirmware.

Web Login

ChangeWeblogindetailsforUsernameandPassword.


Factory Default

SelectDefaultbuttontoresetmoduletofactorydefaults.(Thisdoesnotincludenetworksettings;usersetnetworksettingswillremainunchanged)

System Reboot

SelectRebootbuttontorebootthedevice.



Upgrade

Clickon[ChooseFile],selecttheupdate“target.tgz”file,andclickon[Upgrade].Oncecomplete,thesystemwillrestart.

Presets

Save&Recall

Current:Currentlyloadedpresetconfiguration

PresetName:

Selectionofapreviouslysavedpresettoberecalledusingthe[Recall]button,orapresetselectedforsavinginto,byclickingonthe[Save]button.

Download&Upload


PresetNumberList:

Presets,tobesavedtothePCviaabrowserdownloadbyclicking[Download],ortheselectedpresetscanbedeletedfromthedevicebyclickingon[Delete].Previouslydownloadedpresetfilescanberestoredtothedevicebyclicking[SelectFile],choosingadownloadedpresetfile,andclicking[Upload].

5.4. HKI 40-10 HDMI

5.4.1. Status

Output Status

Displays the status and data rates of various output devices. A green dot to the left of the output shows thatthe output is valid.

Input Status

Displays the status of the device inputs, including information on throughput. A green dot to the left of theinput shows that the input is valid.

Video Input Status



Displays the status of the devices input format. A green dot to the left of the input shows that the input isvalid.

Gigabit Input Status

Displays Status of Gigabit NIC (Network interface Card), if working and connected.

Gigabit Output Status

Displays Status of Gigabit NIC (Network interface Card), if working and connected.

Alarm

Displays the alarm status of each device, displaying information on if the device input is missing or plugged in.



Encoder – 1/2/3/4

OperationMode:

each encoder/ transcoderfunctional block can beconfigured as differentoperation mode independently

EncoderBit Rate:

set the output bit rate of thecurrent encoder/transcoder

Video BitRate:

set the video bit rate. Thesetting is valid only when theVideo Rate Ctl is CBR.

Video MaxBit Rate:

set the maximum video bit rate

GOP Size: set the GOP size, valid rangefrom 0-63

GOPStructure:

set the structure of GOP.

GOPAdaptive:

switching on the GOPadaptive, the GOP size andstructure may variableaccording to the dynamicvideo scenes.

InputVideoAdaptive:

the setting is valid only forencoding mode

Audio SDIEMB:

select the group of embeddedaudio from input SDI signal

SoundMode:

set the audio in stereo or mono



Output PMTPID:

set PMT PID, valid range from32 to 8190 decimal

OutputVideo PID:

set Video PID, valid range from32 to 8190 decimal

OutputAudio PID:

set audio PID, valid rangefrom 32 to 8190 decimal

OutputServicePID:

set Service PID, valid from 32to 8190 decimal

OutputServiceName:

set the service name for theencoded/transcoded channel.The length should be less than24 characters

OutputPCR PID:

set PCR PID, valid range from32 to 8190 decimal

Null Filter: switch on to filter away thenull packages, stream willbe sent out via TS/IP or ASIoutput port

TranscoderProgram:

under transcoder operatingmode, select the program thatto be transcoded in the dropdown list

TranscoderAudio PID:

under transcoder operatingmode, select the audio PIDthat to be transcoded in thedrop down list

TS/IP (Full Duplex)

Gigabit Input

κ Under full-duplex operation mode, the device supports single uni/multicast reception.κ Set the uni/multicast targe IP address and port number in the page.κ The Column and Row FEC UDP ports have to be configured if Pro-MPEG protocol is used in the IP

signal inputted.

Uni/Multicast: Input type SourceIdentification:

Identify Source

Source IPAddress:

IP address of stream MulticastAddress:

Multicast stream

Uni/MultiUDP Port:

Port of the Uni/Multicast inut FEC ColumnUDP Port:

Port of FEC column


FEC Row UDPPort:

Port of FEC row TS ClockRecovery:

Set to Auto

Gigabit Output

κ Under full-duplex operation mode, the device supports single uni/multicast output. The default sourcefor TS/IP output is the built-in remux.

