 |
HPS3106A ISDB-T multiplexer is a TS re-multiplexer developed to adapt Japan and those South American countries such as Brazil and Argentina. It supports 2 separate multiplexers which are fully complying with ISDB-T/Tb standard. This multiplexer can transfer the head-end single program and multi-program to ISDB-T/Tb standard TS as required. Additionally, it also supports PSI/SI table editing and generating, single frequency network and IIP packet editing and inserting. What’s more, the HPS3106A ISDB-T multiplexer can support up to 12 channels input, 2 independent ASI output and 2 IP output, the transmission mode is compatible with hierarchy.
It is design with advanced management system which allows users to upgrade and control the multiplexer system online through network.
| Quantity: | |
|---|---|
HPS3106A
CATCAST
HPS3106A ISDB-T multiplexer
Outline
HPS3106A ISDB-T multiplexer is a TS re-multiplexer developed to adapt Japan and those South American countries such as Brazil and Argentina. It supports 2 separate multiplexers which are fully complying with ISDB-T/Tb standard. This multiplexer can transfer the head-end single program and multi-program to ISDB-T/Tb standard TS as required. Additionally, it also supports PSI/SI table editing and generating, single frequency network and IIP packet editing and inserting. What’s more, the HPS3106A ISDB-T multiplexer can support up to 12 channels input, 2 independent ASI output and 2 IP output, the transmission mode is compatible with hierarchy.
It is design with advanced management system which allows users to upgrade and control the multiplexer system online through network.
Features
Fully complying with ISDB-T/Tb standard
PSI/SI rebuilding, editing and generating; descriptor data inserting
Support accurate PCR adjusting
Support PID filtering, re-mapping
Support IP output over UDP protocol
Support network remote upgrade
Two separate channels TS re-Multiplexing
Huge buffer, suddenly code stream resistance
Support input 188/204Byte transmission stream packet
Supporting hierarchy transmission, support SFN
Support set transmission interval of PSI/SI table
Support IP packet editing and generator
Support LCD/keyboard and net management, support NMS/SNMP
Specifications
Input | 2 ASI ports input, one for hot backup, BNC interface | ||
Dual IP input ports over UDP/RTP, Unicast/Multicast, GE ports | |||
1 channel 10MHz reference clock input | |||
1 RF input for DPD-15.2dbm~+5dbm | |||
Modulation | Standard | ARIB STD-B31 | |
Mode | mode 1(2k), mode 2(4k), mode 3(8k) | ||
Constellation | DQPSK, QPSK, 16QAM, 64QAM | ||
External coding | RS (204，188) | ||
Internal coding | Convolution (1/2, 2/3, 3/4, 5/6, 7/8) | ||
Guard interval | 1/4, 1/8, 1/16, 1/32 | ||
Hierarchy mode | A、A+B、A+B+C | ||
Time domain interlacing | mode 1: 0, 4, 8, 16mode 2: 0, 2, 4, 8 mode 3: 0, 1, 2, 4 | ||
Bandwidth | 6MHz | ||
RF Out | Connector | N Type, 50ΩImpedance | |
RF range | 50~999Mhz，1Hz step | ||
Output level ATT | -20dbm~+5dbm，0.1db step | ||
MER | ≥ 42db | ||
Non-linear DPD | over 10db ACPR improvement (normally) | ||
linear DPD | over 10db non-flatness adjustment(normally) | ||
System | LCD display & keyboard operation, WEB, Chinese & English operation display | ||
Supporting software upgrading through WEB | |||
General | Demission (W*L*H) | 440mm×414mm×44.5mm | |
Weight | 4.9kg | ||
Temperature | 0~45℃(operation),-20~80℃(storage) | ||
Power supply | AC 100V~240V,50/60Hz | ||
Consumption | 25W | ||
Principle Chart
HPS3106A ISDB-T multiplexer
Outline
HPS3106A ISDB-T multiplexer is a TS re-multiplexer developed to adapt Japan and those South American countries such as Brazil and Argentina. It supports 2 separate multiplexers which are fully complying with ISDB-T/Tb standard. This multiplexer can transfer the head-end single program and multi-program to ISDB-T/Tb standard TS as required. Additionally, it also supports PSI/SI table editing and generating, single frequency network and IIP packet editing and inserting. What’s more, the HPS3106A ISDB-T multiplexer can support up to 12 channels input, 2 independent ASI output and 2 IP output, the transmission mode is compatible with hierarchy.
It is design with advanced management system which allows users to upgrade and control the multiplexer system online through network.
Features
Fully complying with ISDB-T/Tb standard
PSI/SI rebuilding, editing and generating; descriptor data inserting
Support accurate PCR adjusting
Support PID filtering, re-mapping
Support IP output over UDP protocol
Support network remote upgrade
Two separate channels TS re-Multiplexing
Huge buffer, suddenly code stream resistance
Support input 188/204Byte transmission stream packet
Supporting hierarchy transmission, support SFN
Support set transmission interval of PSI/SI table
Support IP packet editing and generator
Support LCD/keyboard and net management, support NMS/SNMP
Specifications
Input | 2 ASI ports input, one for hot backup, BNC interface | ||
Dual IP input ports over UDP/RTP, Unicast/Multicast, GE ports | |||
1 channel 10MHz reference clock input | |||
1 RF input for DPD-15.2dbm~+5dbm | |||
Modulation | Standard | ARIB STD-B31 | |
Mode | mode 1(2k), mode 2(4k), mode 3(8k) | ||
Constellation | DQPSK, QPSK, 16QAM, 64QAM | ||
External coding | RS (204，188) | ||
Internal coding | Convolution (1/2, 2/3, 3/4, 5/6, 7/8) | ||
Guard interval | 1/4, 1/8, 1/16, 1/32 | ||
Hierarchy mode | A、A+B、A+B+C | ||
Time domain interlacing | mode 1: 0, 4, 8, 16mode 2: 0, 2, 4, 8 mode 3: 0, 1, 2, 4 | ||
Bandwidth | 6MHz | ||
RF Out | Connector | N Type, 50ΩImpedance | |
RF range | 50~999Mhz，1Hz step | ||
Output level ATT | -20dbm~+5dbm，0.1db step | ||
MER | ≥ 42db | ||
Non-linear DPD | over 10db ACPR improvement (normally) | ||
linear DPD | over 10db non-flatness adjustment(normally) | ||
System | LCD display & keyboard operation, WEB, Chinese & English operation display | ||
Supporting software upgrading through WEB | |||
General | Demission (W*L*H) | 440mm×414mm×44.5mm | |
Weight | 4.9kg | ||
Temperature | 0~45℃(operation),-20~80℃(storage) | ||
Power supply | AC 100V~240V,50/60Hz | ||
Consumption | 25W | ||
Principle Chart
