H-16QAM-IP-RF - Audio/video converter Thor - Free user manual and instructions

USER MANUAL H-16QAM-IP-RF Thor

16 RF Tuners to IPTV Gateway & QAM Modulator Power Reset NMS USB GE 1 GE 2 THOR BROADCAST AS IN 1 AS IN 2 RF OUT RF IN 1 RF IN 2 RF IN 3 RF IN 4 RF IN 5 RF IN 6 RF IN 7 RF IN 8 RF IN 9 RF IN 10 RF IN 11 RF IN 12 RF IN 13 RF IN 14 RF IN 15 RF IN 16 AC-100V~240V 50/60Hz 2A RF LOOP 1 RF LOOP 2 RF LOOP 3 RF LOOP 4 RF LOOP 5 RF LOOP 6 RF LOOP 7 RF LOOP 8 RF LOOP 9 RF LOOP 10 RF LOOP 11 RF LOOP 12 RF LOOP 13 RF LOOP 14 RF LOOP 15 RF LOOP 16

H-16QAM-IP-RF

A Note from Thor Broadcast about this Manual

Intended Audience

This user manual has been written to help people who have to use, integrate and to install the product. Some chapters require some prerequisite knowledge in electronics and especially in broadcast technologies and standards.

Disclaimer

No part of this document may be reproduced in any form without the written permission of Thor Broadcast. The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Thor shall have no liability for any error or damage of any kind resulting from the use of this document.

Copy Warning

This document includes some confidential information. Its usage is limited to the owners of the product that it is relevant to. It cannot be copied, modified, or translated in another language without prior written authorization from Thor Broadcast.

Table of Contents

CHAPTER 1....1

1.1 OUTLINE.... 1
1.2 FEATURES .... 1
1.3 SPECS 2
1.4 FLOW CHART 3
1.5 APPEARANCE AND DESCRIPTION 4

CHAPTER 2 - INSTALLATION GUIDE....5

2.1 GENERAL PRECAUTIONS....5
2.2 POWER PRECAUTIONS 5
2.3 DEVICE'S INSTALLATION FLOW CHART ILLUSTRATED (AS FOLLOWING) 5
2.4 ENVIRONMENT 6
2.5 GROUNDING REQUIREMENT....7

CHAPTER 3 – WEB NMS....8

4.1 SETUP THE NMS 8
4.2 NMS OPERATION....8
4.2.2 STATUS PAGE 9

CHAPTER 5 - TROUBLESHOOTING ...... 25

CHAPTER 6 -PACKING LIST 26

Chapter 1

1.10Outline

The Thor Broadcast H-16QAM-IP-RF gateway is our new solution in converting tuner based inputs into IP transport streams. This ideal head-end conversion device has massive processing power which lets you intake up to 16 QAM frequencies and convert them to a single Ethernet output. Thor's new power packed device integrates tuner demodulation and IP gateway functionality, which can demodulate the signals from 16 tuners into 16 MPTS or 512 SPTS via UDP and RTP/RTSP protocols.

1.2 Features

● 16 QAM/ATSC/FTA DVB-S/S2 inputs (model dependent), 2 ASI inputs
- BISS descrambling
- Diseqc functionality
● 16 MPTS or 512 SPTS output (MPTS and SPTS output)
● 2 GE mirrored outputs, up to 850Mbps---SPTS
● 2 independent GE output port, GE1 + GE2---MPTS
● PCR adjusting (Only for SPTS output)
- PID filtering, re-mapping (Only SPTS output)
● PSI/SI rebuilding and editing (Only SPTS output)
● “Null PKT Filter” function (For MPTS output)
● Support Web operation

