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16 RF Tuners to IPTV TS & QAM Output

H-16QAM-IP-RF

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Description Features Drawings Specification Q&A

Description

Thor's newly designed high density demodulating IP Gateway has 16 DVB-S/S2 FTA tuner inputs that convert to 16 non-adjacent carrier outputs with multiplexing, scrambling and QAM modulaton included. It also supports a maximum 512 IP inputs and one IP (MPTS) output through GE1 and TS input for re-mux through 2 ASI ports. It supports dual power supply (optional). This is the next generation of Gateways of which will create a seemless conversion of RF programs to IP TS that are easily managed via a secure NMS system developed by Thor to help distribute all of your programs via IP and ASI.

Tags: ASI Decoder ASI to SDI Coax Multiplexer

Features

16 DVB-S/S2 FTA Tuner + 2 ASI input + 512 IP (GE1 only) input over UDP and RTP protocol
16 DVB-C RF output
Excellent RF output performance index, MER≥40db
16 groups multiplexing +16 groups scrambling +16 groups QAM modulating
1 IP(MPTS) output over UDP and RTP/RTSP
Accurate PCR adjusting
PSI/SI editing and inserting
Web management, Updates via web
Redundant Power Supply (optional)

Drawings

Specification

Input	16 DVB-S/S2 FTA Tuner
	512 IP (GE1only)input over UDP and RTP protocol
	2 ASI input, BNC interface
Tuner Section	DVB-S	Input Frequency	950-2150MHz
		Symbol rate	2-45Msps
		Signal Strength	-65~-25dBm
		FEC Demodulation	1/2, 2/3, 3/4, 5/6, 7/8 QPSK
	DVB-S2	Input Frequency	950-2150MHz
		Symbol rate	QPSK 1~45Mbauds 8PSK 2~30Mbauds
		Code rate	1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10
		Demodulation Mode	QPSK, 8PSK
Multiplexing	Maximum PID Remapping	128per input channel
	Function	PID remapping (automatically or manually)
		Accurate PCR adjusting
		Generate PSI/SI table automatically
Scrambling Parameters	Max simulscrypt CA	4
	Scramble Standard	ETR289, ETSI 101 197, ETSI 103 197
	Connection	Local/remote connection
Modulation	QAM Channel	16
	Standard	EN300 429/ITU-T J.83A/B
	MER	≥40db
	RF frequency	50~960MHz, 1KHz step
	RF output level	-20~+10dbm(87~107 dbµV),0.1db step
	Symbol Rate	5.0Msps~7.0Msps, 1ksps stepping
	Constellation	16/32/64/128/256QAM
		J.83A	J.83B
	Constellation	16/32/64/128/256QAM	64/256 QAM
	Bandwidth	8M	6M
System	Remote management	Web NMS (10M/100M)
	RF Out	16 DVB-C output
	IP Out	1 IP (MPTS) output over UDP and RTP/RTSP (GE1 only) Mirrors one carrier
	Language	English
	Software Upgrading	Web
General	Dimension (WDH)	482mm×300mm×44.5mm
	Weight	3.7kg
	Temperature	0~45°C(Operation) ; -20~80°C(Storage)
	Power	AC 100V±1050/60Hz; AC 220V±10%, 50/60HZ
	Consumption	25W

Question and Answers

Question:
I am interested in this product, which will be ideal for one of our new projects. I need to clarify, on each RF input what can I send, whole transponder or single channel? I need to send all channels (about 32 channels) in the one RF feed from point to point via IP. Can you please confirm if possible? I will not be able to move whole transponder feed with one RF input. The channels are all Virgin Media channels. I would like to send the RF signal from A to B, and looking for a solution, even I leave them as IP on site B or convert them back to RF. The best solution is your RF to Fibre and Fibre to RF devices, which we already have, they work perfect, but for this project, we do not have dark fiber between A and B.

Answer:
Are your channels clear or scrambled and need CAM cards? This unit would convert 16 clear channels to IP, you would need 2 pcs. https://thorbroadcast.com/product/8-x-atsc-or-satelliete-antenna-tuners-to-iptv-8230.html 2 x 16 CH H-16DVBS2-IP 16 x Satellite S2 Tuners to IPTV & ASI Output The unit can discover all TS's programs and broadcast each SPTS for each TS. What do you need to do with those streams on the other end? Do you want to leave it as an IP and use IP STB? Or convert this IP to RF QAM or DVB-T. If so this would be the best unit to do it: IP to 16/32 CH RF Gateway https://thorbroadcast.com/product/iptv-to-16-32-clear-channel-rf-qam-atsc-modulator.html I totally understand, but this unit has 16 RF inputs, it converts 16 individual channels to IP. so with those 2 pcs you can move 32 channels You are absolutely right, it would be easier to use fiber optic converters RF to RF. So you don't have dark fiber? But if you have fiber with, anything on there, maybe ethernet or L-band? Whatever doesn't matter, then we can make a pass through mux for you. We can do a custom product for you and multiplex anything on the single fiber. To explain it better, if you would have something already occupied by RFor Ethernet or ASI /SDI. We can build a unit with that and have that signal and in addition RF as well? Does that make sense? Please take a look at this CWDM multiplexer for example : https://thorbroadcast.com/product/chassis-multiplexing-system-for-sdi-ethernet-gigabit-ethernet-rs-data-8230.html