κ Enter details of the streaming address to be used (unicast / multicast)

Gigabit OutputStreaming:

Set to on Protocol: Set to UDP

TS Pkts per UDP: Amount of packets tobe encapsulated

Time to live: Network Hop Count

Type of Service : Set QOS Uni/MulticastAddress:

Set Uni/Multicast ofOutput

Uni/Multicast UDPPort:

Set Port of output

Local Settings

κ Enter the Details for the Streaming port in the blade, which you wish to use.

GigabitAddress:

Set local TS IP GigabitSubnet Mask:

Set local TS netmask



Gigabit MACAddress:

Displays MAC address of TSNIC

Gateway IPAddress:

IP of Gateway

Gateway MACAddress:

MAC of Gateway

TS/IP (Multiple Output)

Gigabit Output

κ Under multiple output operation mode, user can give five different uni/multicast destinationaddresses and port number to each encoder/transcoder and the built-in remux, and each IP outputcan be switched ON/OFF independently.

κ The source for TS/IP output 1-4 is corresponding to the encoder/ transcoder 1-4 respectively andcannot be changed.

Uni/Multi IPAddress:

IP of stream output Uni/Multi UDPPort:

Port of stream output

Streaming: ON / OFF

Local Settings

κ Enter the Details for the Streaming port in the blade, which you wish to use.

Source: Stream source.TS Pkts perUDP:

Number of packets to beencapsulated

Protocol: UDP or RTP encapsulation. Time to Live: Network hop count


Type ofService:

Set QOS bits in transmitteddatagrams

Gigabit IPAddress:

Transmitted datagram sourceIP. This should not be on thesame network as the devicemanagement LAN.

GigabitNetmask:

Set the subnet mask.Gateway IPAddress:

Set the address of a router onthe LAN.

GigabitMACaddress:

Factory generated MACaddress.

Gateway MACAddress:

Set the MAC address of thegateway device. Default isthe Broadcast MAC.

TS/IP (Multiple Duplex Output)

Gigabit Input

κ Under multiple-duplex operation mode, the device supports fice uni/multicast reception. One for eachEncoder and the MPTS.

κ Set the uni/multicast targe IP address and port number in the page.κ The Column and Row FEC UDP ports have to be configured if Pro-MPEG protocol is used in the IP

signal inputted.


IP of stream input Uni/Multi UDPPort:

Port of stream input

Streaming: ON / OFFProtocol:

UDP or RTPencapsulation.

Type of Service:Set QOS bits intransmitteddatagrams

TS Pkts per UDP:Number of packets tobe encapsulated

Time to Live: Network hop count



Gigabit Output

κ Under multiple output operation mode, user can give five different uni/multicast destinationaddresses and port number to each encoder/transcoder and the built-in remux, and each IP outputcan be switched ON/OFF independently.

κ The source for TS/IP output 1-4 is corresponding to the encoder/ transcoder 1-4 respectively andcannot be changed


IP of stream input Uni/Multi UDPPort:

Port of stream input

Streaming: ON / OFFProtocol:

UDP or RTPencapsulation.

Type of Service:Set QOS bits intransmitteddatagrams

TS Pkts per UDP:Number of packets tobe encapsulated

Time to Live: Network hop count


Local Settings

GigabitAddress:

Set local TS IP GigabitSubnet Mask:

Set local TS netmask

Gigabit MACAddress:

Displays MAC address of TSNIC

Gateway IPAddress:

IP of Gateway

Gateway MACAddress

MAC of Gateway



Remux

TS ID: Enter modified TSIDRemux &TranscodeSource:

Source of Input

OutputMax BitRate(Kbps):

Maximum bit rate that will beprocessed by the remuxmodule.

Output ValidBit Rate(Kbps):


Input TS(Total No.of Services:XX)Window:

Shows all available input transport streams, their TS ID and ON ID, source. Clickon the green source to show the programs available from that source and markthe programs required for output. Click in the [>] button, and the selectedprograms will appear in the Output TS (Total No. Of Services: XX) window.