1.3 Specs

Input	Optional 1:16 QAM tuners input +2 ASI input---SPTS outputOptional 2:14 QAM tuners input +2 ASI input --- MPTS outputOptional 3:16 QAM tuners input --- MPTS output
Tuner Section QAM	Input Frequency	45-960MHz
Output	512 SPTS IP mirrored output over UDP and RTP/RTSP protocol through GE1 and GE2 port, Unicast and Multicast
	16 MPTS IP output (for Tuner passthrough) over UDP and RTP/RTSP protocol through GE1 and GE2 port, Unicast and Multicast
BISS descrambling	Mode 1, Mode E (Up to 850Mbps) (descramble individual program)
Miscellaneous	Dimension(W×L×H)	482mm×410mm×44mm
	Approx weight	3.6kg
	Environment	0~45°C(work); -20~80°C (Storage)
	Power requirements	100~240VAC, 50/60Hz
	Power consumption	20W

1.4 Flow Chart

graph LR
    A["Tuner 1"] --> B["H-16QAM-IP"]
    C["Tuner 2"] --> B
    D["Tuner 3"] --> B
    E["Tuner 14"] --> B
    F["Tuner 15"] --> B
    G["Tuner 16"] --> B
    H["ASI Input1"] --> B
    I["ASI Input2"] --> B
    B --> J["GE1 Port"]
    B --> K["GE2 Port (for backup)"]
    J --> L["IP Output 1,2,3...512 SPTS"]
    K --> M["IP Output 1,2,3...512 SPTS"]
    L --> N["1000M Switch"]
    M --> N
    O["NMS/WEB PC"] --> P["Feedback"]

SPTS output

graph LR
    A["Tuner 1"] --> B["H-16QAM-IP"]
    C["Tuner 2"] --> B
    D["Tuner 3"] --> B
    E["Tuner 14"] -.-> B
    F["Tuner 15"] --> B
    G["Tuner 16"] --> B
    H["ASI Input1(Optional)"] --> B
    I["ASI Input2(Optional)"] --> B
    B --> J["Pass through (16Tuner Input or 14Tuner+2ASI input)"]
    J --> K["GE1 Port"]
    J --> L["GE2 Port"]
    K --> M["IP Output 1,2,3...16 MPTS"]
    L --> N["IP Output 1,2,3...16 MPTS"]
    M --> O["1000M Switch"]
    N --> O
    P["NMS/WEB PC"] --> O

MPTS output

1.5 Appearance and Description

Front Panel Illustration:

16 RF Tuners to IPTV Gateway & QAM Modulator THOR BROADCAST AS IN 1 RF OUT 1 2 3 4 5 6 Power Reset USB GE 1 GE 2 AS IN 2

1	Power Indicator
2	Reset: Reset webmaster IP address, recover to default IP address
3	USB Port for Updates
4	NMS – Network Management Interface
5	Data Ports (1 & 2) – IP Output for SPTS / MPTS
6	ASI input ports (1 & 2)

Rear Panel Illustration

AC 100V~240V 5D/50Hz 2A 7 8 9 10

7	16 channels RF IN Interface (top row)
8	Loop Out Interface (bottom row)
9	Power Switch and Socket

Chapter 2 - Installation Guide

This section is here to explain the cautions you should adhere to so you don't hurt yourself or anyone else. That would not be good for anyone; so read through before operating your new Thor Broadcast equipment.

2.1 General Precautions

√ Must be operated and maintained in an area free of dust and debris.
√ The cover should be securely fastened, do not open the cover of the chassis when the power is on. This will also void Thor's manufacturer's warranty.
√ After installation, securely stow away all loose cables, external antenna, and others.

2.2 Power precautions

√ Be careful when connecting a power source to the device.
√ Do not operate in wet or damp areas. Make sure the extension cable is in good condition
√ Make sure the power switch is off before you start to install the device

2.3 Device's Installation Flow Chart Illustrated (as following)

graph LR
    A["Acquisition Check"] --> B["Installing Device"]
    B --> C["Connecting Grounding Wire and Power Cord"]
    C --> D["Connecting Signal cable"]
    D --> E["Setting Parameter"]
    E --> F["Running Device"]

