sencore - Phase Engenharia
PHASE | SENCORE:
IRDs, Decoders e Turnaround

AG2600 openGear® Module Receiver Card……………….....p. 2

DMG3200 Digital Media Gateway……………………..............p. 4

DMG1200 IP/ASI Transport Stream Gateway.........................p. 25

MRD2600 Modular Receiver…………....................................p. 26

DTE-3137 DekTec DVB-S/S2 to IP Converter…….................p. 28

DTE-3120 DekTec ASI to IP PoE Converter……....................p. 29

DTE-3100 DekTec IP to ASI PoE Converter……....................p. 30

DTE-3200 DekTec OEM Module TS-over-IP Converter..........p. 31
Receiver Card
AG 2600 openGear® Module
SATELLITE, DVB-T/T2, IP, ASI, VSB,
OR QAM RECEIVER WITH ASI AND IP OUT
openGear® is a registered trademark of Ross Video
OVERVIEW
KEY FEATURES
The AG 2600 receiver card leverages the DVB-S2, IP,
8VSB/QAM-B, DVB-T/T2/C/C2/ISDB-T, dual DVBCI, and ASI designs from Sencore’s newest receiver
decoder cards to provide a cost effective multichannel reception and descrambling platform.
• Extensive automation support via SNMP status,
configuration, and traps, HTTP-based APIs, and Syslog
The card integrates into the industry-standard
2RU openGear® OG-3 frame, supporting up to
10 receiver/descrambler pairs per chassis. The
AG 2600 is also configurable without the DVB-CI
option, and with an optional BISS descrambling
support, so it can be matched to any reception
infrastructure.
√ DVB-S/S2 Interface with Optional Dual DVB-CI
The product is ideal for providing satellite or
terrestrial feeds for IP network distribution or
integrated transcode infrastructure. Optional PID
filtering on the IP output can generate up to 10
MPTS or SPTS outputs from an MPTS input.
Finally, the receiver can be configured with ASI
and IP interfaces only for simple turn-around,
descrambling, and filtering operations.
Hot swappable cards provide for effortless system
expansion, while full SNMP and syslog interfaces
and an HTTP-based API support quick and
easy integration into multichannel systems. For
individual operators, the product features an easy
to use web GUI that will be immediately familiar to
users of previous Sencore IRDs.
• Shared software and feature-set with Sencore 1RU
receivers ensure reliability and interoperability
• Built-in ASI and IP I/O for maximum flexibility
• Available RF and descrambling modules:
√ DVB-T/T2/C/C2/ISDB-T Interface
√ 8VSB/QAM-B Receiver Designed for A74
√ Codecs auto-detected and switchable on-the-fly
• Failover between any two inputs
• Dual, mirrored TS over IP transmission
• Built-in BISS Mode 1, Mode E, and Multi-key
• Intuitive, straightforward web interface
APPLICATIONS
• Satellite Reception and Descrambling
Receive up to ten transponders in 2RU and descramble
via dual DVB-CI slots or BISS 1/E. Generate IP and ASI
outputs of the full transport stream or a filtered subset.
• Ingest Feeds for Linear OTT Transcoding
Generate up to 10 SPTS multicasts from an incoming
distribution feed for downstream, server-based
transcoding systems.
• Capture Local Terrestrial Channels for Backhaul
Receive 8VSB signals and output as IP for fiber backhaul
to a remote site. Filter the broadcast stream to transmit
only HD or SD services.
• Convert between ASI and IP
Connect old and new broadcast equipment while
performing simple transport manipulation such as
filtering or descrambling.
SPECIFICATIONS
Receiver Card AG 2600
AVAILABLE BASE MODULES
DVB-S/S2 INPUT MODULE WITH DVB-CI
AG 26000
AG 26027
Physical Interface:
Without Multi-Service License:
With Multi-Service License:
Processing Card with Built-in ASI I/O
Processing Card with Built-in ASI I/O and
Dual Gigabit Ethernet Ports
1x 75Ω BNC
1x 75Ω BNC
250 Kbps to 200 Mbps
8VSB/QAM-B INPUT MODULE IP INPUT/OUTPUT (IF EQUIPPED)
Physical Interface:
Input Format: Output Format: MPE De-encapsulation:
IP Encapsulation: Addressing: IGMP compatibility: Per TS Bitrate: 2x RJ45, 10/100/1000 Auto-Negotiate
2x UDP or RTP Streams
Constant Bitrate or Null-Stripped
RTP Header Extensions Supported
SMPTE 2022/CoP3 FEC Supported
10x UDP Streams
Up to 2 PIDs
Up to 60 Mbps per MPE PID
1 to 7 TS Packets per IP Packet
Unicast or Multicast
Version 1, 2 & 3
250 Kbps to 200 Mbps
MPEG/IP FEC Output License
AG 26925
Additional Output Formats:
Adds RTP & SMPTE 2022/CoP3 FEC
on 2x Transmit Instances
OPTIONAL BASE MODULE FUNCTIONALITY
BISS Descrambling License MRD 26921
Supported Modes:
Mode 1, Mode E, Injected ID
Multi-BISS Support:
Up to 12 Separate Keys
PID/Service Filtering License MRD 26928
Filtering:
10 Independent TS (MPTS or SPTS)
created; output via IP or ASI
Table Regeneration (DVB Mode): PAT regeneration
Table Pass-through (DVB Mode): PMT, CAT, NIT pass-through
Table Regeneration (DVB Mode): PAT, SDT
Table Pass-through (DVB Mode): PMT, CAT, NIT, EIT, RST, TDT, TOT
DVB-S/S2 INPUT MODULE
Physical Interface:
Frequency Range: Symbol Rates:
DVB-S Modulation Modes:
DVB-S2 Modulation Modes:
Supported Roll-off Factors:
Adds two DVB-CI CAM Slots
Descrambles Decoded Service Only
Number of Services limited by CAM
DVB-CI Multi-Service Descrambling License
AG 26991
With DVB-CI Capable Input:
Enables Multi-service Descrambling
ASI INPUT/OUTPUT
ASI Input:
ASI Output:
Supported Bitrate: AG 26137
AG 26116
2x 75Ω BNC
950-2150 MHz
1-60 MSps
QPSK (All FEC Rates)
QPSK/8PSK (All FEC Rates)
16/32APSK with License
0.35, 0.25, 0.20, 0.15, 0.10, 0.05
Physical Interface:
Frequency Range: Sensitivity:
AG 26101
1x 75Ω BNC
50-1000 MHz
-34 to +40 dBmV (A74 Compliant)
8VSB Standard:
8VSB Channel Plans: ATSC A/53E
Broadcast
QAM Standard:
QAM Channel Plans:
QAM Constellations:
ITU Annex B/SCTE DVS-031
FCC, IRC, HRC
QAM64, QAM256
DVB-T/T2/C/C2/ISDB-T INPUT MODULE Physical Interface:
Frequency Range:
Bandwidth:
Constellations:
DVB-T:
DVB-T2:
DVB-C:
DVB-C2:
ISDB-T:
AG 26115
1x 75Ω F-Type
42-1002 MHz
1.7MHz, 5 MHz, 6MHz, 7MHz, 8MHz
QPSK, QAM16, QAM64 (All FEC Rates)
QPSK, QAM16, QAM64, QAM256
(All FEC Rates)
QAM16, QAM32, QAM64, QAM128,
QAM256 (All FEC Rates)
QAM16, QAM64, QAM256,
QAM1024, QAM4096 (All FEC Rates)
QPSK, QAM16, QAM64 (All FEC Rates)
MANAGEMENT
User Interfaces: Automation Interfaces:
Full control via web GUI
SNMP status, control, traps
Syslog alarm output
HTTP Web services API
ENVIRONMENTAL CONDITIONS
Power: Operating Temp:
100-240 VAC 50/60 Hz
Dual, Redundant Supply Available
0° to 50°C
DVB-S2 Advanced Feature License
AG 26916
Additional Modulation Modes: 16ASPK/32APSK (All FEC Rates)
VCM, Multistream (Single ISI)
605.978.4600
www.sencore.com
DMG 3200
sencore.com
Complete solutions for ever y
major broadcast segment
SYSTEM OF CHOICE FOR PROFESSIONAL OPERATORS
Sencore is dedicated to providing world class equipment that enable operators to deliver professional
broadcast services at the highest possible quality. The DMG 3200 is built around a modular platform
hosting a wide selection of interoperable modules that give unparalleled configuration possibilities.
Through its clever and robust design, the integrated architecture offers superior reliability that can
meet even the most demanding operator requirements.
A key feature of the DMG 3200 is the ability to accommodate customers preferred system
architectures while reducing complexity. It is possible to build an entire broadcast system within a
single chassis or distribute it between several discreet stages or distributed architectures. Sencore’s
deep understanding of the market and close co-operation with operators in the design of products
ensures the ability to provide optimal solutions for a wide array of fixed or wireless networks. Our
philosophy greatly reduces the cost of ownership and ensures that operators can simultaneously
handle legacy challenges and evolve through the introduction of brand new services.
Sencore’s DMG 3200 is our latest generation carrier grade platforms with 1RU and 4RU chassis
options of unmatched power and versatility. There are no restrictions even for the most intensive
processing requirement. Both units feature uprated dual-redundant and hot swappable power
supplies, increased cooling, enhanced redundancy and a number of other features.
An advanced user friendly GUI offers an intuitive and comprehensive management of the many
features of the system. The exhaustive multi-level alarm system, together with the easiness for
integration to 3rd party management systems, enables full automatic control. The possibility of
centralized monitoring simplifies deployment and streamlines maintenance.
Sencore classifies its modules into different categories depending on the functionality. These include
switching, input for content aggregation, compression, processing, and output modules. All modules
can be combined freely to provide the desired functionality. The latest innovations include the
possibility to deliver and convert both analog and digital broadcast services, from point to point, or
from point to multipoint and in any format to any screen.
All modules and functions are further described within the ‘modules’ section of this brochure.
CHASSIS
Advanced architec ture
designed to save space, energy
and resources
Sencore offers two different chassis: the 4RU chassis which can hold 16 modules and the 1RU chassis which can hold
6 modules. In addition, each of the chassis houses a switch and management module that can be equipped with dual IP I/Os. Both chassis
variants have dual-redundant and hot swappable power supplies. Each unit with its hot swappable modules allows for various redundancy
scenarios.
Any of the modules listed under the Input, Encoding/Transcoding, Processing, and Output sections can be combined into the same chassis.
Only chassis space or total throughput will limit the number of modules that can be fitted. The chassis has been designed for a throughput
of 850 Mbit/s of MPEG TS data and 250 services. In selected configurations, capacity can be increased to 1700 Mbit/s and 500 services (please
contact Sencore for more information).
The 4RU chassis has four independent fan modules that operate and are monitored independently. The four fan modules are identical and
support hot-swap. The 1RU chassis has one preassembled fan module consisting of 6 fans. The fan module is hot-swappable as one complete
module. The internal temperature is monitored and if a fan fails, the remaining fans will compensate by increasing the speed.
FEATURES
4RU
1RU
•Modular configuration with up to
•Modular configuration with up to
16+2 board positions
6+1 board positions
•WEB based configuration, SNMP Alarms,
•WEB based configuration, SNMP Alarms,
SOAP/XML interface
SOAP/XML interface
•Forced air-cooling (front to back)
•Forced air-cooling (front to back)
•Dual redundant hot-swappable power supply
•Dual redundant hot-swappable power supply
•Remote reset of power
•Remote reset of power
•4 individually monitored hot-swappable fans
•Swappable fan module
•Hot-swappable modules
•Hot-swappable modules
•100-240V AC power
•100-240V AC or -48V DC power
DIMENSIONS
4RU
440 ×177 ×400 (w × h × d mm)
1RU
440 ×44 ×480 (w × h × d mm)
The 4RU and 1RU use the same set of modules and same SW,
The modules can therefore not be interchanged between
but the front plates are different.
4RU and 1RU.
Module plate for 4RU
Module plate for 1RU
SWITCH MODULES
The switch module is used to enable MPEG traffic distribution within the chassis and provides the Man Machine Interface (MMI), enabling
configuration and management of the chassis.
The 4RU chassis has dedicated positions for the switch module in slot 0 with an optional (for selected configurations) redundant switch
module in slot 17. The switch module can be equipped with two independent IP IO ports as an option. The 1RU chassis provides an
integrated switch module in the front with IP IO as standard. The switch module for 1RU is functionally identical to the switch module used in
the larger 4RU chassis, but has a different hardware layout.
At least one switch module is required in all chassis. In addition to being the active part of the internal backplane, the switch module provides
the central control and management interface. When equipped with two IP IO data ports, reception or streaming of MPEG compliant
transport streams over UDP/RTP is supported by the module. Each port operates independently and can be configured as either IP in or IP out
supporting full 850 Mbit/s TS data rate and up to 250 MPEG services. The switch module can be provided with either RJ45 connectors or SFP
connectors on the two data ports. When equipped with two data ports, the module also has a Gen Lock input port. The switch module is hotswappable for easy maintenance.
The Switch IP IO MMI module can also be ordered to include a GPS receiver for terrestrial SFN applications. For the 4RU, this is a separate
module that must be placed in slot 1, while for 1RU, it is an add-on module for the switch module. One SMA connector for connecting either
a GPS antenna or a 1 PPS reference is then available. It is also possible to order without the GPS radio module so that it just provides a high
stability oscillator providing locking to a 1 PPS or 10MHz reference signal.
