Thor Broadcast model H-IPRF-QAM will modulate IPTV transport streams to Clear-QAM RF channels
1RU Chassis Ordering Model # |
Number of Blade Modules |
Total QAM CH Out |
Total IP SPTS Inputs |
Total IP MPTS Inputs |
Total Content Max Bitrate |
IPRF-QAM-8 |
1 Card |
8 RF |
256 SPTS |
8 MPTS |
840 Mbps |
IPRF-QAM-16 |
2 Cards |
16 RF |
512 SPTS |
16 MPTS |
1680 Mbps |
IPRF-QAM-24 |
3 Cards |
24 RF |
768 SPTS |
24 MPTS |
2520 Mbps |
The IPRF-QAM line of modulator blades from Thor are high density edge modulators designed to take content delivered via an IP backbone or CDN system and modulate the programming onto digital QAM cable channels for distribution over coax. This product group includes a 1RU chassis supporting up to 3 modules and a 4RU chassis supporting up to 12 modules. Each module is a fully independent system, with its own dedicated management and is fully isolated from the other modules in the chassis. The H-IPRF-8QAM module supports an impressive density for its small form factor. Each module supports 8 full RF channels on adjacent frequencies. The 8 channels are individually mapped for input IP addresses, with each channel supporting up to 32 single program IP inputs or one multi program IP and port value. The IPTV programming input is standard headend format, meaning basic UDP unicast or IGMP multicast address and port format. This impressive density allows a single chassis conversion of an IPTV Ethernet backbone feed to be converted to a full digital cable lineup with hundreds of channels.
IPRF-QAM modules are the entry level modulator blade for the IPRF product line. Systems based on these chassis provide clear QAM output that is not encrypted, meaning any digital cable ready TV or set top box will be able to decode the channels without the need for subscriber card or decoder box. Because there is no content protection, these systems are limited to private cable systems or corporate MATV systems. For larger commercial systems Thor offers modules that provide conditional access by scrambling the programs. In addition to the IPRF family of modules, there is also an IP only multiplexing and scrambling module that is able to accept unprotected IPTV program streams, multiplex and scramble each channel, and output encrypted MPTS streams protected by conditional access. In addition to encryption support, the IPRF product line now also offers support for North American ATSC (8VSB) modulation as well as world terrestrial DVB-T channel formats.
THOR IP to RF Chassis & Blade Systems
Advantages for High Density H-IPRF System
4RU Chassis Ordering Model # |
Number of Blade Modules |
Total QAM CH Out |
Total IP SPTS Inputs |
Total IP MPTS Inputs |
Total Content Max Bitrate |
IPRF-QAM-32 |
4 Cards |
32 RF |
1024 SPTS |
32 MPTS |
3360 Mbps |
IPRF-QAM-40 |
5 Cards |
40 RF |
1280 SPTS |
40 MPTS |
4200 Mbps |
IPRF-QAM-48 |
6 Cards |
48 RF |
1536 SPTS |
48 MPTS |
5040 Mbps |
IPRF-QAM-56 |
7 Cards |
56 RF |
1792 SPTS |
56 MPTS |
5880 Mbps |
IPRF-QAM-64 |
8 Cards |
64 RF |
2048 SPTS |
64 MPTS |
6420 Mbps |
IPRF-QAM-72 |
9 Cards |
72 RF |
2304 SPTS |
72 MPTS |
7260 Mbps |
IPRF-QAM-80 |
10 Cards |
80 RF |
2560 SPTS |
80 MPTS |
8100 Mbps |
IPRF-QAM-88 |
11 Cards |
88 RF |
2816 SPTS |
88 MPTS |
8940 Mbps |
IPRF-QAM-96 |
12 Cards |
96 RF |
3072 SPTS |
96 MPTS |
9780 Mbps |
In addition to high density edge modulators for QAM origination, Thor also specializes in Hybrid Fiber Coax (HFC) and Fiber to the Home (FTTH) equipment and system design. Thor’s full turnkey solution product line even extends to headend encoding platforms with the goal of being the only equipment provider you will ever need. All of our staff of trained applications engineers are available to answer any questions you might have and to recommend available solutions that you may not be aware of. Contact a sales representative today if you would like more information on receiving a free consultation and system design.
Thor part number H-IPRF systems are high density card based modulator chassis. Card bays support T108 modulator cards with two independent systems per card, each with 4x adjacent QAM-256 outputs and 5 UDP IP addresses and ports. Each IP input can support MPTS inputs up to 108 Mbps, with the total input per Gigabit Ethernet port having a maximum aggregate program stream input up to 870 Mbps. This capacity allows the 3024 chassis to modulate up to 96 HD programs per chassis, or up to 400 SD programs when properly configured on QAM-256. The front panel has keyed switches for both power supply units, as well as a toggle for the alarm system. When armed, the unit will emit an audible alarm tone when an alarm event such as a lost video input is detected. The mainboard in the chassis includes a high capacity TS multiplexer that is able to route programs from one input card to another. This allows any input on any card to be dynamically remapped in any arrangement to any output configuration. This provides full matrix routing of all programs for cherry picking custom lineups for the RF outputs. Thor H-IPRF systems are the highest density digital channel modulators available. This platform is ideal for corporate MATV and hospitality industries.
*All Specifiactions Subject to Change Without Notice |
|||
Input |
|
||
Stream Protocol |
|
||
Code Rate |
840 Mbps / card |
||
Input Channels |
|
||
Output Channels |
|
||
Max PIDs |
|
||
Multiplexing Functions |
PCR Fine Tuning PSI / SI Generation |
||
RF Outputs |
|
||
RF Standards |
|
||
Symbol Rates |
|
||
RF Interface |
|
||
RF Frequency |
|
||
RF Adjustment | -14 dBm - 6 dBm |
||
Power Input |
|
||
Dimensions |
|
||
Weight |
|
||
Operating Temperature |
|
That is correct; these units can ingest those UDP multicast programs and convert them to single ATSC channel, but the total bit rate for those 16 streams cant be higher than 19.2Mbps.
However, neither of those units are ATSC 3.0; they are ATSC 1.0. ATSC 3.0 is fully implemented and common.
We also have IP to CATV QAM modulators (cable TV modulation standard), which are more commonly used for local coax distribution.
Thor Fiber 3G-Jets Flexible Optical Bidirectional transport - any combination of 2 X inputs cards: HD SD 3G SDI Gigabit Ethernet 10/100 Ethernet 4X Analog Audio 2X AES Digital Audio RS232 or RS485, RS422 or Contact Closure
HD Video Decoder with DVB-ASI or IP Inputs and HD-SDI, SD-SDI, or Analog Outputs.