2.4 Environment

Machine Hall Space	When installing unit on rack, the distance between 2 rows of machine frames should be 1.2~1.5m and the distance against wall should be no less than 0.8m.
Machine Hall Floor	Electric Isolation, Dust Free, HVACanti-static material: 1 × 10^7 1 × 10^10 , Grounding current limiting resistance: 1MΩ (Floor bearing should be greater than 450Kg/m2)
Environment	5~40°C(sustainable), 0~45°C(short time),
Temperature	installing air-conditioning is recommended
Relative Humidity	20%~80% sustainable 10%~90% short time
Pressure	86~105KPa
Door & Window	Installing rubber strip for sealing door-gaps and dual level glasses for window
Fire Protection	Fire alarm system and extinguisher
Power	Device power, HVAC and lighting should be independent to each other. Device power requires AC 110V±10%, 50/60Hz or AC 220V±10%, 50/60Hz. Please carefully check before running.

2.5 Grounding Requirement

√ It is important to keep this device grounded to ensure all of the modules function correctly. Correctly grounding the device will also help prevent any electrical interference, lightening. Etc. Also it helps reject minor interference that may disrupt the devices ability to function smoothly. General rule of them, make sure the device is grounded when installing anywhere.
√ Always use copper wire. When applied correctly the ground must be wrapped well to ensure maximum conduction so it can reduce any high frequencies. The copper ground wire should also be as short and thick as possible
√ Installer must make sure that the two ends of the ground are well conducted and have appropriate anti-rust properties.
√ It is prohibited to use any other device as part of the grounding electric circuit.
√ The area of the conduction between the ground wire and device's frame should be no less than 25 m ^2 .

Chapter 3 – WEB NMS

4.1 Setup the NMS

The default IP of this device is 192.168.0.136. We can modify the IP through the front panel.

Connect the pc and the device with net cable, and use ping command to confirm they are on the same network segment.

E.G. the PC IP address is 192.168.99.252, we then change the device IP to 192.168.99.xxx (xxx can be 0 to 255 except 252 to avoid IP conflict).

Use any web browser to connect the device with the PC by inputting the Encoder & Modulator's IP address in the browser's address bar and press Enter.

It will display the Login interface as Figure-1. Input the Username and Password (Both the default Username and Password are “admin”.) and then click “LOGIN” to start the device setting.

4.2 NMS Operation

4.2.1 Login Interface

Once you set the units address and enter that IP into your browser this Login window appears

THOR BROADCAST Please sign in admin ...... Sign In

Both the default user name and password are admin.

4.2.2 Status Page

Status

When we login, it will display the status interface as shown in Figure-2.

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Biss ► Program Parse ► IP Stream System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware DEVICE INFORMATION System Software Version: 2.00 Build 200 Feb 24 2017 Hardware Version: 2.00 Web Version: 2.00 Product ID: 03519302-01000011-00000000-00000000 Uptime: 0.Day(s)-00:03:06 Current software version information Click any item here to enter the corresponding interface to check information or set the parameters.

Figure-2

Parameters→Tuner input

From the menu on left side of the webpage, click “Tuner Input”, it displays the interface where you can check the 16 Tuner input status. (Figure-3)

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Biss ► Program Parse ► IP Stream System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware TUNER INPUT Tuner 1 DVBS2 Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% Quality : 0% Strength : 0% 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 0.000 Mbps 16 Tuner input status 16 DVBS2

Figure-3

Parameters→ASI input

From the menu on left side of the webpage, click “ASI Input”, it displays the interface where you can check the 2x ASI input status. (Figure-4)

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Biss ► Program Parse ► IP Stream ASI INPUT ASI1: Signal Lock: Bitrate: 0.000 Mbps ASI2: Signal Lock: Bitrate: 0.000 Mbps System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware

Figure-4

Parameters→BISS

From the menu on left side of the webpage, click "BISS", it displays the interface where you can configure BISS and descramble the input channels (Figure-5).

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Biss ► Program Parse ► IP Stream BISS CONFIGURATION Current Output: C#1 Select the output Overview Index Alias Session Word(0x) Inject ID(0x) Mode Add System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware

Figure-5

Parameters→Program Parse

From the menu on left side of the webpage, click "Program Parse", it displays the interface where you can parse the program from the input channels.