SWITCH MODULES FOR DMG 3200 4RU
Switch Module with Management
Clock Reference Module
SW-200
CK-100
• Gbit/s routing between modules in a chassis
• Enables WEB management
• 10/100/1000BaseT management port (RJ45)
• 1 slot wide
• GPS antenna input
• 1 pps input reference
• 10 MHz test output
• 1 pps test output
• 1 slot wide
Switch Module with Management
2 × 10/100/1000 Base-T
Switch Module with Management
Dual SFP
SW-301
• Gbit/s routing between modules in a chassis
• 2 × Gbit RJ45 input or output port for data
• Frame Synchronization input (genlock)
• Up to 850 Mbit/s TS rate per data port
• Supports UDP/RTP Multicast/Unicast
• Supports reception of MPTS and SPTS
• Supports streaming of MPTS and SPTS
• Supports seamless (hitless) input redundancy and cloned output
• Multiplexing on output with PSI/SI regeneration (license)
• Service filtering
• FEC encoding and decoding (license)
• Enables WEB management
• 10/100/1000 BaseT management port (RJ45)
• 1 slot wide
SW-401
• Gbit/s routing between modules in a chassis
• 2 × Gbit SFP input or output port for data
• Frame Synchronization input (genlock)
• Up to 850 Mbit/s TS rate per data port
• Supports UDP/RTP Multicast/Unicast
• Supports reception of MPTS and SPTS
• Supports streaming of MPTS and SPTS
• Supports seamless (hitless) input redundancy and cloned output
• Multiplexing on output with PSI/SI regeneration (license)
• Service filtering
• FEC encoding and decoding (license)
• Enables WEB management
• 10/100/1000 BaseT management port (RJ45)
• 1 slot wide
SWITCH MODULES FOR DMG 3200 1RU
Hardware -managed
redundanc y for unbeatable
speed and long-ter m reliabilit y
Switch Module with Management
2 × 10/100/1000 Base-T
Switch Module with Management
Dual SFP
• Gbit/s routing between modules in a chassis
• 2 × Gbit RJ45 input or output port for data
• Frame Synchronization input (genlock)
• Up to 850 Mbit/s TS rate per data port
• Supports UDP/RTP Multicast/Unicast
• Supports reception of MPTS and SPTS
• Supports streaming of MPTS and SPTS
• Supports seamless (hitless) input redundancy and cloned output
• Multiplexing on output with PSI/SI regeneration (license)
• Service filtering
• FEC encoding and decoding (license)
• Enables WEB management
• 10/100/1000 BaseT management port (RJ45)
• Gbit/s routing between modules in a chassis
• 2 × Gbit SFP input or output port for data
• Frame Synchronization input (genlock)
• Up to 850 Mbit/s TS rate per data port
• Supports UDP/RTP Multicast/Unicast
• Supports reception of MPTS and SPTS
• Supports streaming of MPTS and SPTS
• Supports seamless (hitless) input redundancy and cloned output
• Multiplexing on output with PSI/SI regeneration (license)
• Service filtering
• FEC encoding and decoding (license)
• Enables WEB management
• 10/100/1000 BaseT management port (RJ45)
MPEG INPUT MODULES
Sencore has a wide range of input modules making it the most effective content aggregation solution on the market. An input module
analyzes incoming transport streams and extracts selected MPEG services from the desired physical input interface (eg. ASI, IP, DVB-S/S2,
DVB-C, DVB-T/T2, ISDB-T and 8VSB). Each input module type is based on embedded hardware design offering high density and reliability. The
ability to mix input types freely within a chassis enables multiple MPEG transport streams originating from a variety of sources to be received
and processed in parallel. Received signals can be demodulated, de-multiplexed and distributed to other modules inside the chassis via the
backplane.
A wide range of input modules are available including IP, ASI, DVB-S/S2, DVB-C, DVB-T/T2, ISDB-T and 8VSB. The chassis supports any
combination of input modules limited only by available slot space. Each input module is designed to receive up to 850Mbit/s of MPEG TS
rate or 250 services. In re-multiplexing mode, all services are de-multiplexed by the input module before passed onto the backplane. Unused
services are blocked by the input module to avoid propagating them further, which increases efficiency. The full content of an input port can
be mapped transparently to an output port with the option to perform PID filtering or service filtering.
INPUT MODULES
Dual IP IO
ASI Input
• 2 × Gbit RJ45 or SFP input port for data (or 1×in and 1×out)
• Up to 850 Mbit/s TS rate per data port
• Supports UDP/RTP Multicast/Unicast
• Supports reception of MPTS and SPTS
• Supports seamless (hitless) input redundancy
• Service filtering
• Supports FEC (SMPTE 2022) (license)
• Input analysis
• 1 slot wide
• 4 × ASI inputs
• 4 × BNC connectors
• 213 Mbit/s Burst mode or 72 Mbit/s Spread mode per input
• Supports reception of MPTS and SPTS
• Service filtering
• Input analysis
• 1 slot wide
DVB-C Input
ISDB-T Input module
• 4 × QAM Annex A/C inputs
• 1 × F connector
• 0.87–6.9 Ms/s
• Supports reception of MPTS and SPTS
• Service filtering
• ASI monitoring port
• Input analysis
• 1 slot wide
• 4 x ISDB-T receivers per module
• 1 F-type, 75 ohm female input port
(all 4 channels on one input cable)
• Frequency range 47-860MHz
• Supports reception of MPTS and SPTS
• Service filtering on input
• Input analysis
• 1 slot wide
IP-200
CR-110
DVB-S/S2X Input
•Scalable
• Easy to configure from one common web GUI interface
• Compact with multiple inputs
• Hot swappable
per module
• Wide range of input types
• Advanced input analysis and status information
• Mix and match card types freely,
•Modular
and add as many as you need
TR-401
8VSB/QAM Annex B Input
SR-200
TR-300
• 4 × DVB-S/S2/S2X inputs, 1 F connector per input
• Satellite Standards:
DVB-S EN 300 421, DVB-S2 EN 302 307-1, DVB-S2X
EN 302 307-2, Broadcast Services
• Constellation: QPSK, 8PSK, 16APSK and 32APSK
• 950 – 2150 MHz Frequency Range
• Symbol rate:
- 1-45 MSym/s: QPSK, 8PSK, 16APSK
- 1-39.9 MSym/s: 32APSK
• FEC:
According to EN300421 & EN302307 p1 & p2 for
Broadcast Services
• Supports MPTS and SPTS
• Service filtering
• Input analysis
• 1 slot wide
• 4 × 8VSB or QAM Annex B Inputs
• 4 × F connectors
• 50 to 860 MHz Frequency Range
• Supports reception of MPTS and SPTS
• ASI monitoring port
• Service Filtering
• 2 slots wide
DVB-T Input
FEATURES
AI-110
DVB-T/T2 Input
TR-110
TR-201, TR-211
• 4 × COFDM inputs
• 1 × F connector
• Frequency range 47-862MHz
• 1/2, 2/3, 3/4, 5/6, 7/8 FEC
• 2k and 8k carrier mode
• QPSK, 16QAM, 64QAM modulation
• Supports reception of MPTS and SPTS
• Service filtering
• ASI monitoring port
• Input analysis
• 1 slot wide
• 4 × DVB-T/T2 receivers per module.
• Input ports option:
- 1 × F connector, signal is split and distributed internally
- 4 × F connectors, one per demodulator
• Frequency range 47-862MHz
• Carrier mode:
- DVB-T: 2k, 8k
- DVB-T2: 1k, 2k, 4k, 8k, 16k, 32k
• Modulation:
- DVB-T: QPSK, 16QAM, 64QAM
- DVB-T2: QPSK, 16QAM, 64QAM, 128QAM, 256QAM
• Supports reception of MPTS and SPTS
• Service filtering on input
• Input analysis
• 1 slot wide
UNIVERSAL ENCODER & TRANSCODER
Linear Broadcast
In order to optimize the performance of their networks, it is essential for professional broadcasters to deploy the latest advances in
compression technology. Whether the aim is to add new channels to existing multiplexes or provide genuine video quality improvements, it is
imperative operators utilize the best in class technology to offer superior viewing experience whilst improving bandwidth efficiency.
Sencore has developed an encoding/transcoding solution providing leading class performance for video quality and channel density on
a specifically designed module targeting a wide range of applications. This allows users to maintain the best possible quality of service in
combination with low power consumption and integrated multi-level redundancy.
The immense computational power of the platform runs all-new and highly evolved encoding algorithms, boosting performance to the limit
for both AVC and MPEG2 video. The highly programmable and flexible audio encoder offers high density per channel and includes Dolby®
codecs, making this one of the most powerful encoder platforms on the market.
A brand new architecture offers full flexibility for configuration, with adaptable application modes. The Universal Encoder and Universal
Transcoder module can operate in either a High Video Quality mode, or alternatively in high density broadcast mode. Channel density is
significantly increased with a small adjustment in performance whilst Multiscreen mode enables operators to increase content reach to
multiple media devices in the fixed and mobile domain.
The new second generation statistical multiplexing provides ultra-fast refresh rate from a multi-pass look-ahead design minimizing inherent
latency. Mixed encoder/ transcoder populations can be used within the platform supporting several single or mixed format SD/HD statistical
multiplexing groups so that low-bitrate encoding can be applied to specific services within any given group.
All new Universal Encoder/Transcoder modules can be used in new or existing 4RU or 1RU Series platforms and can work in combination with
any other modules from Sencores comprehensive range.
Multiscreen (OTT):
Increased internet access together with more powerful computers, integrated TVs, tablets and mobile phones makes it possible for consumers
to receive video content from broadcasters anywhere, at any time and on any screen. This introduces new challenges for content and
network infrastructure providers who need to offer a wide range of different distribution formats with the best possible live video experience
regardless of the distribution networks and viewing devices that are being used.
FEATURES
•Modular
• Exceptional video quality
• Compact HW based
encoding/transcoding
The latest innovative Universal Encoder/Transcoder running in Multiscreen mode from Sencore enables broadcasters and IP network
operators to provide high quality multiscreen services. The transcoder module supports MPEG-2/4 TS input and transcodes to multiformat
MPEG-4 TS output with IDR alignment. The encoder module accepts SDI/HDSDI inputs directly, and encodes these into multiple profiles as a
single pass, avoiding the need to concatenate compression stages which always causes inefficiencies and reduces VQ. The unique architecture
delivers significant VQ and efficiency benefits for all real-time applications.
Sencore now offers a truly optimized OTT solution capable of accepting any input signal format. These benefits are magnified further by a
modular architecture that lets you fit encoding or transcoding options freely according to actual need. The Sencore Multiscreen encoder/
transcoder simultaneously prepares multiple signals from any source in any format for distribution to high definition televisions, high
resolution computers and low resolution web and mobile devices.
The highly programmable functions include input service replication, resolution change, interlaced to progressive conversion, rescaling and
key frame alignment. The end result provides key-frame aligned outputs in transport stream format with the required metadata to support
either IPTV distribution directly, or interface with the customers preferred packagers to perform segmentation.
The proven ability to interface with several leading segmenters/originserver is another major feature of the Sencore solution. It enables
customers to freely create a best of breed solution, combining best in class compression with their choice of latest features such as targeted
advertising and common encryption with MPEG DASH.
• Supports MPEG-2 and MPEG-4 SD and HD
• Power and space efficient
•Scalable
• Segmentation agnostic:
Can be used with customers having existing segmentation
infrastructure
• Complete: Use with other modules to build a complete solution within a chassis
• Can be used to create hybrid broadcast / OTT capable platforms
ENCODING/TRANSCODING MODULES
HD/SD SDI Encoder
SD/HD Transcoder
• Encodes up to 2 HD or 4 SD channels
• 2 HD-SDI or up to 4 SD-SDI inputs,
BNC connectors
• Available variants:
- Dual HD Encoder with AES option
- Quad SD upgradable to Dual HD
• Operates in three different Encoder Rate control modes:
- Constant Bit Rate (CBR)
- Capped Variable Bit Rate (CVBR)
- Statistical Multiplexing
• MPEG-2/4 SD/HD encoding
• Picture in picture support
• Logo insertion
• 1 slot wide
• Transcodes up to 2 HD or 4 SD channels
• Full decode and re-encode
• MPEG-2/4 SD/HD transcoding
• Operates in three different Encoder Rate control modes:
- Constant Bit Rate (CBR)
- Capped Variable Bit Rate (CVBR)
- Statistical Multiplexing
• 1 slot wide
EC-100, EC-200
TC-100
Encoder -RF input
Analogue Encoder
AC-200
• Encodes up to 2 SD + PIP or 4 SD channels
• 4 F 75Ω input connectors, one per service
• Input frequency range 47-862MHz
• PAL B/G, PAL I and SECAM D/K input*
• MPEG-2 and MPEG 4 SD encoding
• Operates in two encoder rate control modes:
- Constant bit-rate (CBR)
- Capped variable bit-rate (CVBR)
AC-100
ENCODE R
RF INP UT
AC-200
Stat us
A
B
C
D
• Encodes up to 2 SD + PIP or 4 SD channels
• 4 HD BNC with composite video input
• 25 pin mini D-sub for audio:
- 4 balanced analogue audio
- 2 AES/EBU audio
• MPEG-2 and MPEG 4 SD encoding
• Constant bit-rate (CBR)
• Capped variable bit-rate (CVBR)
• Logo insertion
• 1 slot wide
Descrambling and Scrambling
Sencore provides two types of descramblers: CAM-based (DVB-Common Interface) and bulk descrambling. The CAM based descrambler
module is integrated with professional CAM modules from vendors such as SMIT, SmarDTV, Aston etc. and supports descrambling of up to
10 services per CAM. The bulk descrambler is aimed at software-based CA systems or CA vendors open for an embedded integration. It is
used for the descrambling of multiple services protected by one or more CA systems and offers very high descrambling density of up to 250
services per module, making it an efficient, space and energy saving solution. The scrambler module supports both DVB CSA and all common
flavors of AES scrambling algorithms. The scrambler module is fully simulcrypt compliant and has been integrated with all major CA vendors.
EPG and audio leveling
*Other TV standards can be supported upon request
The Electronic Program Guide (EPG) module allows a network operator to receive several channel bouquets from multiple sources and
reuse the existing EPG information. The EPG will receive EIT tables from any available input automatically and filter out unused services and
re-generate the EIT schedule to reflect the current channel lineup for the selected network. For channels without EPG information on air, the
information can be imported via a dedicated IP interface using XMLTV format.
Universal Transcoder - Multiscreen (OTT)
Universal Encoder - Multiscreen (OTT)
TC-200
• Transcodes up to four services into multiple profiles
• Transcodes single service into 4 HD or 28 sub SD profiles
• Profile range from 1920×1080p to 240×180p*
• Resolution conversion
• Frame rate reduction
• GOP alignment
• Audio transcoding
• 1 slot wide
PROCESSING MODULES
EC-400
UN IVERSA L
TRAN SCODER
TC-200
Stat us
• Encodes up to four services into multiple profiles
• 4xSDI or 2xHDSDI input with embedded audio
• Supports an extensive range of resolutions and frame-rates from full 720p60/50 HD down to 144p15/12.5
• Resolution conversion
• Dynamic Encoder GOP Control Modes
• Key frame alignment
• Audio encoding
• 1 slot wide
Sencore’s audio leveling simplifies the process of changing the audio levels of hundreds of channels by eliminating the need to decode and
re-encode these TV and radio channels prior to transmitting them. The solution lets operators tune the audio level of up to 250 audio tracks
individually, within the MPEG domain. The audio leveling module supports MPEG-1 layer 1 or 2 audio with an adjustment range of ±30dB.