Output TS(Total No.OfServices:XX):

Allows output streams to be selected for removal (by clicking on the [<] button)or further editing/filtering. (SBS3 has been selected, but not yet removed).


Output

The source for TS output via ASI and TS/IP output interface can be configured independently.



5.4.5. System

Device

DeviceLabel:

Set the visible name label of theunit.

SerialNumber:


LED ASIAlarm:

ON / OFF LED TS/IPAlarm:

ON / OFF

LEDEncoder-1/2/3/4Alarm:

ON / OFF

LoginID:

Change the HTTP browser loginname, default is root.

LoginPassword:

Change the HTTP browserlogin password, default is12345.

[FactoryDefault]

Resets the unit to factory defaults,except for Network settings. IPReset button on the front of thereceiver resets the ManagementLAN IP to the default 10.10.70.48.

[DeviceReboot]

A button that forces a warmreset on the device


Network

Network settings can be changed here, and the MAC address is displayed. Adjust as appropriate for your ownnetwork environment.

Version




Preset

Click on the “Download” to save the actual settings except the local IP address of the unit to a file and storeinto the connected PC. Click on the “Upload” to load the preset configuration to the connected unit, note theIP address will not be loaded.

Upgrade

Click on [Choose File], select the update file, and click on [Upgrade]. Once complete, the system will restart.


6. Technical Specifications

Dual DVB-S/S2Connector Type 2×F type female 75Ω for Input

Input Frequency Range 950 ~ 2150MHz

Input Level -25 ~ -65dBm

Symbol Rate 2 ~ 45MBaud

Roll-off Factor DVB-S QPSK: 0.35 DVB-S2 8PSK: 0.35, 0.25, 0.2

FEC Code Rate DVB-S QPSK: 1/2, 2/3, 3/4, 5/6, 7/8 DVB-S2 QPSK: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9,9/10 DVB-S2 8PSK: 3/5, 2/3, 3/4, 5/6, 8/9, 9/10

LNB Polarity Selection Voltage 0, 13V, 18V selectable

LNB Band Selection Tone 0/22KHz selectable

Satellite Selection Command DiSEqC 1.0

Quad DVB-T/T2Connector Type 2×F type female 75Ω for Input (Dual)

4×F type female 75Ω for Input (Quad)

Input Frequency 104 ~ 862MHz (VHF/UHF)

Input Level -20 ~ -70dBm

Constellation DVB-T: QPSK, 16QAM, 64QAM DVB-T2: QPSK, 16QAM, 64QAM,256QAM

Bandwidth 6MHz, 7MHz, 8MHz

FFT Mode DVB-T: 2K/8K DVB-T2: 1K, 2K, 4K, 8K, 16K, 32K

Guard Interval DVB-T: 1/4, 1/8, 1/16, 1/32 DVB-T2: 1/4, 5/32, 1/8, 5/64, 1/16, 1/32, 1/64, 1/128

FEC Code Rate DVB-T: 1/2, 2/3, 3/4, 5/6, 7/8 DVB-T2: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6

Input Return Loss 7dB (typical)

Quad DVB-S/S2Connector Type 4×F type female 75Ω for Input

Input Frequency Range 950~2150MHz

Input Level -25~-65dBm

Symbol Rate 2~45MBaud

Roll-off Factor DVB-S QPSK: 0.35DVB-S2 8PSK: 0.35, 0.25, 0.2

FEC Code Rate DVB-S QPSK: 1/2, 2/3, 3/4, 5/6, 7/8DVB-S2 QPSK: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10DVB-S2 8PSK: 3/5, 2/3, 3/4, 5/6, 8/9, 9/10

Satellite Selection Command DiSEqC 1.0

LNB Polarity Selection Voltage 0, 13V, 18V selectable

LNB Band Selection Tone 0/22KHz selectable

TS over IP

Connector Type 1×RJ-45, 10/100 Base-T for TS/IP



Effective Bit Rate 70Mb/s for 10/100 Base-T

Protocol UDP/RTP, Multicast/Unicast, IGMPv2, ARP

Multicast Channel 32 Max.