When you disable the ASI input, the RF to IP Gateway can support 16 Tuner inputs with 16 MPTS IP outputs (Figure-6).

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Bias ► Program Parse ► IP Stream System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware PROGRAM PARSE ASI Input: disable Enable and Disable the ASI input Parse → Lose → Locked →1 Tuner DVBS2 1 (prog: 0) →2 Tuner DVBS2 2 (prog: 0) →3 Tuner DVBS2 3 (prog: 0) →4 Tuner DVBS2 4 (prog: 0) →5 Tuner DVBS2 5 (prog: 0) →6 Tuner DVBS2 6 (prog: 0) →7 Tuner DVBS2 7 (prog: 0) →8 Tuner DVBS2 8 (prog: 0) →9 Tuner DVBS2 9 (prog: 0) →10 Tuner DVBS2 10 (prog: 0) →11 Tuner DVBS2 11 (prog: 0) →12 Tuner DVBS2 12 (prog: 0) →13 Tuner DVBS2 13 (prog: 0) →14 Tuner DVBS2 14 (prog: 0) →15 Tuner DVBS2 15 (prog: 0) →16 Tuner DVBS2 16 (prog: 0) Parse program time out: 00 seconds

Figure-6

When you enable the ASI input, the RF to IP Gateway can support 14 Tuner inputs and 2 ASI inputs with 16 MPTS IP outputs (Figure-7).

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Biss ► Program Parse ► IP Stream System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware PROGRAM PARSE ASI Input: enable Parse → Lose → Locked →1 Tuner DVBS2 1 (prog: 0) [0.000 M] →2 Tuner DVBS2 2 (prog: 0) [0.000 M] →3 Tuner DVBS2 3 (prog: 0) [0.000 M] →4 Tuner DVBS2 4 (prog: 0) [0.000 M] →5 Tuner DVBS2 5 (prog: 0) [0.000 M] →6 Tuner DVBS2 6 (prog: 0) [0.000 M] →7 Tuner DVBS2 7 (prog: 0) [0.000 M] →8 Tuner DVBS2 8 (prog: 0) [0.000 M] →9 Tuner DVBS2 9 (prog: 0) [0.000 M] →10 Tuner DVBS2 10 (prog: 0) [0.000 M] →11 Tuner DVBS2 11 (prog: 0) [0.000 M] →12 Tuner DVBS2 12 (prog: 0) [0.000 M] →13 Tuner DVBS2 13 (prog: 0) [0.000 M] →14 Tuner DVBS2 14 (prog: 0) [0.000 M] →15 ASI 1 (prog: 0) [0.000 M] →16 ASI 2 (prog: 0) [0.000 M] Parse program time out 60 seconds

Figure-7

Parameters→IP Stream

The H-16QAM-IP-RF supports TS to output in IP (16*MPTS) format through the GE1 or GE2 port. Click 'IP Stream', it will display the interface where to set IP out parameters (Figure-8).

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tunor Input ► ASI Input ► Biss ► Program Parse ► IP Stream IP STREAM Output Port: GE1 Output Protocol: UDP IP Out Enable Null PKT Filter Output IP Port 01:✓ □ 224.2.2.2 2000 02:✓ □ 224.2.2.2 2002 03:✓ □ 224.2.2.2 2004 04:✓ □ 224.2.2.2 2006 05:✓ □ 224.2.2.2 2008 06:✓ □ 224.2.2.2 2010 07:✓ □ 224.2.2.2 2012 08:✓ □ 224.2.2.2 2014 09:✓ □ 224.2.2.2 2016 10:✓ □ 224.2.2.2 2018 11:✓ □ 224.2.2.2 2020 12:✓ □ 224.2.2.2 2022 13:✓ □ 224.2.2.2 2024 14:✓ □ 224.2.2.2 2026 15:✓ □ 224.2.2.2 2028 16:✓ □ 224.2.2.2 2030 GE1 GE1 GE2 UDP UDP HTTP/RTSP Default Apply

Figure-8

This RF to IP Gateway supports 16 Tuner inputs and 2 ASI input with 512 SPTS output, the parameter interface is different from MPTS. When you switch MPTS to SPTS, the new mode will work after you reboot the device.