*For complete list of available profiles, please contact Sencore
Universal Transcoder – High VQ Broadcast
Universal Encoder - High VQ Broadcast
TC-400
EC-400
• Transcodes up to:
-1 HD with PIP
-2 SD with PIP
• Full decode and re-encode
• Optional H.264 4:2:2 8bit/ 10bit decoding
• Resolution conversion
• MPEG-1, AAC and Dolby audio transcoding
• Component pass-through
• Operates in 3 different Encoder Rate Control modes:
Constant Bit Rate (CBR)
-Statistical
-Multiplexing
• 1 slot wide
• Encodes 1 HD or 2 SD into MPEG-2 or MPEG-4
• SDI/HDSDI input with embedded audio
• 2 BNC, 75 ohm female input ports (plus 2 unused BNC)
• Operates in three encoder rate control modes:
- Constant Bit Rate (CBR)
- Capped Variable Bit Rate (CVBR)
- Statistical Multiplexing
• Resolution conversion
• Picture in Picture
• Logo insertion
• Advanced audio encoding with support for all common audio codecs
• 1 slot wide
Universal Transcoder - Dense Broadcast
TC-200, TC-400
• Transcodes up to:
­ - 4 HD with PIP
­ - 12 SD with PIP
­ - 16 SD no PIP
• Full decode and re-encode
• Audio transcoding
• Component pass-through
• Operates in 3 different Encoder Rate Control modes:
­ - Constant Bit Rate (CBR)
­ - Capped Variable Bit Rate (CVBR)
­ - Statistical Multiplexing (in future release)
• Mediaroom approved
• 1 slot wide
FEATURES
•Modular
•Provides integrated
•Customizable to specific operator demands
functionality normally requiring separate chassis or servers
•High density
•Powerful MPEG processing with high throughput
PROCESSING MODULES
MPEG OUTPUT MODULES
Bulk Descrambler
SIM Bulk Descrambler
• Descrambles up to 250 services (850 Mbit/s)
• Integrated with soft clients for ECM handling
(no smart card required)
• Support for both DVB-CA and AES descrambling
• Integrated with Verimatrix and Latens
• BISS descrambling
• 1 slot wide
• Descrambles up to 250 services (850 Mbit/s)
• Smart Card based descrambling (SIM)
• 16 SIM readers; 8 in front and 8 behind the front
• Support for both DVB-CA and AES descrambling
• Integrated with Conax
• BISS descrambling
• 2 slot wide
BD-100
Sencore offers a large number of different output modules that can be used in various applications. All output modules have powerful MPEG
multiplexing and PSI/SI/PSIP capabilities to enable operators to maximize the potential of their network. Each output module has been
designed to support 850 Mbit/s transport stream data-rate and 250 services.
BD-200
IP and ASI output
The IP output module is a high capacity module with full multiplexing and PSI/SI regeneration targeted at linear broadcasting. The IP output
modules support any combination of MPTS and SPTS as long as the total number of services is less than 250 and the total transport stream
bit-rate is less than 850 Mbit/s. Each output port supports IPv4, IPv6, source specific multicast, generation of FEC according to SMPTE 2022
and Sencore’s unique IP output redundancy solution.
For legacy systems an ASI output module with 4 independent ASI outputs is available. Each ASI output supports up to 213 Mbit/s in burst
mode or 72 Mbit/s in spread (byte) mode.
Scrambler
Descrambler
Modulated output
• DVB CA compliant scrambling (CSA) and AES
compliant scrambling
• Scrambles up to 250 services, maximum 850 Mbit/s
• Supports scrambling of MPEG-2 and H264 in SD &HD
• DVB Simulcrypt compliant
• 10/100/1000BaseT IP interface towards
CA system (RJ45)
• Handles up to 250 ECMs
• 1 slot wide
• 2 × DVB Common interface
• Descrambling of 10 services per CAM (depends on
common interface)
• Support for all major CA systems and CAMs
• 1 slot wide
All Sencore’s modulated output modules are based on a full digital modulation and up-conversion architecture developed in house to provide
the best possible output quality. Sencore’s leading edge DVB-T/T2 modulator is fully frequency agile for terrestrial transmitters, MMDS systems
or for DVB-T/T2 modulation into cable networks. This high density modulator is capable of producing up to 4 DVB-T or 2 DVB-T2 modulated
channels, offering more throughput and improved error resiliency. For terrestrial operation, the modulator supports SFN with either MIP TS or
T2MI as input .
Digital Audio Leveling
EPG
• For equalisation of audio in TV and Radio services
within a digital head-end
• Audio volume control in an MPEG domain
• Audio leveling of 250 channels
• Supports MPEG 1, layer 1 / 2 audio
• Adjustment range ± 30 dB
• 1 slot wide
• Re-generation of EIT schedule on selected output ports
• Gathers EIT information from all input ports
• EPG data is filtered and regenerated to reflect new
channelplan
• Supports multiple of networks
• Configurable play out rate with prioritization
• Configurable period to be played out
• EPG synchronization between multiple ATV units
• 1 slot wide
CA-100
AL-100
Sencore’s advanced DVB-S/S2 modulator is a fully frequency agile modulator aimed at modulating SD/HD services on to satellite. This high
density modulator is capable of producing up to 2 DVB-S or DVB-S2 modulated channels. The solution offers broadcasters a higher rack
density and lower power consumption, compared to alternative solutions and comes with advanced functionality like pre-compensation. The
DVB-S/S2 modulator is available in two different output configurations: IF or L-band.
Sencore’s compact QAM solution generates 16 QAM frequencies for cable networks. The module support both full re-multiplexing and
transparent mapping with optional NIT replacement and PID/Service blocking making it one of the most versatile QAM modulation solutions
for linear broadcasting on the market. Sencore’s QAM solution is ideal for regional cable head-ends where additional processing are required
like service filtering, local re-multiplexing, local encoding, SI regeneration, EPG regeneration, etc.
EP-200
EPG
EP-200
Status
SFP A
SFP B
Note: For Dynamic audio leveling (Interface options),
please contact Sencore.
DS-101
Data A
Data B
Terrestrial GW solutions
The gateway module transforms an Sencore chassis into a complete solution for DVB-T and T2. It combines the MPEG multiplexing, PSI/SI
generation and gateway roles into a single module. Combining this with modules to perform encoding, transcoding and scrambling enables
a unique integrated head-end design eliminating the need for a traditional multiple box approach with the added complexity. The Sencore
gateway module supports DVB-T with MIP timestamp insertion or DVB-T2 T2MI encapsulation with SFN timestamps together with multi PLP
support. The terrestrial gateway module is available with ASI or IP outputs and can support up to 4 separate gateways per module (2 on ASI
out). Integrated redundancy schemes are available to go beyond what is commonly available today and provide seamless protection of the
distribution chain as well as the SFN network.
FEATURES
•Modular
•Integrated
• Scalable
•High density
•Flexible
•Seamless redundancy options
•Intelligent, automatic redundancy solutions
•Powerful multiplexing with high throughput
•Integrated multiplexing & PSI/SI re-generation
OUTPUT MODULES
Dual IP IO
END TO END TERRESTRIAL SOLUTIONS
ASI Output
IP-200
AO-110
• 2 × Gbit output port for data (or 1×in and 1×out)
• 10/100/1000BaseT (RJ45) or SFP output
• Up to 850 Mbit/s per data port TS
• Supports UDP/RTP Multicast/Unicast
• Supports streaming of MPTS and SPTS
• Supports cloned output
• Supports multiplexing and transparent pass-through
• PSI/SI/PSIP regeneration
• Supports FEC (SMPTE 2022) (license)
•1 slot wide
• 4 × ASI outputs
• 4 × BNC connectors
• 213 Mbit/s Burst mode or 72 Mbit/s Spread mode per output
• 4 different multiplexed outputs
• Supports multiplexing and transparent pass-through
• PSI/SI/PSIP regeneration
• 1 slot wide
QAM Modulator
DVB-S/S2 Modulator
CM-201
SM-100, SM-200
• 16 QAM modulators, 4 and 4 paired
• 2 × 75 Ω RF output (EN/IEC 60728-5) - F connector
• Full digital modulation and up-conversion
• DOCSIS 3.0 RF compliant
• 32 / 64 / 128 / 256 QAM modulation
• Frequency range of 47 – 862 MHz
• Supports multiplexing and transparent pass-through
• PSI/SI/PSIP regeneration
• ITU-TJ83. Annex A/B/C
• 1 slot wide
• 2 DVB-S/S2 modulated carriers per module
• Connectors:
- IF › 1 × F connector + 1 × F for monitoring per output
-L-band › 1 × SMA connector + 1 × F for monitoring per output
• Output options:
- IF › 50-200 MHz
- L-band › 950-2150 MHz
• Modulation:
- DVB-S › QPSK
- DVB-S2 › QPSK, 8-PSK, 16-APSK, 32-APSK
• Symbol rate: 0.5-45 Mbaud
• Linear static precorrection
• Supports multiplexing and transparent pass-through
• PSI/SI/PSIP regeneration
• 1 slot wide
DVB-T/T2 Terrestrial Modulator
DVB-T/T2 Cable Modulator
TM-300
TM-101, TM-200
• 2 DVB-T2 or 2 DVB-T independent outputs
• 1 × BNC connector + 1 × BNC for monitoring per output
• Monitoring ports for each output
• VHF/UHF, 50 Ω BNC, 47-862 MHz
• Output levels: -15 to 0 dBm
• Supports multiplexing and transparent pass-through (mode A)
• Support for SFN (ETSI TS 102 733 T2-MI)
• Support for multiple PLPs
• Supports multiplexing and transparent
• PSI/SI regeneration
• 1 slot wide
• 4 DVB-T modulators (TM-101)
• 2 DVB-T/T2 modulators (TM-200)
• Connectors:
- COFDM › 1 × F connector + 1 × F for monitoring per module
- DVB-T2 › 1 × BNC connector + 1 × BNC for monitoring per output
• Full digital modulation and up-conversion
• 5, 6, 7, 8 MHz bandwidth
• Frequency range 47-862 MHz, fully agile
• Output levels: -12 to 2.2 dBm
• PSI/SI regeneration
• 1 slot wide
DVB-T/T2 GW
AO-120, AO-120, IP-201
• IP or ASI out options:
-10/100/1000 BaseT (RJ45) or SFP output on IP
- 2 × (1+1) ASI out
• Supports DVB-T MIP insertion and DVB-T2 T2MI generation
• 4 independent gateways per module (2 for T2MI on ASI out)
• Supports up to 240 PLPs
• Regionalization options
• PAPR and MISO support
• Full (Re-)multiplexing support (per PLP)
• PSI/SI regeneration
• Supports SMPTE 2022 FEC (license)
• 1 slot wide
Sencore offers the most integrated, powerful and flexible range of DVB-T2 solutions. The compact modular approach makes it possible
to provide complete head-ends consisting of content acquisition, premium compression with statistical multiplexing, DVB-T2 gateways,
and modulation in single or multiple units to provide an end to end solution.
Terrestrial signals for DVB-T2 can be distributed via satellite, ASI or IP to transmitter sites where regional processing is performed before
being delivered to the transmitter. In addition Sencore can provide a complete low-power transmitter solution with all necessary components integrated into a compact 1RU chassis if applicable. All components are developed in house, giving customer’s access to our design
level expertise with the added benefit of being able to customize the solution to meet specific customer requirements.
The solution offers many highly distinctive features including a new option for providing regionalization using the ‘common PLP’ mechanism, an integrated seamless DVB-T2 gateway redundancy option and sophisticated seamless IP packet re-construction to dramatically
increase signal distribution robustness over IP links. Because the entire solution is modular, Sencore offers the market an easy to manage,
easy to upgrade, ultra-compact solution that provides the best possible standards of technical performance whilst consuming a fraction
of the space and power of competing systems.
DVB-T2 Integrated Multiplexer and DVB-T2 Gateway Module
Sencore has improved upon typical DTT architectures that rely on multiple boxesand complex NMS to provide an integrated solution.
In contrast, Sencore solutions are optimally integrated from the beginning. Sencore gateway module is an integrated MPEG multiplexer,
PSI/SI generator and DVB-T2 gateway on a single slot.
The advanced Sencore DVB-T2 gateway module is representative of Sencore’s modular approach enabling operators to combine reception, descrambling, encoding/transcoding, scrambling, multiplexing, PSI/SI generation,T2 gateway and modulation stages within a
single chassis with integrated management.
Sencore modules offer high channel and carrier density. The gateway module supports multiplexing and T2MI generation of up to 4 independent complete T2MI streams on IP or 2 T2MI streams on ASI and provides up to 140 regional PLPs per module. The combination of
integration and performance offered by the module is unique, making it the most powerful, yet easiest to use, DVB-T2 Gateway solution
on the market. The modules are usually provided in 1+1 redundancy configuration using the Sencore seamless T2MI redundancy option.
The gateway’s many features can be used to complement the requirements and distribution methods required by individual customers,
and can support centralized (backhaul) and ‘in region’ (edge) content replacement models using any distribution mechanism including
support for TS replacement or deterministic PLP replacement techniques as appropriate.
Architectures and Regionalization
Sencore network delivery enhancements include support for the DVB-S/S2 standard and are incorporated into the satellite modulator
and demodulator modules. For IP distribution our ‘seamless’ packet re-construction technology provides superior protection against
network packet loss and enables FEC levels to be reduced, re-claiming useful bandwidth whilst ensuring exceptional QoS. Network
reach can be extended via our fully integrated modular low-power
REDUNDANCY
SWITCH MODULE SPECIFICATIONS
Switch Module
Sencore’s intelligent redundancy software provides seamless integration between broadcast equipment and IP networks. It protects every
stage and provides automatic backup in case of service stream failure at input, protection from internal failures, and intermittent or permanent
data losses within distribution networks without requiring complex control software.
Sencore’s redundancy solution is unique in being the only solution in the IP television market to take a holistic view of operation and network
management. Redundancy configuration is simplified and automated, and operational routines are significantly reduced. The integrated
redundancy solutions offer operators compelling quality of service benefits and improved network reliability. The individual elements of this
integrated solution are further described below. For more detailed information please contact Sencore.
Input redundancy
The Sencore self-managed N+M redundancy for encoding and
transcoding provides a powerful option for broadcasters needing the
economies of N+M compression redundancy without the expense,
complexity and long term reliability concerns of a conventional NMS.
Rather than relying on external PC hardware, Sencore have integrated
the redundancy control into the built in management system
thus simplifying system configuration eliminating integration and
Redundancy switching can be set to automatic or manual. In operational issues between HW and management PC. It is the perfect
automatic mode it is possible to choose from the following switching method for creating the intelligent ‘device islands’ that are increasingly
being favored by broadcasters when architecting new solutions.
modes: Once (switch and stop), Floating or Reverting.
The Sencore system is equipped with an advanced input redundancy
switching mechanism. Any output service can be configured to have
a backup service from a different input TS regardless of input type.
Input switching can also be performed on TS level using ‘input port
redundancy’.
Seamless IP input redundancy (License)
The encoders and transcoders will be the only items within the chassis
in N+M configuration. Everything else will be 1+1. This includes any
input and output ports, all control and management functions, the
backplane and the power supplies. Each 4RU chassis will be equipped
with backup encoder or transcoder module(s) capable of providing
module level replacement for any of the active encoders or transcoders
within the chassis. Multiple redundancy groups of encoders and
transcoders can be defined in the same chassis. For encoding, the
The Seamless IP Switch can regenerate the traffic received via two redundant control modules can drive a (HD)SDI video router directly
networks, so that both networks are used 100% of the time to back each
other up. Using the data provided by both networks simultaneously, IP Output redundancy (License)
The IP output redundancy system presents a network with multiple
rather than just one, enables dramatic improvements in QoS.
sources from which it is possible to obtain the same service. Should
the service from one source be corrupted, the network can receive the
Internal Redundancy (4RU chassis feature)
By using Sencore’s Internal Redundancy feature, all critical single points service from another source. The redundancy solution is service based
of failure in the 4RU chassis are eliminated. This clever mechanism (multicast based) where the same service will be available for two or
facilitates configurations with redundant switch modules, redundant more sources. As long as all sources with the same channel have the
backplanes, redundant IP inputs, redundant MMI (i.e. management & same IP source address, the network will route just a single copy of
control) as well as redundant power supplies. In case of input, switch the multicast stream forward to the receiver based on routing cost.
or MMI failure, all output modules will switch backplane and log into In the event of a service issue within, or prior to, the Sencore chassis,
the other MMI where it will receive the services from the backup inputs the IP output module exploits standard IP protocols to trigger external
routers to switch to secondary sources.
and switch.