TS Processing

TS Input Management Demu× and Remu× among Tuner1, Tuner2 and TS/IP Inputs

TS Output Management Demu× and Remu× for 2 independent ASI outputs

Service and PID Management Remu×, filtering and remapping

PSI/SI PSI/SI table regeneration, PMT and SDT edit

Descrambler DVB Common Scrambling Algorithm (CSA)

BISS Mode BISS-1, BISS-E

Common Interface Dual PCMCIA slots, compatible with major CA CAMs

ASI Output

Connector Type 2 independent BNC female, 75Ω

Standard DVB-ASI, EN50083-9

Output Bit Rate ≤198Mb/s

TS Processing 2 Independent TS Re-multiple×ed from Tuner1,Tuner2 and TS/IPinputs

MPEG-2/MPEG-4 SD/HD Decoding

Video Decoding MPEG-2 MP@ML and MP@HL MPEG-4 AVC high profile level4.1

Audio Decoding MPEG-1 Layer-I/II, MPEG-2 Layer-II, LC-AAC, HE-AAC, AC3, AC3+

HDMI Output

Standard 1×HDMI 1.3 interface (up to 1080i)

Video Resolution and Frame Rate 1080i×30, 1080i×29.97, 1080×25,720p×60,720p×59.94, 720p×50, 480p×60, 576p×50, 576i×25, 480i×29.97

Audio Embedded 1×stereos or compressed data pass through

Analog Audio Output

Connector Type 1×DB9 female (The same port as analog video output)

Output Impedance 600Ω (balanced)

Output Mode Left, Right, Dual Mono, Stereo

Number of Output 1 x stereo audio outputs

Cross Talk Among Channels >70dB

THD <0.3% @ 400Hz, 1 KHz test tone

Frequency Response ±0.5dB over 20Hz ~ 18KHz

Analog Video Output

Connector Type 1×BNC

CVBS Standard NTSC, PAL, and SECAM

Video PID Bit Rate ≤50Mb/s

Nominal Output Level 1.0 Vp-p±5% (with standard test stream)

Frequency Response <±1 [email protected] MHz PAL/SECAM, 4.2MHz NTSC, 15MHz HD YPbPr

Chroma-Luma Delay <±30 ns

Field Time Distortion <2%

Line Time Distortion <1%

Short Time Distortion <2%

Differential Gain <3%


Differential Phase <2°

Ancillary Data Processing

Subtitle DVB, EBU

VBI Teletext, WSS, Closed Caption

A/V Monitoring

A/V Monitoring Port HDMI and RCA (CVBS)

Switching Condition User Defined (Monitored program list and time)

Control & Management

Connector Type 1×RJ-45, 10/100 Base-T, for equipment IP Control

Remote Control HTTP (Web Interface)

Local Control Handset display and 6-key keypad with VGA interface

Equipment Upgrade WEB HTTP or USB or Telnet

Physical

Power Supply DC 3.3V/5V/12V

Power Consumption 20W

Operating temperature 0 ~ 45Storage temperature -10 ~ 60Operating Humidity 10 ~ 90%, non-condensed

HDMIVideo Input & compression Coding

Video Input Interfaces 4x HDMI, 4x SDI, or 4x CVBS (note: see Chapter 4 Order Information)

Coding Profile & Level H.264/AVC BLP, MP, HP @ L4.0 or less,MPEG-2 MP@ML (note: see Chapter 4 Order Information)

Sampling Format 4:2:0, 10-bit, YCbCr

Compression Bit Rate 600K~20Mbps

1080i(1920×1080)@25Hz,29.97Hz,30Hz:SMPTE274M: 1~20Mb/sVideo Resolution & Recommend 720p(1280×720)@25Hz,29.97Hz,30Hz:SMPTE296M: 1~20Mb/sCompression Bit Rate H.264 480i(720×480)@29.97Hz:SMPTE656M: 600K~10Mb/s