Parameters→Tuner Input (SPTS MODE)

From the menu on the left side of the webpage, click “Tuner Input”, it displays the interface where you can check the 16 Tuner input status. (Figure-9)

Tuner to IP Gateway(SPTS) Web Management 2017-03-01 17:16:29 Summary Status Parameters Tuner Input AS Input TS Config Biss SPTS select System Network Password Save | Restore Backup | Load Firmware 16 Tuner input status TUNER INPUT Tuner 1 DVB-S/52 Quality: 0% Strength: 0% 2 DVB-S/52 Quality: 0% Strength: 0% 3 DVB-S/52 Quality: 0% Strength: 0% 4 DVB-S/52 Quality: 0% Strength: 0% 5 DVB-S/52 Quality: 0% Strength: 0% 6 DVB-S/52 Quality: 0% Strength: 0% 7 DVB-S/52 Quality: 0% Strength: 0% 8 DVB-S/52 Quality: 0% Strength: 0% 9 DVB-S/52 Quality: 0% Strength: 0% 10 DVB-S/52 Quality: 0% Strength: 0% 11 DVB-S/52 Quality: 0% Strength: 0% 12 DVB-S/52 Quality: 0% Strength: 0% 13 DVB-S/52 Quality: 0% Strength: 0% 14 DVB-S/52 Quality: 0% Strength: 0% 15 DVB-S/52 Quality: 0% Strength: 0% 16 DVB-S/52 Quality: 0% Strength: 0% ● 0.000 Mbps Freq:3840.00MHz LNB Freq 5150.00MHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 5150.00MHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 5150.00MHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 5150.00MHz Symbolrate: 2750Kps Freq:3840.00MHz LNB Freq 5150.00MHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 5150.00MHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.00MHz LNB Freq 51.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1.5N, 1. ● 0.000 Mbps Freq:3840.00MHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.0OHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.0OHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.0OHz LNB Freq 51.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.5M, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1.6N, 1. ● 0.000 Mbps Freq:3840.0OHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.0OHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3840.0OHz LNB Freq 5150.0OHz Symbolrate:2750Kps Freq:3839.99MHz LNB Freq 5150.99MHz Symbolrate:2750Kps Freq:3839.99MHz LNB Freq 5150.99MHz Symbolrate:2750Kps Freq:3839.99MHz LNB Freq 51.6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, 6M, ● 0.0C Mbs Freq:3840.99MHz LNB Freq 5150.99MHz Symbolrate:2750Kps Freq:3840.99MHz LNB Freq 5150.99MHz Symbolrate:2750Kps Freq:3840.99MHz LNB Freq 51.6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, -6M, ● 0.0C Mbs Freq:3848.99MHz LNB Freq 515E-9 MHz Symbolrate:275Wks Freq:3848.99MHz LNB Freq 51E-9 MHz Symbolrate:275Wks Freq:3848.99MHz LNB Freq 51E-9 MHz Symbolrate:275Wks Freq:3848.99MHz LNB Freq 51E-9 MHz Symbolrate:275Wks

Parameters→ASI Input (SPTS MODE)

From the menu on top side of the webpage, click “ASI Input”, it displays the interface where users can check the 2 channels ASI input status. (Figure-10)

Tuner to IP Gateway(SPTS) Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► TS Config ► Biss ► SPTS select System ► Network ► Password ► Save | Restore ► Backup | Load ► Firmware ASI INPUT ASI1 Signal Lock: Bit rate: 0.000 Mbps ASI2 Signal Lock: Bit rate: 0.000 Mbps

Figure-10

Parameters→TS Config (SPTS MODE)

Click "TS Config", it displays the interface where you can set the output TS and configure TS ID and ON ID the four output channel (Figure-11)..