The Sencore Seamless IP Switch module makes it possible to achieve
seamless IP input redundancy switching between two distribution
networks. The Seamless IP Switch combines an innovative alignment
technique with a fast acting data switch making it possible to
reconstruct a perfect outgoing stream even from two imperfect
network feeds.
By having 1+1 redundancy on inputs and switch modules, all
components of the chassis are backed up, except for the output
modules which normally handle a subset of the available channels. In
case of failure of output modules, they can easily be hot-swapped, and
the affected services will be up and running in seconds.
N+M redundancy (4RU chassis feature) (License)
Where full redundancy is not required, partial redundancy strategies
can be implemented. Systems can be configured to provide full
redundancy of only selected premium or ‘must-carry’ services.
Operators can then choose not to replicate the input and descrambling
functions of lower priority services, but still equip the chassis with
multiple IP output modules to provide limited fault tolerance.
Bitrate Placement IP Input/Output
Interface Maximum data rate per port Maximum number of services per port
Data format Transport stream Service filtering Video format IP Input
IP de-jittering Forward Error Correction IP Output
Multiplexing Forward Error Correction Tables Supported
- PSI - SI - PSIP : Gbit/s routing between modules in a chassis
: 1 slot wide (4RU switch module must be placed in slot 0;
redundant module in slot 17)
: 2 × 10/100/1000 Base-T Ethernet or SFP
: Optical SFP (class 1 laser product)
: Up to 850 MBit/s per port TS rate
: 250
: UDP/RTP Multicast/Unicast
: SPTS and MPTS
: Yes
: Transport stream; MPEG-2, MPEG-4, HEVC
: PCR or CBR
: SMPTE 2022-1
250 input streams per data port
: Yes (licensed)
: SMPTE 2022-1
250 output streams per data port
: PAT, PMT, CAT
: SDT, NIT, EIT pf , TOT, TDT, BAT, AIT
: MGT, TVCT, CVCT
Frame Synchronization Input
Interface
: Accepts black burst and Tri-Level reference signal.*
Management
Interface
Built-in user interface
External interface
: 10/100/1000 Base-T Ethernet
: Web
: SNMP for alarms, SOAP for configuration and status
* If SDI reference signal support is needed, contact your sales representative.
Licenced features
: 2xIP In, 1xIP In/1xIP Out, 2xIP Out, Seam. IP In, Cloned IP Out
: FEC in, FEC out, FEC in/out
: Multiplexing
: IP Out Redundancy
Clock Reference
GPS reference input
Antenna connector : SMA female
Impedance : 50 Ω
1pps timing accuracy : < 100 ns RMS
Active Antenna Voltage output : 0V, 3.3V(default) or 5V
Internal reference hold-over : ≤1us in 4 hrs @ΔT= 0˚C
1pps reference input
Number of input ports Input connector type Impedance Input level 1pps (1Hz)
Internal reference hold-over Licenced features
:1
: BNC female
: TTL or 50 Ω
: TTL
: ≤1us in 4 hrs @ΔT= 0˚C
: GPS receiver, OCSO oscillator, OCXO oscillator (stability 0.2ppb/day)
COMMON INPUT SPECIFICATIONS
All Input Modules
Transport stream
Service filtering
Video format
: SPTS and MPTS
: Yes
: Transport stream, MPEG-2/4 (H264) SD/HD
INPUT INTERFACE SPECIFICATIONS
Dual IP IO
IP Input/Output
Interface
Operational mode
Maximum data rate per port
Maximum number of services per port
Data format
IP Input
IP de-jittering
Forward Error Correction
IP Output
Multiplexing Forward Error Correction : 2×10/100/1000 Base-T Ethernet and SFP
: The module can be configured to;
- 1 input and 1 output
- Seamless (Hitless) IP in
- Cloned IP out
- Dual IP in
- Dual IP out
: Up to 850 Mbit/s per port in Seamless (Hitless) in, cloned
out or 1×IPIN + 1×IPOUT
: Up to 850 Mbit/s sum of both ports in Dual IP in or Dual
IP out mode
: 250
: UDP/RTP Multicast/Unicast
: Yes, based on PCR or CBR
: SMPTE 2022-1
250 input streams per data port
: Yes
: SMPTE 2022-1
250 output streams per data port
Lisenced feature: : Seamless input, Cloned IP Out
: FEC in, FEC out, FEC in/out
: Multiplexing
: IP output redundancy
ASI Input : EN 50083-9
: BNC female, 75Ω
:4
: Up to 213.7Mbit/s (burst)
Key reference specification
Connector
Number of inputs per module
Maximum bit-rate per port
DVB-S/S2X Input Key reference specifications
Connector Number of inputs per module DVB-S Constellation DVB-S2/S2x Constellation Symbol rate DVB-S Symbol rate DVB-S2
Decoding DVB-S2
FEC DVB-S FEC DVB-S2 QPSK
FEC DVB-S2 8PSK
FEC DVB-S2 8APSK
FEC DVB-S2 16APSK
FEC DVB-S2 32APSK
Roll off DVB-S
Roll off DVB-S2
Roll off DVB-S2X
Acquisition range
Spectrum inversion DVB-S2 FEC frames Input level
Frequency range : EN 300 421, EN 302 307 p1&2
: F female, 75Ω
:4
: QPSK
: QPSK, 8-PSK, 16-APSK, 32-APSK
: 1–45 MSym/s
: 1–45 MSym/s
: LDPC and BCH
: 1/2, 2/3, 3/4, 5/6, 7/8
: 1/4, 13/45, 1/3, 2/5, 9/20, 1/2, 11/20, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10
: 3/5, 23/36, 2/3, 25/36, 13/18, 3/4, 5/6, 8/9, 9/10
: 5/9, 26/45
: 5/9, 8/15, 1/2, 26/45, 3/5, 28/45, 23/36, 2/3, 25/36, 13/18,
3/4, 7/9, 4/5, 5/6, 77/90, 8/9, 9/10
: 2/3, 32/45, 11/15, 3/4, 7/9, 4/5, 5/6, 8/9, 9/10
: Auto, 0.35
: Auto, 0.20, 0.25, 0.35
: Auto, 0.05, 0.10, 0.15, 0.20, 0.25, 0.35
: Auto, 0.15MHz, 1MHz, 2MHz, 2.5MHz, 5MHz
: Auto, Normal, Inverted
: Normal frames
: -79 to -20 dBm (16 APSK, 9/10 code rate)
: 950–2150 MHz
LNB voltage Maximum LNB supply current LNB signaling Multiple streams T2MI De-encapsulation
: 0/13/18 Volt
: 400 mA
: LNB voltage + 22kHz continuous tone
: Yes, 1 per input port
: Yes, one PLP per port
Licenced features:
: DVB-S2 Demodulation, DVB-S2X Demodulation, T2-MI De-encapsulation
DVB-T input
: ETSI EN 300744
: F female, 75Ω
: 4 demodulators (one connector)
: -30 to -75 dBm (at 8MHz, 3/4, 64-QAM, gaussian channel)
: 47 – 862 MHz
: 7 and 8 MHz
: 1/4, 1/8, 1/16, 1/32
: 2k, 8k
: High and low priority
: All
: QPSK, 16QAM, 64QAM
: 1/2, 2/3, 3/4, 5/6, 7/8
: Automatic
Key reference specification Connector
Number of inputs per module
Input level
Frequency range
Channel bandwidth
Guard interval
Carrier mode
Hierarchy stream
Hierarchy mode
Carrier modulation
FEC code rate
Spectral inversion
DVB-T/T2 input
Number of DVB-T/T2 inputs per module Input connector Input connector configurations
Input frequency range Input level range Minimum return loss DVB-T
Key reference specification FFT Size Guard Intervals FEC code rate Constellation Channel bandwidth
Hierarchy stream Hierarchy mode Spectral inversion DVB-T2 Key reference specification FFT Size Guard Interval FEC frame FEC code rate (PLP) Constellation (PLP) Channel bandwidth
Pilot pattern SISO and MISO transmission
Single and Multiple-PLPs
Spectral inversion Rotated constellation
Licenced features:
DVB-C Input
Key reference specification
Connector
Number of inputs per module
Number of input ports
Frequency range
Channel bandwidth
QAM Mode
:4
: F-female, 75 Ω
: 1 F connector internally split or
4 F connectors
: 47–862 MHz
: - 80 to -10 dBm (at T2, 8MHz, 256 QAM, 3/5, gaussian channel)
: 10 dB
: ETSI EN 300744, Nordig 2.0
: 2k, 8k
: 1/4, 1/8, 1/16, 1/32
: 1/2, 2/3, 3/4, 5/6, 7/8
: QPSK, 16-QAM, 64-QAM
: 6, 7, or 8 MHz
: High and Low priority
: All
: Automatic
: ETSI EN 302755, Nordig 2.1
: 1k, 2k, 4k, 8k, 8k extended, 16k,
16k extended, 32k, 32k extended
: 1/4, 19/128, 1/8, 19/256, 1/16, 1/32, 1/128
: Normal (64k), Short (16k)
: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6
: QPSK, 16-QAM, 64-QAM, 256-QAM
: 5, 6, 7 or 8 MHz
: P1–P8
: Yes
: Yes
: Automatic
: Automatic
: DVB-T2 demodulation
: EN 300 429, ITU-T J83 annex A, and C
: F female, 75Ω
: 4 independent tuner/demodulators
: 1 (internal splitter feeding the 4 tuners)
: 47–862 MHz
: 6, 7 and 8 MHz
: 4, 16, 32, 64, 128, 256 QAM
Symbol rate Spectrum inversion
Input power level
: 1–7.2 Mbaud
: Automatic
: - 30 to -65 dBm (at 256 QAM, 6.9 Ms/s)
QAM Annex B input
Key reference specification
Connector
Number of inputs per module
Frequency range
Channel bandwidth
QAM Mode
Symbol rate : ITU-T J83 annex B
: F female, 75Ω
:4
: 54–860 MHz
:6
: 64, 256 QAM
: 5.057 Mbaud (64 QAM), 5.360 MBaud (256 QAM)
8-VSB Input (ATSC)
Key reference specification
Connector
Number of inputs per module
Input level
Frequency range
Modulation
Band
: ATSC A/53
: F female, 75Ω
:4
: -34 to +40 dBmV
: 50–860 MHz
: 8-VSB
: Broadcast
Licenced features:
: 8-VSB, QAM Annex B
ISDB-T/SBTVD-T
Key reference specification Channel bandwidth
: ARIB STD-B31
: 6, 7 and 8 MHz
RF Input specification
Number of inputs per module Number of input ports Connector Frequency range Input power level Maximum
Minimum (QPSK, 2/3)
: 4 independent tuner/demodulators
: 1 (internal splitter feeding the 4 tuners)
: F female, 75Ω
: 50–860 MHz
: -10 dBm
: -76 dBm
ENCODING/TRANSCODING SPECIFICATIONS
Universal Encoder - High VQ Broadcast
Density
Number of channels per module
Video Input
HD Res. / Frame rates (SMPTE 292M)
SD Res. / Frame rates (SMPTE 259M)
Audio Inputs Embedded Audio Video Encoder
Architecture
MPEG-2 profiles
MPEG-4 AVC profiles
Rate Control Modes GOP structure Clock Modes Aspect Ratio Control
PCR PID
End-to-end Encoder Delay
‘Dolby‘ and the ‘double-D‘ symbol are registered trademarks of Dolby® Laboratories.
: Up to 1 HD or 2 SD
: 1080i – 29.97 fps or 25 fps
: 720p – 59.94 fps or 50 fps
: 480i – 29.97 fps
: 576i – 25 fps
: SMPTE 272M (SD), SMPTE 299M (HD)
: Sample rate 48kHz, synchronous to video
: Dual Pass with look ahead
: MP@HL (HD) up to 60Mbps
: MP@ML (SD) up to 16Mbps
: MP@L4.2, HP@L4.2 (HD) up to 60Mbps
: MP@L3.1, HP@L3.1 (SD) up to 16Mbps
: Constant Bit Rate (CBR)
: Capped VBR (CVBR) with QP target
: Statistical Multiplexing
: Dynamic with Scene Change Detection and Adaptive
GOP structure.
: Locked to HDSDI/SDI input
: Manual, WSS or Video Index
: PCR on Video PID or as separate PID
: Typical 5500ms
Audio Encoder
Number of encoded stereo pairs per main video : 6 (4 for Dolby® Digital / Dolby® Digital Plus)
Audio CODECS
: MPEG-1 Layer 2
: AAC-LC (2.0, 5.11))
: HE-AAC v1 (2.0, 5.11))
: HE-AAC v2
: Dolby® Digital2)
: Dolby® Digital Plus3)
: Dolby® Digital/Dolby® Digital Plus pass-through
Audio Channel Modes
: Stereo, Mono and Dual Mono, 5.11) and 7.1 (Dolby® Digital/Dolby® Digital Plus only)
AAC Data Encapsulation
: ADTS or LATM selectable per encoded channel
Audio Lipsync Adjustment
: +/- 500ms
Audio Level Adjustment
: +6/-10dB
Picture-in-Picture
Density
Codec
Bitrate
Resolutions
Video Pre-processing
Inverse Telecine Detection
De-blocking Filter
Motion Compensated Temporal Filter (MCTF) Video Re-scaling
Horizontal Rescaling Down Conversion HD to SD
Up Conversion SD to HD
Frame Rate Conversion
: One PiP available for each main channel
: MPEG-4 AVC BP or MP
: Min 96kbps, Max 500kbps (CBR)
: 192x192, 176x144, 128x96, 96x96
: Detect if input is 3:2 pull down and omit repeated fields.
: Adjustable
: Adjustable
: From 1920 to 1440, 1280 or 960
: From 1280 to 960 or 640
: From 720 to 704, 640, 544, 528, 480 or 352
: Including aspect ratio conversion, letter-/pillar boxing
:Including aspect ratio conversion, letter-/pillar boxing
and de-interlacing.
: From 59.94 fps to 59.94/29.97 fps
: From 50 fps to 50/25 fps
: From 29.97 fps to 59.94/29.97 fps
: From 25 fps to 50/25 fps
:Frame rate up conversion only for interlaced input
(1080i/576i/480i) to 720p output.
Logo Insertion
Maximum Size
: 192x128 (SD)
: 360x180 (HD 720P)
: 480x270 (HD 1080i)
Positioning: User selectable (pixel accuracy)
File format: PNG (8-bit ARGB) file per encoded channel
Ancillary Data and VBI
Teletext processing: Extracted from VANC OP47, SMPTE-2031 or VBI and transcoded to EN 301755.
Closed Captioning (EIA 608/EIA 708): Extracted from VANC and injected into video stream.
Digital Programme Insertion (DPI): SCTE104 triggers extracted from VANC and transcoded
to SCTE35 TS triggers.