576i(720×576)@25Hz: SMPTE656M:600K~10Mb/s

Video Resolution & Recommend 480i(720×480)@29.97Hz:SMPTE656M: 3.5~10Mb/sCompression Bit Rate MPEG 2 576i(720×576)@25Hz: SMPTE656M: 3.5~10Mb/s

Video Resolution Down Scaling Vertical & Horizontal adjustable respectively (frame rate is notscalable)

Aspect Ratio 4:3, 16:9 Selectable

Audio Input & Compression Coding

Audio Input Interfaces HDMI/SDI Embedded or Analog (note: see Model List)

Audio Codec MPEG1 Layer IIMPEG2 AAC-LC, MPEG4 AAC-LC

Sampling Rate 48KHz

Recommend Compression Bit Rate MPEG1 Layer II :32~192Kbps(mono), 64~384Kbps( stereo),MPEG2 AAC-LC,MPEG4 AAC-LC :56~256Kbps(mono), 112~512Kbps( stereo)

Transcoding

Input Standard MPTS, MPEG2 MP@ML MP@HL,MPTS, H.264/AVC Main/High/Baseline Profile @ L4.0 or less (but notFMO, ASO & RS of Baseline)



Output Standard MPTS and/or un-stuffed TS, MPEG2 MP@MLMPTS and/or un-stuffed TS, H.264/AVC Main/High/Baseline Profile @L4.0 or less (but not include FMO, ASO & RS of Baseline)

DVB-ASI Input

Input Interface BNC Female, 75Ω

Maximum Bit Rate 100 Mb/s

Data Type Byte

Packet Length 188/204 Bytes

Signal Level 200 ~ 880mVp-p

DVB-ASI Output

Input Interface BNC Female, 75Ω

Effective Bit Rate 120Mb/s

Data Type Byte

Packet Length 188/204 Bytes

Signal Level 800±80mV

TS/IP Gigabit Ethernet (note: see Model List)

Standard IEEE 802.3, 10/100/1000 Base-T

Maximum Effective Bit Rate 80Mb/s (note: Full Duplex mode)200Mb/s (note: Multiple Output mode)

Encapsulation SPTS or MPTS

Protocol UDP, RTP, ICMP, ARP, IGMPv2

Rear Panel options

ASI In 1 x BNC Female, 75Ω

SDI In 4 x BNC Female, 75Ω

HDMI In 4 x HDMI Socket, 75Ω

CVBS In & Analog Audio In 2 x D-Sub15 (with D-Sub 15 to BNC female adapter cablings, total 4setsof inputs, see Model List)

ASI Out 2 x BNC Female, 75Ω(1 Backup)

Front Panel

Control 1x RJ-45, 10/100 Base-T

TS/IP 1x RJ-45, 10/100/1000 Base-T

LED 1x Power, 4x Encoder Status, 1x ASI/IP Status

IP Reset Press for 5 second or more to return the default IP address of controlport

Reset Local reset

Others

Power DC 3.3V/5V/12V, from DMM-1000 (8-slot) or DMM-200 (2-slot)

Operating Temperature 0 ~ 40°C

Storage Temperature 10 ~ 60°C

Operating Humidity 10 ~ 90% (Non-condensed)


Ordering Information

MODULAR IPTV HEADEND Series

Model

Interface

AXING

SKI 20-12 TKI 40-10

Tuner S/S2 X2 (Dual) T/T2 X4 (Quad)

Common Interface X2 -

Built-In Re-mux Y Y

ASI Output X2 X2

HDMI

SDI X2 -

Audio L/R -

CVBS -

TS/IP (Max. 32 SPTS or 1 MPTS output)

Model

Interface

AXING

HKI 40-10 SKI 40-10

Tuner HDMI X4 (Quad) S/S2 X4 (Quad)

Common Interface - -

Built-In Re-mux Y Y

ASI Output X2 X4

HDMI -

SDI - -

Audio L/R - -

CVBS - -

TS/IP (Max. 32 SPTS or 1 MPTS output)

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