Tuner to IP Gateway(SPTS) Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► TS Config ► Biss ► SPTS select System ► Network ► Password ► Save | Restore ► Backup | Load ► Firmware TS CONFIGURATION Stream TS ID: ON ID: Default Apply

Figure-11

Parameters→BISS: (SPTS MODE)

From the menu on left side of the webpage, click "BISS", it displays the interface where you can configure BISS and descramble the input channels (Figure-12).

Tuner to IP Gateway(SPTS) Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► TS Config ► Biss ► SPTS select BISS CONFIGURATION Overview Index Alias Session Word(0x) Inject ID(0x) Mode Add Edit Alias: SW-1 SW(0x | 12 character) 123456789abcdeff Inject ID:(0x) 123456789abcdeff Mode: MODE-1 Burned Key: Disable Save Close

Figure-12

Parameters SPTS Select:

From the menu on left side of the webpage, click "SPTS Select", it displays the interface where you can choose 16 Tuner inputs and 2 ASI Input programs to output from IP (max 512 SPTS). (Figure-13)

graph TD
    A["Program Select"] --> B["Normalized Output"]
    B --> C["Operation Area"]
    C --> D["Output Area"]
    subgraph Program Select
        E1["Lock"] --> F1["TAI Tuner DVB-S/S2 (prog. 0)"]
        E2["Locked"] --> F2["TAI Tuner DVB-S/S2 (prog. 0)"]
        E3["Tuner"] --> F3["TAI Tuner DVB-S/S2 (prog. 0)"]
        E4["Tuner"] --> F4["TAI Tuner DVB-S/S2 (prog. 0)"]
        E5["Tuner"] --> F5["TAI Tuner DVB-S/S2 (prog. 0)"]
        E6["Tuner"] --> F6["TAI Tuner DVB-S/S2 (prog. 0)"]
        E7["Tuner"] --> F7["TAI Tuner DVB-S/S2 (prog. 0)"]
        E8["Tuner"] --> F8["TAI Tuner DVB-S/S2 (prog. 0)"]
        E9["Tuner"] --> F9["TAI Tuner DVB-S/S2 (prog. 0)"]
        E10["Tuner"] --> F10["TAI Tuner DVB-S/S2 (prog. 0)"]
        E11["Tuner"] --> F11["TAI Tuner DVB-S/S2 (prog. 0)"]
        E12["Tuner"] --> F12["TAI Tuner DVB-S/S2 (prog. 0)"]
        E13["Tuner"] --> F13["TAI Tuner DVB-S/S2 (prog. 0)"]
        E14["Tuner"] --> F14["TAI Tuner DVB-S/S2 (prog. 0)"]
        E15["Tuner"] --> F15["TAI Tuner DVB-S/S2 (prog. 0)"]
        E16["Tuner"] --> F16["TAI Tuner DVB-S/S2 (prog. 0)"]
        E17["ASI (prog. 0)"]
        E18["ASI (prog. 0)"]
    end
    subgraph Operation Area
        F1["CA Filter"]
        F2["PioRemap"]
        F3["Refresh Input"]
        F4["Refresh Output"]
        F5["All Output"]
        F6["All Output"]
    end
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#ffc,stroke:#333
    style F fill:#cfc,stroke:#333
    style G fill:#fcc,stroke:#333
    style H fill:#cfc,stroke:#333
    style I fill:#fcc,stroke:#333
    style J fill:#fcc,stroke:#333
    style K fill:#fcc,stroke:#333
    style L fill:#fcc,stroke:#333
    style M fill:#fcc,stroke:#333
    style N fill:#fcc,stroke:#333
    style O fill:#fcc,stroke:#333
    style P fill:#fcc,stroke:#333
    style Q fill:#fcc,stroke:#333
    style R fill:#fcc,stroke:#333
    style S fill:#fcc,stroke:#333
    style T fill:#fcc,stroke:#333
    style U fill:#fcc,stroke:#333
    style V fill:#fcc,stroke:#333
    style W fill:#fcc,stroke:#333
    style X fill:#fcc,stroke:#333
    style Y fill:#fcc,stroke:#333
    style Z fill:#fcc,stroke:#333
    style AA fill:#fcc,stroke:#333
    style AB fill:#fcc,stroke:#333
    style AC fill:#fcc,stroke:#333
    style AD fill:#fcc,stroke:#333
    style AE fill:#fcc,stroke:#333
    style AF fill:#fcc,stroke:#333
    style AG fill:#fcc,stroke:#333
    style AH fill:#fcc,stroke:#333
    style AI fill:#fcc,stroke:#333
    style AJ fill:#fcc,stroke:#333
    style AK fill:#fcc,stroke:#333
    style AL fill:#fcc,stroke:#333
    style AM fill:#fcc,stroke:#333
    style AN fill:#fcc,stroke:#333
    style AO fill:#fcc,stroke:#333
    style AP fill:#fcc,stroke:#333
    style AQ fill:#fcc,stroke:#333
    style AR fill:#fcc,stroke:#333
    style AS fill:#fcc,stroke:#333
    style AT fill:#fcc,stroke:#333