Active Format Description (AFD): Extracted from VANC SMPTE 2016 and injected into
video stream.
Dolby® E metadata
: External Dolby® E metadata extracted from VANC SMPTE
2020 used for Dolby® Digital/Dolby® Digital Plus encoding configuration.
1) AAC-LC/HE-AAC v1 5.1 support in future release.
2) Dolby® Digital also known as AC-3
3) Dolby® Digital Plus also known as E-AC-3
Wide Screen Signalling (WSS)
: E xtracted from VBI line 23 or VANC SMPTE 2031 and
transcoded to EN 301755
Video Programming System (VPS): Extracted from VANC SMPTE 2031 and transcoded to EN
301755
Video Inserted Time Code (VITC): Extracted from VANC SMPTE-RP188 and injected into
video stream.
Auxillary Data Injection
EBU Subtitling, DVB Subtitling, PIDs can be added to service through an Sencore Input Interface (e.g. ASI,
IP). PTS can be restamped for DVB subtitling.
Statistical Multiplexing
Statmux Controller
Max. Number of Groups per chassis
Max. Number of Services within group Licensed Features
Video Mode HPBC (required)
Number of Encoder Channels HD
Number of Encoder Channels SD
Statistical Multiplexing - Number of Channels
Dolby® Digital/Dolby® Digital Plus Encode - Number of Stereo Pairs4)
MPEG-1 Layer 2/AAC-LC/HE-AAC v1/HE-AAC v2 Encode - Number of Stereo Pairs
Universal Encoder - MS/OTT
Input Ports
Input Format : 2xHDSDI/4xSDI, 4 BNC 75 Ω
: SMPTE 292M (HD SDI), SMPTE 259M (SD SDI)
Video Pre-processing
WSS Blanking : Removal of line 23 WSS from active video
: Local within chassis
:4
: 32
Video Encode
MPEG-4 AVC Profiles
: High profile up to HP@L4.0
: Main profile up to MP@L4.0
: Base profile up to BP@L4.0
HD and sub HD resolutions5)
: 1920 x 1080i @ 29.97, 25 fps
: 1920 x 1080p @ 29.97, 25 fps
: 1280 x 720p @ 59.94, 50 fps
: 1280 x 720p @ 29.97, 25 fps
: 960 x 540p @ 29.97, 25 fps
: 852 x 480p @ 29.97, 25 fps
: 640 x 360p @ 29.97, 25 fps
: 480 x 270p @ 29.97, 25 fps
: 416 x 240p @ 29.97 fps
SD and sub SD resolutions5) : 320 x 180p @ 29.97/14.985, 25/12.5 fps
: 720 x 576i @ 25/12.5 fps
: 720 x 480i @ 29.97/14.985 fps
: 640 x 480p @ 29.97, 25 fps
: 640 x 360p @ 29.97, 25 fps
: 544 x 416p @ 29.97, 25 fps
: 480 x 360p @ 29.97, 25 fps
: 480 x 270p @ 29.97, 25 fps
: 416 x 240p @ 29.97 fps
: 400 x 224p @ 29.97, 25 fps
: 400 x 300p @ 29.97, 25 fps
: 384 x 216p @ 29.97, 25 fps
: 352 x 288p @ 25 fps
: 320 x 240p @ 29.97 /14.985, 25/12.5 fps
: 320 x 180p @ 29.97, 25 fps
: 240 x 180p @ 29.97/14.985, 25/12.5 fps
Frame rate conversion
: From 60/59.94/50 reduced to ½, ¼
: From 50 reduced to ½ or ¼
4) One 5.1 encode uses resources of 3x stereo pairs. One 7.1 encode uses resources of 4x stereo pairs.
5) For complete table please contact Sencore.
: From 30/29.97/50 reduced to ½
De-interlacing
Scene change detection
GOP structure
Number of output profiles
Audio Encode
MPEG1 Layer II : Interlaced to progressive conversion
: Yes, insertion of P frame
: Dynamic
: Ranging from 4x HD to 28 sub SD per module, depend-
ing oncomplexity of profiles
AAC-LC
: Modes: 2.0, Bit rates: 32 – 384kbps
HE-AAC v1
HE-AAC v2
: Modes: 2.0, Bit rates: 32 - 192kbps
: Modes: 2.0, Bit rates: 32 - 96kbps
Sample rates : 32, 44.1, 48kHz
Number of channels per video source
: 2 (Audio resources can be combined.)
Reformatting/ Rescaling
Format conversion
: From HD to sub SD
Aspect Ratio Control
Aspect Ratio Modes
Ancillary Data and VBI
Closed Captioning (EIA 608/EIA 708)
Active Format Desctription (AFD)
Encoder – SDI/HDSDI input HW options
Input Port options
Input Format
Video Input
HD Resolutions
SD Resolutions : Modes: 2.0 (stereo), Bit rates: 64 – 384kbps
: Transparent Input to Output (Controlled by AFD), Manual 4:3 or 16:9
: Extracted from VANC and injected into video stream.
: Extracted from VANC SMPTE 2016 and injected into video stream.
: Two HW options.
- Dual HD/SD Encoder with separate AES/EBU input
- Quad SD upgradable to Dual HD
: 4 BNC 75 Ω configured as:
- 2 SDI /HDSDI and 2 AES/EBU inputs, one per channel
- 4 SDI or 2 HDSDI, one per channel
: SMPTE 292M (HD SDI), SMPTE 259M (SD SDI)
Video Pre-processing De-blocking Filter
Motion Compensated Temporal Filter (MCTF)
Horizontal Rescaling Inverse Telecine Detection
WSS Blanking
Logo Insertion
File Format Position
Maximum Size
Video Encoder Number of channels per module
MPEG-2 profiles
H.264/AVC profiles Rate Control Modes : 1080i - 30 fps, 29.97 fps or 25 fps
: 720p – 60 fps, 59.94 fps or 50 fps
: 480i – 30 fps, 29.97 fps : 576i – 25 fps
: Adjustable
: Adjustable
: From 1920 to 1440, 1280 or 960
: From 1280 to 960 or 640
: From 720 to 704, 640, 544, 528, 480 or 352
: Enable/Disable
: Removal of line 23 WSS from active video
: PNG (8-bit RGBA) file per encoded channel
: User defined (pixel resolution)
: 192 × 128 (SD)
: 360 × 180 (720p)
: 480 × 270 (1080i)
: Up to 2 HD or 4 SD channels
: up to HP@HL (HD)
: up to HP@ML (SD)
: up to HP@L4.1 (HD)
: up to HP@L3.2 (SD)
: Constant Bit Rate (CBR)
Rate Range
GOP control Encoder Clock Picture-In-Picture
Aspect Ratio Control
Ancillary Data and VBI
VANC processing
Audio Input Embedded Audio
AES 3 Audio Encoder CODECs AAC Data Encapsulation
Channel Modes
Stereo pairs per video Injection of Private Data into service : Capped VBR (CVBR) with QP target
: Statistical Multiplexing
: From 250kbps to limit by profile/level (max 38Mbps)
: Fixed or Dynamic with Scene Change Detection and
adaptive GOP structure
: Locked to SDI/HDSDI input
: 416×240, 352×288, 352×240, 192×192, 128×128, 128×96
or 96×96
: Manual, WSS or Video Index
: Closed Captioning (EIA 708)
: AFD (SMPTE 2016)
: Teletext (Extracted from VBI, OP47 or SMPTE-2031)
: VPS (Extracted from SMPTE-2031)
: WSS (Extracted from VBI, OP47 or SMPTE-2031)
: DPI (SCTE 104 VANC extraction and SCTE 35 Private Data
generation)
: MPEG-1 Layer 2
: AAC-LC
: HE-AAC v1
: HE-AAC v2
: Dolby® Digital pass-through
: ADTS or LATM selectable per encoded channel
: Stereo/Dual Mono/Mono
: 2 pairs for Dual HD/SD version from any codec above
: 1 pair for Quad SD version
: Additional 4 AAC-LC or 8 MPEG1 Layer 2 per module
shared between video ch (capacity reduced to half in
statmux mode)
: See Universal Encoder High VQ “Auxillary Data Injection”
: Number of encoded channels
: Statmux (per module)
: DVB subtitle restamping
Encoder– CVBS input Number of channels
Input Port
Video Input : 4 SD or 2 SD+PIP
: 4 HD BNC 75 Ω, one per channel
25 Pin Compact D-sub for audio:
- 4 balanced analogue audio inputs
- 2 AES/EBU inputs
: PAL B/G/I/D/K
: SECAM D/K
: PAL Nc
: PAL M
: NTSC M
Video Pre-processing Inverse Telecine Detection
: Yes
De-blocking Filter
: Adjustable
Motion Compensated Temporal Filter (MCTF) : Adjustable
Horizontal Rescaling
: From 720 to 704, 640, 544, 528, 480 or 352
WSS Blanking
: Removal of line 23 WSS from active video
Logo Insertion
File Format Position
Maximum Size
Ancillary Data and VBI
VBI Extraction and processing
: PNG (8-bit RGBA) file per encoded channel
: User defined (pixel resolution)
: 192 × 128 (SD)
Video Encoder
Number of channels per module
MPEG-2 profiles MPEG-4 AVC profiles Rate Control Modes : 4SD: From 250kbps to 10Mbps
: 2SD: From 250kbps to 19Mbps
: Fixed or Dynamic with Scene Change Detection and adaptive GOP structure
: 416×240, 352×288, 352×240, 192×192, 128×128, 128×96 or 96×96
: Manual or WSS
Audio level adjustment
Injection of Private Data into service : MPEG-1 Layer 2
: AAC-LC
: HE-AAC v1
: HE-AAC v2
: Dolby® Digital pass-through (from AES input)
: ADTS or LATM selectable per encoded channel
: Stereo/Dual Mono/Mono
: 2 pairs for 2SD+PIP configuration and 1 pair for 4 × SD
configuration
: +/-11dB
: See Universal Encoder High VQ “Auxillary Data Injection”
Licensed Features
: Number of encoded channels, PIP
Encoder - RF Input Number of channels per module : 4 SD or 2 SD+PIP (2SD mode gives improved VQ)
RF Input
TV systems
RF inputs
Input frequency
Frequency tuner step size
RF input level
– Max
– Min (for un-weighted video SNR=30dB)
Picture-in-Picture
Please refer to “Encoder -CVBS input”
Video Pre-processing
Please refer to “Encoder -CVBS input”
Logo Insertion
Please refer to “Encoder -CVBS input”
Audio CODECs AAC Data Encapsulation
Channel Modes
Encoded stereo pairs per video
: PAL B/G, PAL I and SECAM D/K6)
: 4xF female, 75 Ω
: 47 – 862 MHz
: 1kHz
: 110 dBuV
: 44 dBuV
Video Encoder
Please refer to “Encoder -CVBS input”
Audio Encoder
Audio CODECS
AC Data Encapsulation
Channel Modes
Encoded stereo pairs per video
Audio Level Adjustment
: Closed Captioning (EIA 708)
: Teletext, WSS, VPS
: 4 SD or 2 SD w/PiP (2SD mode gives improved VQ)
: up to HP@ML
: up to HP@L3.0
: Constant Bit Rate (CBR)
: Capped VBR (CVBR) with QP target
Rate Range
GOP control Picture-In-Picture
Aspect Ratio Control
Audio Encoder
: According to SMPTE 272M (SD), SMPTE 299M (HD)
: 75 Ω BNC (Dual HD version only)
Licensed Features
6) Other TV standards can be supported upon request
: MPEG-1 Layer 2 Stereo
: AAC-LC Stereo
: HE-AAC v1 Stereo
: HE-AAC v2 Stereo
: ADTS or LATM selectable per encoded channel
: Stereo/Mono/Dual Mono
:1
: ± 11 dB
VBI
Please refer to “Encoder -CVBS input”
Auxillary Data Injection
Injection of Private Data into service : See Universal Encoder High VQ “Auxillary Data Injection”
Licensed Features
Universal Transcoder - High VQ Broadcast
Densitiy
Total Number of Video Transcodes Video Decoder
MPEG-2 profiles H.264 profiles SD 50Hz resolutions SD 60Hz resolutions HD 1080i resolutions HD 720p resolutions Audio Decoder
Audio CODECS Audio Downmix : Number of Encoded channels, PIP
: Up to 1x HD or 2x SD channels
: MP@HL, 1Mbps – 80Mbps
: MP@ML, 600kbps – 15Mbps
: MP@L4.2, 500kbps – 55Mbps
: HP@L4.2, 1Mbps – 55Mbps
: MP@L3.2, 300kbps – 16Mbps
: HP@L3.2, 300kbps – 16Mbps
: High 4:2:2@L4.2, 4.5Mbps - 80Mbps CABAC/100Mbps
: 720/704/544/528/480/352 x 576i25
: 720/704/640/544/528/480/352 x 480i30/29.97
: 1920/1440/1280/960 x 1080i30/29.97/25
: 1280/960/640 x 720p60/59.94/50
: MPEG-1 Layer 2 :AAC-LC
: HE-AAC v1
: HE-AAC v2
: Dolby® Digital / Dolby® Digital Plus
: 5.1 to 2.0 for AAC and Dolby®
Video Encoder
MPEG-2 profiles H.264 profiles Rate Control Modes GOP structure Aspect Ratio Control PCR PID End-to-end Encoder Delay : MP@HL, 1Mbps – 80Mbps
: MP@ML, 600kbps – 15Mbps
: MP@L4.2, 500kbps – 55Mbps
: HP@L4.2, 1Mbps – 55Mbps
: MP@L3.2, 300kbps – 16Mbps
: HP@L3.2, 300kbps – 16Mbps
: Constant Bit Rate (CBR)
: Statistical Multiplexing
: Dynamic with Scene Change Detection and Adaptive GOP structure.
: Manual, Transparent input to output
: PCR on Video PID or as separate PID
: Typically 5500ms
Audio Encoder
Audio CODECS Audio Channel Modes AAC Data Encapsulation Audio Lipsync Adjustment
Audio Level Adjustment : MPEG-1 Layer 2
: AAC-LC
: HE-AAC v1
: HE-AAC v2
: Dolby® Digital
: Dolby® Digital Plus
: Pass though of all audio types
: Stereo, Mono
: ADTS or LATM selectable per encoded channel
: +/- 300ms
: +6/-10dB
Picture-in-Picture
Codec Bitrate Resolutions Video Re-scaling
Down Conversion HD to SD Up Conversion SD to HD : MPEG-4 AVC MP
: Min 96kbps, Max 400kbps (CBR)
: 192x192, 176x144, 128x96, 96x96
: Including aspect ratio conversion, letter-/pillar boxing
: Including aspect ratio conversion, letter-/pillar-boxing and de-interlacing.
Dolby® Digital Plus Professional Decoder. ‘Dolby‘ and the ‘double-D‘ symbol are registered trademarks of Dolby
Laboratories.
Frame Rate Conversion
: From 60 fps to 60/30 fps
: From 59.94 fps to 59.94/29.97 fps
: From 50 fps to 50/25 fps
: From 30 fps to 60/30 fps
: From 29.97 fps to 59.94/29.97
: From 25 fps to 50/25 fps
: Frame rate up conversion only for interlaced input (1080i/576i/480i) to 720p output.
