InverTS for HDc

Reverse DVB-T2 Gateway (T2-MI to TS)

InverTS is ENENSYS’ DVB-T2 Gateway reverse function designed to receive a single PLP or Multiple PLP T2-MI stream over Satellite, ASI or IP in order to de-encapsulate the T2-MI stream into one or several MPEG-2 TS over ASI and IP. It outputs the MPEG-2 TS encapsulated by a DVB-T2 Gateway.

Applications

  • Reverse DVB-T2 Gateway function with multiple PLP support
  • Reuse legacy monitoring tools to monitor T2MI signal
  • TS processing (splicing, logo insertion, …) from must-carry T2MI signal
  • Re-using T2MI stream for analog radio or TV transmitters
  • Simulcasting over different DVB-T2 frequencies

Highlights

Reduce CAPEX cost

Housed in ENENSYS High Density chassis (HDc), it allows to receive up to 6x T2-MI streams in 1U. It can offer a built-in satellite receiver supporting DVB-S and DVB-S2 standards.

Bandwidth optimization of Network distribution

Reuse the T2-MI stream for other applications (T2-MI stream = carrier):
- to address different DVB-T2 transmission parameters,
- to reuse part of the services for analog TV, radio FM broadcasting,
- to repurpose the conveyed services with other TV services for regionalization or ad insertion.

Support Multiple PLP de-encapsulation

Enable single and Multiple TS output. Implements an innovative automatic bit rate computation algorithm to output a very stable and accurate TS bit rate.

Reuse legacy DVB monitoring tools

The InverTS helps monitoring a T2-MI stream either using its optional
internal advanced monitoring tools or by connecting it to legacy monitoring tools through ASI or IP. The advanced monitoring option enables to supervise in real-time PLP bandwidth allocation, DVB-T2 transmission parameters and the MPEG-2 TS encapsulated within the T2-MI stream.

Key points

  • Versatile inputs (satellite, ASI, IP)
  • De-encapsulation of T2-MI stream
  • Single and Multiple PLP management
  • PLP allocation and L1 signaling monitoring
  • Outputs one or several MPEG-2 TS over ASI and IP

For more informations on

InverTS for HDc

Technical Features

  • Versatile inputs (satellite, ASI, IP)
  • De-encapsulation of T2-MI stream
  • Single and Multiple PLP management
  • PLP allocation and L1 signaling monitoring
  • Outputs one or several MPEG-2 TS over ASI and IP

Technical specifications

INPUTS

Control

1x Gigabit Ethernet (RJ45)
for GUI/SNMP

T2-MI

Up to 2x ASI (BNC) inputs
1x Gigabit Ethernet (RJ45) - Option
for UDP/IP input streams
Up to 2x DVB-S/S2 inputs (F-type)
with HDmSat-InverTS (one active)

OUTPUTS

MPEG-2 TS

2x ASI (BNC) outputs
1x Gigabit Ethernet - Option
for RTP/UDP/IP output streams

FEATURING

DVB-T2 standard

V1.1.1, V1.2.1, V1.3.1, V1.4.1 support

DVB-T2 de-encapsulation

DVB-T2 Gateway reverse function
De-encapsulation of T2-MI stream
over ASI or IP (optional) into one or
several MPEG-2 TS

DVB-S/S2 inputs

QPSK, 8PSK, 16 APSK, 32APSK
DVB-S2 multistream (ISI) support

PLP management

Single and Multiple PLP support
Management of up to 8 PLP - Option

MPEG-2 TS output

Outputting the encapsulated
MPEG-2 Transport Streams over ASI
and IP (optional)

Advanced statistics and monitoring (Option)

PLP allocation monitoring
L1 signaling display
TS tree views

Monitoring and Supervision

Easy-to-use web based GUI
User management
Full SNMPv2 support

Physical

Height

43 mm / 1.69 in.

Width

443,7 mm / 17.46 in.

Depth

322,8 mm / 12,70 in.

Format

1 RU, width 19”

Front Panel

LCD Display and controls

Power supply

100-240V 50/60Hz or 48V DC

Power consumption

20W/module

Ordering codes

HDc-Multi-220V

High Density chassis with 220V input

HDc-Multi-48V

High Density chassis with 48V input

HDm-InverTS

Reverse DVB-T2 Gateway (2xASI In/2xASI Out)

HDmSat-InverTS

Reverse DVB-T2 Gateway (2xASI/2x DVB-S/S2)

Options

InverTS-MPLP-2

Management of up to 2 PLP

InverTS-MPLP-4

Management of up to 4 PLP

InverTS-MPLP-8

Management of up to 8 PLP

InverTS-IP

IP inputs/outputs (add 2x gigabit Ethernet data port - use one more slot)

InverTS-AdvMonitoring

Advanced monitoring of T2-MI input

For more informations on

InverTS for HDc

For more informations on

InverTS for HDc