Figure-13

Configure ‘Input Area’ and ‘Output Area’ with buttons in ‘Operation Area’. Instructions are as below:

☑ CA Filter : To filter/not filter the source CA information

☑ PidRemap : To enable/disable the PID remapping

Refresh Input To refresh the input program information

Refresh Output To refresh the output program information

=== Select one input program first and click this button to transfer the selected program to the right box to output.

<==> Similarly, user can cancel the multiplexed programs from the right box.

All Input To select all the input programs

All Output To select all the output programs

Parse program To parse programs time limitation of parsing input programs

Program Modification:

The multiplexed program information can be modified by clicking the program in the 'output' area. For example, when clicking, it triggers a dialog box (Figure 14) where you can input new information.

Program Information Program From Input: CH1_Models 1 [101] Service Name: CCTV-101 Program Number: 1 Service Type: Dx01 Service Provider: TV-Provider PMT Descriptor Tag: Dx01 PMT Descriptor Data: (hex) PMT PID: Dx0020 PCR PID: Dx0021 MPEG-2 Video PID: Dx0021 MPEG-1 Audio PID: Dx0022 Add OK Add

Figure-14

System → Network:

Click 'Network', it will display the interface as Figure-15 where to set network parameters.

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Bias ► Program Parse ► IP Stream System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware NETWORK NMS IP Address: 192.188.55.35 Subnet Mask: 255.255.255.0 Gateway: 192.188.55.1 Web Manage Port: 80 MAC Address: 20-17-02-13-11-46 DATA IP Address: 192.188.4.127 Subnet Mask: 255.255.255.0 Gateway: 192.188.4.1 MAC Address: 20-27-02-13-11-46 Apply Apply

Figure-15

System → Date/Time:

From the menu on left side of the webpage, click "Date/Time", it will display the screen as in Figure-16 where to set date and time for the device.

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► State Parameters ► Tune Input ► ABI Input ► Bits ► Program Page ► IP Stream System ► Network ► Date | Time ► Password ► Save Updates ► Backup Load ► Firmware DATE & TIME Date: 2015 - 5 - 1 Time: 0 : 5 : 40 Apply

Figure-16

System → Password:

From the menu on left side of the webpage, click "Password", it will display the screen as in Figure-17 where to set the login account and password for the web NMS.

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► AGL Input ► Bits ► Program Parse ► IP Stream System ► Network ► Date Time ► Password ► Save / Restore ► Backup / Load ► Firmware PASSWORD Modify the login name and password to make the device safely if forget the name or password you can reset it by keyboard. The default login name and password is "admin". Also please note the capital character and lowercase character. Current UserName: admin Current Password: New UserName: New Password: Confirm New Password: Apply:

Figure-17

From the menu on left side of the webpage, clicking "Save/Restore", it will display the screen as Figure-18 where to save or restore your configurations.