Audio Transcode Density
The table below describes maximum audio transcode density as a function of codec type.
One 5.1 audio use the same resources as 3x 2.0 audio. A combination of audio types are supported.
Logo Insertion
Maximum Size : 192x128 (SD)
: 360x180 (HD 720P)
: 480x270 (HD 1080i)
Positioning : User selectable (pixel accuracy)
File format : PNG (8-bit ARGB) file per encoded channel
Subtitling Burn In
DVB/EBU Subtitling : Burned into Transcoded Video
Auxillary Data
Pass Through Generation : All auxillary data components (EBU Subtitling, DVB Sub
titling, Teletext etc.). Lipsync to video is maintained.
: EBU Subtitling, DVB Subtitling, Teletext subtitling PIDs from a generator can be added in the mux output
Video Processing
WSS Blanking : Line 23
Statistical Multiplexing
Statmux Controller Maximum # Groups Maximum # Services within group : Local within chassis. (Management module.)
:4
: 32
Licensed Features
Number of HD encoders
Number of SD encoders
Logo Insertion
Statistical Multiplexing - Number of Channels
MPEG/AAC Audio Transcode – Number of audio channels
Dolby ® Decode – Number of channels
Dolby ® Encode– Number of channels
4:2:2 10bit decoding Density
Universal Transcoder - Dense Broadcast Mode
Density
Total Number of Video Transcodes : Up to 4x HD or 16x SD channels per module
Video transcoder consists of four blocks each capable of
: 1x HD transcode with PiP OR
: 4x SD transcode without PiP OR
: 3x SD transcode with PiP OR
: 1x HD/SD transcode with PiP and up/downconv.
Each block can be configured independently.
Video Decoder
MPEG-2 profiles
MPEG-4 AVC profiles
SD resolutions
: MP@HL (HD)
: MP@ML (SD)
: MP@L4.2, HP@L4.2 (HD)
: MP@L3.0, HP@L3.1 (SD)
: 720/704/544/528/480/352 x 576i25 fps
Dolby® Digital Plus Professional Decoder. ‘Dolby‘ and the ‘double-D‘ symbol are registered trademarks of Dolby Laboratories.
: 720/704/640/544/528/480/352 x 480i29.97 fps
: 1920/1440/1280/960 x 1080i30/29.97/25 fps
: 1280/960/640 x 720p60/59.94/50 fps
Auxillary Data
Auxillary data components (EBU Subtitling, DVB Subtitling, Teletext etc.) are passed through
Lipsync to video is maintained.
: MPEG1 Layer 2 (2.0)
: AAC-LC (2.0)
: HE-AACv1 (2.0)
: HE-AACv2 (2.0)
: Dolby® Digital (2.0/5.1)/Dolby® Digital Plus (2.0/5.1/7.1)
:M
ultichannel audio (5.1 or 7.1) will be downmixed to 2.0
as part of transcode process.
Video Processing
WSS (line 23) blanking
: Yes
HD 1080i resolutions
HD 720p resolutions
Audio Decoder Audio Codecs
Audio Downmix
Video Encoder
MPEG-2 profiles
MPEG-4 AVC profiles
Rate Control Modes GOP structure
Aspect Ratio Control
PCR PID
End-to-end Encoder Delay
Audio Encoder Audio CODECS
Audio Channel Modes
AAC Data Encapsulation
Audio Lipsync Adjustment
Audio Level Adjustment
Audio Transcode Density
: MP@HL (HD)
: MP@ML (SD)
: MP@L4.1, HP@L4.1 (HD)
: MP@L3.1, HP@L3.1 (SD)
: Constant Bit Rate (CBR)
: Capped VBR (CVBR) with QP target
: Statistical Multiplexing (in future release)
: Dynamic with Scene Change Detection and Adaptive GOP structure
: Manual, Transparent input to output
: PCR on Video PID or as separate PID
: Typically 5500ms
: MPEG1 Layer 2 (2.0)
: AAC-LC (2.0)
: HE-AACv1 (2.0)
: HE-AACv2 (2.0)
: Dolby® Digital pass-through
: Dolby® Digital Plus pass-through
: Stereo, Mono
: ADTS or LATM selectable per encoded channel
: +/- 300ms
: +/-6dB
: 12 transcodes per 2 blocks, max 4 per channel
Picture-in-Picture
Codec
: MPEG-4 AVC MP
Bitrate
: Min 96kbps, Max 400kbps (CBR)
Resolutions
: 320x240,192x192, 176x144, 128x96, 96x96
Video Re-scaling
Down Conversion HD to SD
: Including aspect ratio conversion, letter-/pillar boxing
Up Conversion SD to HD
: Including aspect ratio conversion, letter-/pillar-boxing
and de-interlacing.
Frame Rate Conversion
: From 60 fps to 60/30 fps
: From 59.94 fps to 59.94/29.97 fps
: From 50 fps to 50/25 fps
: From 30 fps to 60/30 fps
: From 29.97 fps to 59.94/29.97 fps
: From 25 fps to 50/25 fps
: Frame rate up conversion only for interlaced input
(1080i/576i/480i) to 720p output
Logo Insertion
Maximum Size
: 192x128 (SD)
: 360x180 (HD 720P)
: 480x270 (HD 1080i)
Positioning
: User selectable (pixel accuracy)
File format
: PNG (8-bit ARGB) file per encoded channel
Subtitling Burn In
DVB/EBU Subtitling : Burned into Transcoded Video. Restricted to 4 channels per module
Statistical Multiplexing (Not supported in initial release)
Statmux Controller
: Local within chassis.
Maximum # Groups
: One per Universal Transcoder board in chassis
Maximum # Services within group : 32
Licensed Features
: Video Transcode capacity in steps of blocks capable of 1xHD/4xSD
: Statistical Multiplexing - Number of Channels
: Dolby® Digital/Dolby® Digital Plus Decode
: High Density Mode (dense-sd for 4xSD per block)
: MPEG2/H264
Mediaroom:
: Approved
Universal Transcoder - MS/OTT
Number of input channels
Video Decoder
MPEG-2 profiles
MPEG-4 AVC profiles : Up to 4 HD channels7)
: Ranging from MP@ML (SD) to MP@HL (HD)
: up to HP@L4.2
: up to MP@L4.2 : up to BP@L4.1
Audio Decoder
Input format
: MPEG-1 Layer 2. Modes: 1.0 (mono), 2.0 (stereo)
: AAC-LC. Modes: 2.0, 5.1 (downmixed to 2.0)
: HE-AAC v1/2. Modes: 2.0, 5.1 (downmixed to 2.0)
: Dolby® Digital (AC-3) : Modes: 2.0, 5.1 (downmixed to 2.0)
: Dolby® Digital Plus (E-AC-3): Modes: 2.0, 5.1, 7.1 (downmixed to 2.0)
Pass-through
: MPEG1 Layer II
: AAC-LC
: HE-AACv1/2
: Dolby® Digital (AC-3)
: Dolby® Digital Plus (E-AC-3)
Video Encode
MPEG-4 AVC Profiles
Resolutions @ 59.94 fps or 50.00 fps8)
: up to HP@4.0
: up to MP@4.0
: up to BP@4.0
: 720p › 1280, 960, 854
Resolutions @ 29.97 fps or 25.00 fps8)
Resolutions @ 14.99 fps or 12.50 fps8)
: 1080p › 1920, 1440, 1280, 960, 720, 640
:720p › 1280, 960, 854
:640p › 960
:576p › 1024, 768, 720, 3529)
:540p › 960
:480p › 854, 720, 640, 352
:432p › 768
:360p › 640, 480
:320p › 480
:288p › 512
:270p › 480, 360
:256p › 144
:240p › 320
:216p › 384
: 180p › 320, 240
:640p › 960
: 576p › 1024, 768, 720, 352
7) Full HD (1080p) input restricts input density to 2 channels.
8) For complete table please contact Sencore.
:480p › 854, 720, 640, 352
:432p › 768
:360p › 640, 480
:320p › 480
:288p › 512
:270p › 480, 360
:256p › 144
:240p › 320
:216p › 384
:180p › 320, 240
Frame rate conversion
Number of profiles
: From 60/59.94/50 reduced to ½, ¼
: From 50 reduced to ½ or ¼
: From 30/29.97/50 reduced to ½
: Ranging from 4 × HD to 28 × sub SD per module,
depending on complexity of profiles
: Frame accurate key frame alignment across all profiles. Fixed IDR to IDR distance.
: Dynamic GOP structure with Scene Change Detec-
tion.
Key Frame Alignment
GOP control Audio Encode
Capacity
: Up to 8 per module
Output format
: AAC-LC. Modes: 2.0, Bit rates: 32–384kbps
: HE-AAC v1. Modes: 2.0, Bit rates: 32–192kbps
: HE-AAC v2. Modes: 2.0, Bit rates: 32–96kbps
Sample rates
: 32, 44.1, 48kHz
Reformatting/Rescaling
De-interlacing
Format conversion
Aspect Ratio Control
Aspect Ratio Modes
AFD Modes
: Transparent Input to Output, Manual 4:3 or 16:9
: Generated based on incoming AFD and format conversion.
VBI
Pass-through
: Interlaced to progressive conversion
: From HD to sub SD
: Components such as EBU Teletext and DVB Subtitling
can be passed through. Synchronization to video will
be maintained.
: EIA-608n and EIA-708 passed through.
Closed Captioning
Graphics
Subtitling Insertion (burn-in)
: DVB Subtitling
Licensed Features
: Dolby® Digital/Dolby® Digital Plus Decode
Transcoder
: Up to 2 HD or 4 SD channels
: Ranging from MP@ML (SD) to MP@HL (HD)
: Ranging from MP@L3.0, HP@L3.0 (SD) to MP@L4.0,
HP@L4.0 (HD)
Audio Decoder
Input format
: MPEG-1 Layer 2
: AAC-LC
: HE-AAC v1/2
Video Decoder
MPEG-2 profiles
H.264/AVC profiles Number of channels
Video Pre-processing Inverse Telecine Detection
De-blocking Filter
Motion Compensated Temporal Filter (MCTF) Horizontal Rescaling Rescaling
8) For complete table please contact Sencore.
9) 352 only available for 25 fps
Video Encoder MPEG-2 profiles
: Yes
: Adjustable
: Adjustable
: From 1920 to 1440, 1280 or 960
: From 1280 to 960 or 640
: From 720 to 704, 640, 544, 528, 480 or 35
: Downconversion HD to SD (requires SD license)
: MP@HL (HD)
H.264/AVC profiles Rate Control Modes CBR Rate Range
GOP structure Clock Modes Picture-In-Picture
Audio Encoder
MPEG-1 Layer 2
ACC-LC
AAC Data Encapsulation
Channel Modes
Pass-through
Private Data : MP@ML (SD)
: MP@L4.1, HP@L4.1 (HD)
: MP@L3.0, HP@L3.0 (SD)
: Constant Bit Rate (CBR)
: Capped VBR (CVBR) with QP target
: Statistical Multiplexing
: From 250kbps to limit by profile/level (max 19Mbps)
: Automatic or Manual
: Locked to input
: 416×240, 352×288, 352×240, 192×192, 128×128,
128×96 or 96×96
: Up to 8 stereo pairs per module (4 in statmux mode)
: Up to 4 stereo pairs per module (2 in statmux mode)
: ADTS or LATM selectable per encoded channel
: Stereo/Dual Mono/Mono
: MPEG1 Layer II
: AAC-LC
: HE-AACv1/2
: Dolby® Digital (AC-3)
: Dolby® Digital Plus (E-AC-3)
: Synchronization (Teletext, DVB Subtitling etc) is maintained through transcoder.
PROCESSING MODULES SPECIFICATIONS
Audio leveling
Number of audio tracks
Pass-Through
Audio format
Adjustable range
Step
Adjustment mode
Licensed Features
: 250 stereo
: All components signaled in service
: MPEG-1 layer 2
: ±30 dB
: 2 dB
: Static
Integrated with 3rd party SW solutions for automatic
adjustment
: Number of audio channels
PSI/SI
Function
Pass-through of scrambled services
PSI/SI handling
Tables Supported:
PSI
SI
PSIP
Function
Tables Supported:
PSI
PSIP
Bulk Descrambling
Interface CA system support BISS support Maximum data rate Number of services per module Scrambling algorithms Licensed Features
SIM Bulk Descrambling
Interface
Number of SIM card readers
CA system support
BISS support
Maximum data rate
Number of services per module
Scrambling algorithms
: Number of descrambled channels
: Biss, Verimatrix, Latens
: SIM based smart card
: 8 in front and 8 behind front plate
(Only 8 in front can be replaced while in operation)
: Conax
: Mode 1, Mode E
: Up to 850 MBit/s
: 250
: DVB-CSA and AES
Dual IP IO
IP Input/Output
Interface
Operational mode
Maximum data rate per port
Licensed Features
: Number of descrambled channels
: Conax
DVB Descrambling
Interface
CA system support*
Number of services per CAM
: DVB Common Interface
: BetaCrypt, Conax, Cryptoworks, Irdeto, Mediaguard,
Viaccess, NDS Viasat, Nagra
: 10 (requires multi service CAM)
Scrambling
Scrambling algorithm
Maximum data rate
Number of services per scrambler card
Video format
Interface towards CA System
Number of CA systems
EMM
Entropy reduction
: DVB-CSA and AES
: Up to 850 MBit/s
: 250 (depending on SW license)
: Transport stream, MPEG-2 SD/HD and MPEG-4 SD/HD
: Simulcrypt interface
: 4 CA systems simultaneously
: Yes
: Yes for DVB
No for AES
Licensed Features
: Number of descrambled channels
: PVR assist
EPG
(ETSI EN 300 458 V1.9.1)
: EIT table from any port
: Re-generated EIT table
Ingest Output
: SW based smart card
: Please contact Sencore*
: Mode 1, Mode E
: Up to 850 MBit/s
: 250
: DVB-CSA and AES PCR regeneration
COMMON OUTPUT SPECIFICATIONS
All Output Modules
Key reference specification
: ETSI TR 101 211 V1.9.1, ISO IEC 13818-1
Multiplexing
Video format
: Transport stream, MPEG-2 SD/HD, MPEG-4 SD/HD,
and HEVC
* Sencore aims to integrate with all major CA providers. Please contact Sencore for an updated list over integrated CA systems.
: Yes
: PSI/SI regeneration based on input and
operations performed on the signal
: Yes, on TS level. For SPTS output only
: Automatically regenerated
: PAT, PMT, CAT
: SDT, NIT, EITpf ,TOT, TDT, BAT, AIT
: PSIP input analysis
: PAT, PMT, CAT
: MGT, TVCT,CVCT
OUTPUT MODULE SPECIFICATIONS
Maximum number of services per port
Data format
Transport stream
Service filtering
Video format
IP Input
IP de-jittering
Forward Error Correction
IP Output
Forward Error Correction Licensed Features
: 2×10/100/1000 Base-T Ethernet and SFP
: The module can be configured to;
- 1 input and 1 output
- Seamless (Hitless) IP in
- Cloned IP out
- Dual IP in
- Dual IP out
: Up to 850 Mbit/s per port in Seamless (Hitless) in, cloned
out or 1×IPIN+1×IPOUT
: Up to 850 Mbit/s sum of both ports in Dual IP in or Dual IP
out mode
: 250
: UDP/RTP Multicast/Unicast
: SPTS and MPTS
: Yes
: Transport stream, MPEG-2/4 (H264) SD/HD
: Yes, based on PCR or CBR
: SMPTE 2022-1
250 input streams per data port
: SMPTE 2022-1
250 output streams per data port
: Seamless IP In, Cloned IP Out
: Multiplexing
: FEC in, FEC out, FEC in/out
: IP Out Redundancy
ASI Output
Key reference specification
Connectors
Number of outputs per module
Maximum bit-rate per port
Transport stream output
Number of services per card
Output format
: EN50083-9
: 4 BNC female, 75Ω
: 4 different Transport Streams
: burst mode: 213.7Mbit/s
spread mode: 72Mbit/s
: SPTS and MPTS
: 250 (sum of all 4 ports)
: Constant bit-rate
QAM Output
: EN 300 429, ITU J.83.ABC
: 2 × F connector female, 75 Ω
: 3 and 4 per group (adjacent channels)
: up to 16 carriers in 4 groups, 8 per port
: 32 / 64 / 128 / 256 - QAM
: 4.48 to 7.00 Mbaud (Annex A and C)
: 47–862 MHz
: user selectable
Key reference specifications
Interface Number of carriers
Number of QAM frequencies per module
Modulation
Symbol rate
Frequency range
Spectrum inversion
Test mode
Channel spacing
Frequency step size
Frequency stability
Output level
Output level stability
Output level adjustment step size (GUI)
MER
Return loss
Spurious
: CW
: 5, 6, 7, 8 MHz (12 MHz available for 3 carrier groups)
: 1 Hz
: 2 ppm
: -12 to +2.2dBm per carrier
: ± 0.5 dB
: 0.1 dB
: > 42 dB
: >16 dB
: typ < -60 dBc
DVB-S/S2 Modulator, IF
Key reference specification
: EN 300 421 , EN 302 307
Number of DVB-S/S2 outputs per module
:2
Monitoring ports
: 1 per output (30 dB attenuated)
Output connector: F-type female, 75 Ω (RF Out and Test out)
Output frequency (center): 70–200 MHz
Output level
: -15 to 0 dBm
Output level stability
: ± 0.5 dB
Frequency stability
: 2 ppm
Return loss
: >16 dB
Spurious
: typ < -60 dBc
In-band flatness
: typ < ± 0.1 dB
Spectrum inversion
: user selectable
Precorrection
: Static linear pre-correction
DVB-S Coding and Modulation
Constellation
Modulation mode
FEC outer
FEC inner
Code rates
Symbol rate
DVB-S2 Coding and Modulation
Constellation
Modulation mode
FEC
Code rates
Frame length
Symbol rate
Roll off
DVB-S Coding and Modulation
Constellation
Modulation mode
FEC outer
FEC inner
Code rates
Symbol rate
DVB-S2 Coding and Modulation
Constellation
Modulation mode
FEC
Code rates
Frame length
Symbol rate
Roll off
: QPSK, 8-PSK, 16-APSK, 32-APSK
: CCM
: BCH/LDPC
: 1/4, 1/3, 2/5, 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10
: 16200 bits (short), 64800 bits (long)
: 0.5–45 Mbaud
: 0.05, 0.10, 0.15, 0.20, 0.25, and 0.35
Licensed Features
: DVB-S/S2
: 1 or 2 outputs
DVB-T Cable Modulator
Key reference specification
Number of carriers
Number of output ports
Output connector
Impedance
Output frequency
Frequency setting step size
Output level
Output level stability
Frequency accuracy
Return loss
MER
Test mode
: ETSI EN 300744
: 4 independent carriers
: 2 (2 carriers per port)
: F-type
: 75 Ω
: 47–862 MHz
: 1 Hz
: -12 to 2.2 dBm
: ± 0.5 dB
: 2 ppm
: >16 dB
: > 42 dB
: CW
: QPSK
: Constant
: RS (188, 204)
: Viterbi
: 1/2, 2/3, 3/4, 5/6, 7/8
: 0.5–45 Mbaud
DVB-T Coding and Modulation
FFT size
Guard intervals
Code rates
Constellation
Channel bandwidth
: 2k, 8k
: 1/4, 1/8, 1/16, 1/32
: 1/2, 2/3, 3/4, 5/6, 7/8
: QPSK, 16-QAM, 64-QAM
: 5, 6, 7, 8 MHz
: QPSK, 8-PSK, 16-APSK, 32-APSK
: CCM
: BCH/LDPC
: 1/4, 1/3, 2/5, 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10
: 16200 bits (short), 64800 bits (long)
: 0.5–45 Mbaud
: 0.05, 0.10, 0.15, 0.20, 0.25, and 0.35
DVB-T2 Cable Modulator
Key reference specification
Number of carriers
Number of output ports
Output connector
Impedance
Output frequency
Frequency setting step size
Output level
Output level stability
Frequency accuracy
Return loss
MER
Test mode
: ETSI EN 302755
: 2 independent carriers
: 2 (1 carrier per port)
: F-type
: 75 Ω
: 47-862 MHz
: 1 Hz
: -12 to 2.2 dBm (TBD)
: ± 0.5 dB
: 2 ppm
: >16 dB
: > 42 dB
: CW
Licensed Features
: DVB-S/S2
:1 or 2 outputs
DVB-S/S2 Modulator, L Band
Key reference specification
: EN 300 421 , EN 302 307
Number of DVB-S/S2 outputs per module
:2
Monitoring ports
: 1 per output (30 dB attenuated)
Output connector: SMA female, 50Ω (RF out)
: F-type female, 75Ω (Test out)
Output frequency
: 950–2150 MHz
Output level
: -20 to 5 dBm
Output level stability
: ± 0.5 dB
Frequency accuracy
: 2 ppm
Return loss
: >14 dB
Spectrum inversion
: user selectable
Spurious
: < -65 dBc/4kHz (@ symbol rate ≥ 256 kb/s)
In-band flatness
: typ < ± 0.1 dB
Precorrection
: Static linear pre-correction
: QPSK
: Constant
: RS (188, 204)
: Viterbi
: 1/2, 2/3, 3/4, 5/6, 7/8
: 0.5–45 Mbaud
DVB-T2 Coding and Modulation
FFT size
: 1k, 2k, 4k, 8k, 8k extended, 16k,
16k extended, 32k, 32k extended
Guard intervals
: 1/4, 19/128, 1/8, 19/256, 1/16, 1/32, 1/128
FEC frame
: Normal (64k), Short (16k)
FEC code rate
: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6
Constellation (PLP)
: QPSK, 16-QAM, 64-QAM, 256-QAM
Channel bandwidth
: 1.7, 5, 6, 7, 8, or 10 MHz
Pilot pattern
: P1–P8
Number of PLPs
:1
DVB-T/T2 Modulator (Exciter)
Key reference specification
Number of carriers
Number of output ports
Output connector
Impedance
Output frequency
Frequency setting step size
Output level
: ETSI EN 302755 , ETSI EN 300744
: 2 independent carriers
: 2 (1 carrier per port)
: BNC
: 50 Ω
: 47-862 MHz
: 1 Hz
: -15 to 0 dBm
Output level stability
Frequency accuracy
Return loss
MER
Test mode
DVB-T Coding and Modulation
Input
FFT size
Guard intervals
Code rates
Constellation
Channel bandwidth
DVB-T2 Coding and Modulation
Input
SFN T2 versions
FFT size
: ± 0.5 dB
: 2 ppm
: >16 dB
: > 42 dB
: CW
: TS with MIP (SFN) or remultiplexed TS
: 2k, 8k
: 1/4, 1/8, 1/16, 1/32
: 1/2, 2/3, 3/4, 5/6, 7/8
: QPSK, 16-QAM, 64-QAM
: 5, 6, 7, 8 MHz
Guard intervals
FEC frame
FEC code rate
Constellation (PLP)
Channel bandwidth
Pilot pattern
Number of PLPs
DVB-T/T2 Gateway ASI10)
Connectors
Number of MPTS’s with MIP
Number of T2MI streams
Maximum ASI bit-rate per port
Re-multiplexing
: T2MI (SFN) or remultiplexed TS
: Relative timestamps within 1000 ms
: 1.1.1 and 1.2.1
: 1k, 2k, 4k, 8k, 8k extended, 16k, 16k extended, 32k,
32k extended
: 1/4, 19/128, 1/8, 19/256, 1/16, 1/32, 1/128
: Normal (64k), Short (16k)
: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6
: QPSK, 16-QAM, 64-QAM, 256-QAM
: 1.7, 5, 6, 7, 8, or 10 MHz
: P1–P8
: up to 128
: 4 x BNC 75Ω
:4
:2
: Spread Mode: 72Mbit/s
Burst Mode: 213Mbit/s
: See common output module specifications
DVB-T MIP inserter
Key specification
Relative timestamps
: ETSI EN 300 744, ETSI TS 101 191
: <1s
DVB-T2 T2MI
Key reference specifications T2 version
T2MI signaling
Clock modes
PAPR
MISO/SISO
Guard intervals
FFT sizes
Pilot Patterns
L1 Constellations
Bandwidth
: EN50083-9, ETSI EN 302 755, ETSI TS 102 773
: 1.1.1, 1.2.1 and 1.3.1
: T2MI is signaled in PSI/SI as a data service
: Relative Timestamps <1s (SFN) and Null timestamps
(MFN)
: TR and ACE (global on/off )
: Yes
: 1/4, 19/128, 1/8, 19/256, 1/16, 1/32, 1/128
: 1k, 2k, 4k, 8k, 8k extended, 16k,
16k extended, 32k, 32k extended
: P1 – P8
: QPSK, 16-QAM, 64-QAM, BPSK
: 1.7, 5, 6, 7, 8, 10MHz
DVB-T2 PLP support
Number of PLPs
PLP mode
PLP types
TI types
Automatic calculation
FEC frame
FEC code rate
Constellations
Rotated constellations
ISSY supported
: 240 in total between all T2MI streams
: HEM, constant bit-rate
: 1 and 2
: Within a T2 frame and across multiple T2 frames
: FEC blocks, TI blocks, TI frames and TI type
: Normal (64k), Short (16k)
: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6
: QPSK, 16-QAM, 64-QAM, 256-QAM
: Yes
: Yes
Licensed Features
:DVB-T/T2
:MIP, T2MI
:1 or 2 outputs
:Multi PLP, Regional PLP
DVB-T2 Gateway IP
Connectors
Number of MPTS’s with MIP
Number of T2MI streams
Maximum data rate
Output mode
Data format
Support for cloned output
Forward Error Correction
Re-multiplexing
: 2 × 10/100/1000 Base-T Ethernet output or 2× Optical
SFP (class 1 laser product)
:4
:4
: Up to 850 MBit/s
: CBR
: UDP/RTP Multicast/Unicast
: Yes
: SMPTE 2022-1 (Licensed)
: See common output module specifications
DVB-T MIP inserter
Key specification
Relative timestamps
: ETSI EN 300 744, ETSI TS 101 191
: <1s
DVB-T2 T2MI
Key reference specifications T2 version
System redundancy
Regionalization
T2MI signaling
Clock modes
PAPR
MISO/SISO
Guard intervals
FFT sizes
Pilot Patterns
L1 Constellations
Bandwidth
DVB-T2 PLP support
Number of PLPs
PLP mode
PLP types
TI types
Automatic calculation
FEC frame
FEC code rate
Constellations
Rotated constellations
ISSY supported
Licensed Features
10) DVB-T and DVB-T2 gateway run on different HW versions for ASI out.
: EN50083-9, ETSI EN 302 755, ETSI TS 102 773
: 1.1.1, 1.2.1 and 1.3.1
: 1+1 protection on unit with T2MI frame (licensed)
Output redundancy based on OSPF (licensed)
Network level redundancy (licensed)
: Yes. Please contact Sencore for more information
: T2MI is signaled in PSI/SI as a data service
: Relative Timestamps <1s (SFN) and Null timestamps
(MFN)
: TR and ACE (global on/off )
: Yes
: 1/4, 19/128, 1/8, 19/256, 1/16, 1/32, 1/128
: 1k, 2k, 4k, 8k, 8k extended, 16k,16k extended, 32k, 32k
extended
: P1 – P8
: QPSK, 16-QAM, 64-QAM, BPSK
: 1.7, 5, 6, 7, 8, 10MHz
: 240 in total between all T2MI streams
: HEM, constant bit-rate
: 1 and 2
: Within a T2 frame and across multiple T2 frames
: FEC blocks, TI blocks, TI frames and TI type
: Normal (64k), Short (16k)
: 1/2, 3/5, 2/3, 3/4, 4/5, 5/6
: QPSK, 16-QAM, 64-QAM, 256-QAM
: Yes
: Yes
: IP Out Redundancy, T2MI sync+IP Redundancy
: T2MI
: Multi PLP, Regional PLP
: FEC out
CHASSIS
4RU
Physical dimensions
: 19” × 4RU × 400mm (440 × 177 × 400 mm)
Power supply
Power Input voltage
Redundancy Monitoring
: 800 Watt
: 100-240 V AC, 50/60 Hz
: Yes, dual hot swappable PS
: Via WEB GUI and LED indicators on PS
Cooling
Fans
Hot swap of fans
Airflow direction
: 4 fans
: Yes, fans are independently hot swappable
: Front to back
1RU
: 19” × 1RU × 400mm (440 × 44 × 480 mm)
Physical dimensions
Power supply
Power Input voltage
Redundancy Monitoring
: 400 Watt
: 100-240 V AC, 50/60 Hz
: optional: -48V DC
: Yes, dual hot swappable PS
: Via WEB GUI and LED indicators on PS
Cooling
Fans
Hot swap of fans
Airflow direction
: 6 fans
: Yes, common fan module with all 6 fans
: Front to back
ENVIRONMENTAL CONDITIONS
Operational conditions
Temperature
Humidity
: 0 to +40 °C
: 5–95% (non-condensing)
Storage
Temperature
Humidity
: -20 to +70 °C
: 5 to 95% (non-condensing)
Electrical safety
IEC 60950-1 EMC
EN 55022, EN55013, EN50083-2, EN55024, EN61000-3-2, EN61000-3-3, FCC CFR 47 Part 15
RoHSCompliant
WEEECompliant
Sencore Inc
3200 W Sencore Drive
S i o u x Fa l l s , S D
United States
Te l : + 1 . 6 0 5 . 9 7 8 . 4 6 0 0
Fa x : + 1 . 6 0 5 . 3 3 5 . 6 3 7 9
Email: info@Sencore.com
We b : w w w. S e n co re. co m
VERSION 3.6
IP/ASI Transport Stream Gateway
DMG 1200
OVERVIEW
SPECIFICATIONS
The DMG 1200 family is a series of high-
ASI INPUTS AND OUTPUTS
density transport stream gateways for IP and
ASI applications. Featuring up to four gigabit
Ethernet interfaces and sixteen ASI ports,
the DMG 1200 family is ideal for solving the
interconnection problems operators face in
today’s evolving video delivery environment.