Tuner to IP Gateway Web Management 2017-03-01 17:16:29g Summary ► Status Parameters ► Turner Input ► ASH Input ► Bits ► Program Pane ► IP Strain System ► Network ► Data Time ► Protocol ► Save / Restore ► Backup / Load ► Pathers SAVE CONFIGURATION When you change the parameter, you should save configuration , otherwise the new configuration will last after reboot. RESTORE CONFIGURATION Save config... Load latest saved configuration after click the "Restore" then please click the "Save config" button, otherwise the "Restore" parameter will last after reboot. FACTORY SET Replace Set all configuration back to default, after click the "Factory Set" then please click the "Save config" button, otherwise the default parameter will last after reboot. Factory set

Figure-18

System → Backup/Load:

From the menu on left side of the webpage, clicking “Backup/Load”, it will display the screen as Figure-19 where to backup or load your configurations.

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary Status Parameters Tuner Input ASI Input Disk Program Parse IP Dream System Network Data | Time Password Save / Replace Backup | Load Firmware BACKUP CONFIGURATION Backup current configuration to the local file we suggest do this before set the configuration or update firmware. LOAD CONFIGURATION Backup config Load the backup file to restore your configuration. Warning: 1. New configuration will replace the add one please backup current configuration before load file if you use a wrong file, the device may not work. 2. Please do not turn off the power while file loading, otherwise the device will not work. Send Downloading

Figure-19

System → Firmware:

From the menu on left side of the webpage, click "Firmware", it will display the screen as in Figure-20 where to update firmware for the device.

Tuner to IP Gateway Web Management 2017-03-01 17:16:29 Summary ► Status Parameters ► Tuner Input ► ASI Input ► Biss ► Program Parse ► IP Stream System ► Network ► Date | Time ► Password ► Save | Restore ► Backup | Load ► Firmware FIRMWARE Warning: 1. Update firmware(software and hardware) to get new function,please choose the right firmware to update.If you use a wrong file,the device may not work. 2. Update will keep a long time,please do not turn off the power, otherwise the device will not work. 3. After update,you must reboot device manually. Work Mode: NRTS Apply Current Software Version: 2.00 Build 200 Feb 24 2017 Current Hardware Version: 2.00 Send Update Select IP output Mode, click "Apply" and reboot the device then the new mode can start to work.

Figure-20

Chapter 5 - Troubleshooting

THOR's ISO9001 quality assurance system has been approved by the CQC organization. We guarantee the products' quality, reliability and stability. All THOR products haven passed all testing and manual inspections before they are shipped out. The testing and inspection scheme already covers all the Optical, Electronic and Mechanical criteria which have been published by THOR. To prevent a potential hazard, please strictly follow the operation conditions.

Prevention Measures

➢ Installing the device in a place where the environmental temperature is between 0 to 45 °C
Making sure the unit has plenty of ventilation for the heat-sink on the rear panel; and other heat-sink bores if necessary
➢ Checking the AC input within the power supply and ensure it is working, the connection is correctly installed before switching on device
- Checking the RF output levels to stay within a tolerable range, if it is necessary
- Checking all signal cables have been properly connected
➢ Frequently switching on/off device is prohibited; the interval between every switching on/off must be greater than 10 seconds.

Conditions needed to unplug power cord

Power cord or socket damage.
▶ Any liquid that got into the device.
▶ Any stuff that could cause a circuit short
▶ Device in damp environment
➢ Device has suffered from physical damage; i.e. it fell off a rack.
➢ Longtime idle.
After switching on and restoring to factory setting, device still won't work properly.
▶ Maintenance needed on device

Chapter 6 -Packing List

H-8QAM-IP-RF

1PC

User's Manual CD

1PC

Power Cord

1PC

RF In and Loop-out Cables

16PCS

THOR BROADCAST

For Further Tech Support

1-800-521-Thor(8467)

[e-mail]