APPLICATIONS
• Dense IP to ASI / ASI to IP Conversion
Up to 16 Channels per 1RU
• IP Network Filtering/Bridging
Retransmission of up to 32 streams on a seperate
physical network, on different multicast groups
Connector: Impedance:
Packet format: TS Bitrate: Output TS Type:
IP INPUTS AND OUTPUTS
Connector Type: Input Formats: Output Format:
IP Encapsulation: Addressing: IGMP compatibility: Per TS Bitrate: Output TS Type:
MANAGEMENT
KEY FEATURES
Connector: Protocols: User Interfaces: Automation Interfaces:
• Reliably connect legacy ASI devices to IP networks
DIMENSIONS/POWER
• Multicast to Unicast Conversion
Re-encasuplation of an MPEG transport stream from
unicast to multicast or multicast to unicast.
• Up to two independent platforms in 1RU, each featuring:
√ Two Gigabit Ethernet ports for MPEG TS I/O
√ Four bi-directional ASI I/O ports
√ Four directional ASI ports (either inputs or outputs)
Height: Width: Depth:
Power: Supply Type:
Up to 8x BNCs per Platform
(Up to two platforms in 1RU)
75Ω
188 bytes per packet
500 Kbps to 213 Mbps
SPTS or MPTS (follows input)
2x RJ45 10/100/1000 per Platform
(Up to two platforms in 1RU)
UDP or RTP
UDP
1 to 7 TS packets per IP packet
Unicast and Multicast
Version 1, 2 & 3
500 Kbps to 213 Mbps
SPTS or MPTS (follows input)
RJ-45 10/100 - Auto Negotiating
HTTP and SNMP
Full control via web GUI
Basic setup/status via front panel
Full status and control via SNMP
SNMP traps on alarms
Web services access to main GUI
1 RU, 1.75” (5cm)
17.4” (44.2 cm)
23” (58 cm)
100-240 VAC 50/60 Hz
-48 VDC supply available
Dual, hot-swappable, redundant
load sharing power supplies
• Hot-swappable, redundant, load-sharing power supplies
• Easy-to-use web interface
• Full control, status, and alarm monitoring via SNMP
Version 6
605.978.4600
www.sencore.com
Modular Receiver
MRD 2600
The MRD 2600 receiver shares the professionalgrade front-end collection from Sencore’s newest
KEY FEATURES
• Built-in ASI I/O for maximum value and flexibility
decoder designs, but removes the baseband video
• Available IP and RF satellite I/O modules:
and audio components.
√ 8VSB/QAM-B receiver designed for A74
This makes it a cost-
effective solution for single-transponder, multi-
√ DVB-T/T2/C/C2/ISDB-T receiver
service descrambling or single channel digital
√ TurboPSK Interface with full mode support
turnaround applications.
√ IP Interface with redundant receive paths
√ Dual, mirrored TS over IP transmission
With available satellite, terrestrial (8VSB, QAM-B,
• Flexible descrambling support
DVB-T/T2/C/C2/ISDB-T), ASI, and IP input modules,
√ Two DVB-CI Interfaces supporting up to 100Mbps
in conjunction with dual-CAM DVB-CI and BISS
√ Flexible per-PID/service configuration
descrambling, the MRD 2600 is ideally suited for
√ Built-in BISS Mode 1, Mode E and multi-key
transport stream input/output.
√ Up to 12 Independent BISS keys supported
The product is
a perfect to feed internal IP distribution or front
transcode infrastructure which is missing critical
RF interfaces, especially where density is not a key
requirement.
The MRD 2600 provides a wide range of control
options, including full configuration and status
through the front panel and a clean, easy-to-use
web GUI. It also features a full SNMP interface,
including configurable traps on alarms for easy
integration into an control system, and as with all
Sencore products, Sencore’s professional support
team is just a phone call away in the unlikely event
that questions should arise.
• Easy-to-use web interface
• Full control, status, and alarm monitoring via SNMP
APPLICATIONS
• Multi-Service DVB-CI Decryption
Downlink a DVB-S2 transponder, descramble with up to
two professional DVB-CI CAMs, and output an IP MPTS
to downstream transcoders or decoders.
• 8VSB Reception and Turnaround
Receive local stations and output for backhaul as ASI
and IP. 8VSB input interface designed for strenuous A74
reception conditions.
• Satellite Reception and BISS Descrambling
Simple solution for BISS, BISS-E, or Multi-BISS
decryption. Transmit transport steam in the clear via ASI
or IP for additional processing.
SPECIFICATIONS
Modular Receiver MRD 2600
BASE UNIT FEATURES
ASI Input:
ASI Output:
Supported Bitrate: MRD 26000
1x 75Ω BNC
1x 75Ω BNC
250 Kbps to 200 Mbps
BISS Descrambling License MRD 26921
Supported Modes:
Mode 1, Mode E, Injected ID
Multi-BISS Support:
Up to 12 Separate Keys
DVB-CI Multi-Service
MRD 26991
With DVB-CI Module:
Enables Multi-service Descrambling
PID/Service Filtering License
MRD 26928
Filtering:
10 Independent TS (MPTS or SPTS)
created; output via IP or ASI
Table Regeneration (DVB Mode): PAT regeneration
Table Pass-through (DVB Mode): PMT, CAT, NIT pass-through Table
Regeneration (DVB Mode):
PAT, SDT
Table Pass-through (DVB Mode): PMT, CAT, NIT, EIT, RST, TDT, TOT
DVB-CI DESCRAMBLING MODULE
Physical Interface:
Without Multi-Service License:
With Multi-Service License:
MRD 26421
Adds two DVB-CI CAM Slots
Descrambles Decoded Service Only
Number of Services limited by CAM
IP INPUT/OUTPUT MODULE
MRD 26127
Physical Interface:
Input Format: Output Format: MPE De-encapsulation:
IP Encapsulation: Addressing: IGMP compatibility: Per TS Bitrate: 2x RJ45, 10/100/1000 Auto-Negotiate
UDP or RTP
Constant Bitrate or Null-Stripped
RTP Header Extensions Supported
SMPTE 2022/CoP3 FEC Supported
UDP
Up to 2 PIDs
Up to 60Mbps per MPE PID
1 to 7 TS Packets per IP Packet
Unicast or Multicast
Version 1, 2 & 3
250 Kbps to 200 Mbps
MPEG/IP FEC Output License
Additional Output Formats:
MRD 26925
RTP and Header Extensions
SMPTE 2022/CoP3 FEC Supported
DVB-S/S2 INPUT MODULE
Physical Interface:
Frequency Range: Symbol Rates:
DVB-S Modulation Modes:
DVB-S2 Modulation Modes:
LNB Power:
Control Tone Support:
MRD 26116
4x 75Ω F-Type
950-2150 MHz
1-60 MSps
QPSK (All FEC Rates)
QPSK/8PSK (All FEC Rates)
16/32APSK with License
Off/13/14/18/19VDC @ 450mA
22 kHz On/Off
DVB-S2 Advanced Feature License
MRD 26916
Additional Modulation Modes: 16ASPK/32APSK (All FEC Rates)
VCM Demodulation Support
Multistream Support (Single ISI)
8VSB/QAM-B INPUT MODULE
MRD 26101
Physical Interface:
Frequency Range: Sensitivity:
1x 75Ω F-Type
50-1000 MHz
-34 to +40 dBmV (A74 Compliant)
8VSB Standard:
8VSB Channel Plans: ATSC A/53E
Broadcast
QAM Standard:
QAM Channel Plans:
QAM Constellations:
ITU Annex B/SCTE DVS-031
FCC, IRC, HRC
QAM64, QAM256
BROADCOM TURBOPSK INPUT MODULE Physical Interface: Frequency Range: Symbol Rates:
DVB-S Modulation Modes: TurboPSK Modulation Modes: MRD 26111
1x 75Ω F-Type
950-2150 MHz
1-30 MSps
QPSK (All FEC Rates)
QPSK /8PSK (All FEC Rates)
DVB-T/T2/C/C2/ISDB-T INPUT MODULE Physical Interface:
Frequency Range:
Bandwidth:
Constellations:
DVB-T:
DVB-T2:
DVB-C:
DVB-C2:
ISDB-T:
MANAGEMENT
Connector: Protocols: User Interfaces: Automation Interfaces:
Firmware Updates:
MRD 26115
1x 75Ω F-Type
42-1002 MHz
1.7MHz, 5 MHz, 6MHz, 7MHz, 8MHz
QPSK, QAM16, QAM64 (All FEC Rates)
QPSK, QAM16, QAM64, QAM256 (All
FEC Rates)
QAM16, QAM32, QAM64, QAM128,
QAM256 (All FEC Rates)
QAM16, QAM64, QAM256,
QAM1024, QAM4096 (All FEC Rates)
QPSK, QAM16, QAM64 (All FEC Rates)
RJ-45 10/100 - Auto Negotiating
HTTP and SNMP
Full control via web GUI
Full control via front panel
Full status and control via SNMP
Configurable SNMP traps
Web services API available
Syslog message logging
Via Web GUI
DIMENSIONS/POWER
Height: Width: Depth:
Power: Supply Options:
1 RU, 1.72” (44 mm)
1 RU, 17.2” (437 mm)
14.6” (370 mm)
100-240 VAC 50/60 Hz
36-72 VDC
Single AC Power Supply (Standard)
Dual AC Power Supply
Single DC Power Supply
ENVIRONMENTAL CONDITIONS
Operating Temp:
Storage Temp: Relative Operating Humidity: 0° to 45°C
-40°C to 65°C
<95% (non-condensing)
605.978.4600
www.sencore.com
Networked DVB-S(2)
Satellite Receiver
DekTec DTA-3137
□ Compact professional satellite receiver
□ Full TS output on IP and DVB-ASI
□ LNG power insertion
KEY FEATURES
KEY ATTRIBUTES
• Standalone DVB-S2 receiver supporting QPSK, 8PSK,
16PSK and 32PSK
Parameter
Connector
75Ω F Female
• DVB-S2 demodulation compliant to EN302-307 and
EN301-210, as well as legacy DVB-S support
Return loss
>10dB
• Web and SNMP interface for setting parameters and
observing status
Tuning range
950 to 22150MHz
Sensitivity
-30 to -60dBm
Baud rate
2 to 40MBd
Supply
13V/18V 400mA
22kHz tone
on/off
• Unit can be powered via the Ethernet cable (Power over
Ethernet) or through a DC power supply jack
RF Input
Value
LNB
• LNB power insertion
• Full support of SMPTE 2022-1/2, with 2D FEC encoder for
robust transport over IP
TS output
ASI port
Connector
75Ω BNC
DVB-ASI
EN50083-9
• LCD status display shows device identifier, mode, carrier
frequency, level, SNR, BER and IP/MAC address
GigE port
Connector
RJ-45
Physical layer
IEEE 802.3at
• Install up to 12 modules in 3U 19” rack space using
DekTec rack-mountable rail
Transport
APPLICATIONS
Device
power
• SMATV: Redistribution of satellite TV
• General-purpose receiver for obtaining the full transport
stream from a DVB-S2 signal
CONTROL
TP per IP
1 to 7 UDP/RTP
FEC
SMPTE 2022-1
Connector
2.1 mm DC plug
24 V supply
22 to 30V; 17W
STANDARDS
Standard
Mode
EN301 210
DVB-S
EN 302 307
DVB-S2: QPSK, 8/16/32APSK
CCM only
IP-address assignment
DHCP or static
Multicast support
IGMP v2
Device management
Browser based
Network management
SNMP v2c
Type
Description
Discovery
WS-Discovery
DTE-3137
Networked DVB-S(2) Receiver
ORDERING INFORMATION
Sencore is the preferred distributor of DekTec in North America.
605.978.4600
www.sencore.com
ASI to IP PoE Converter
DekTec DTE-3120
□ DVB-ASI to TSoIP converter
□ UDP, RTP, 2D FEC (SMPTE-2022))
□ Power over Ethernet enabled
KEY FEATURES
• Standalone module can either be used as compact
autonomous ASI to TS-over-IP (TSoIP) gateway, or as
remote I/O device for PC-based applications
KEY ATTRIBUTES
Parameter
GigE Port
• SMPTE-2022 and DTAPI mode
Value
Physical layer
IEEE 802.3af
Data Rate
10/100/1000
Connector
RJ-45
Physical Layer
DVB-ASI (coax)
• Power-over-Ethernet support: No separate power feed
required
Connector
75-Ω BNC (2x)
Rx bitrate
0 .. 214Mbit/s
• Active loop-through with fail-over relays for input-tooutput link in case of power failure
Return loss
17dB typ.
TS per IP
1-7
Encapsulation
UDP or RTP
FEC
SMPTE 2022
• Time stamping for monitoring applications
ASI Port
Transport
• Supports IP encapsulation and 2D FEC encoding
according to SMPTE 2022-1/2
• LCD status display shows device identifier, bitrate, IP/
MAC address and status
ASI to TSoIP latency
10ms
• Uniform software access to DekTec TSoIP-, PCI- and USB
devices through DTAPI
Buffer size
32MB
DVB ID
5823
• Install up to 14 modules in 3U 19” rack space using the
DekTec rack-mountable rail, or units can be mounted on
a DIN rail directly on a wall
CONTROL
IP-address assignment
DHCP or static
Multicast support
IGMP v2
APPLICATIONS
Device management
browser based
• Autonomous ASI to TSoIP gateway
Network management
SNMP v2c
• With DTE-3100: Tunnelling of ASI signals over LAN, WAN
or the Internet
Discovery
WS-discovery
• Remote ASI input adapter for server-based analyzers,
monitoring applications (Xpect), multiplexers and similar
systems
RELATED PRODUCTS
Type
Description
DTE-3100
Networked ASI Output
ORDERING INFORMATION
Type
Description
DTE-3120
Networked ASI input adapter
DTE-3120-DP
DTE-3120 with DtTV, DtGrabber+
DTE-3120-SX
DTE-3120-DP with StreamXpert
Sencore is the preferred distributor of DekTec in North America.
605.978.4600
www.sencore.com
IP to ASI PoE Converter
DekTec DTE-3100
□ TSoIP to DVB-ASI converter
□ UDP, RTP, 2D FEC (SMPTE-2022)
□ Power over Ethernet enabled
KEY FEATURES
• Standalone module can either be used as compact
autonomous TS-over-IP (TSoIP) to ASI gateway, or as
remote I/O device for PC-based applications
KEY ATTRIBUTES
Parameter
GigE Port
• SMPTE-2022 and DTAPI mode
• Power-over-Ethernet support: no separate power feed
required
ASI Port
• Advanced time reconstruction algorithm to overcome IP
jitter, with programmable size of jitter tolerance buffer
• Supports IP de-encapsulation and 2D FEC decoding
according to SMPTE 2022-1/2
Transport
• LCD status display shows device identifier, bitrate, IP/
MAC address and status
• Uniform software access to DekTec TSoIP, PCI and USB
devices through DTAPI
• Install up to 14 modules in 3U 19” rack space using the
DekTec rack mountable rail, or units can be mounted on
a DIN rail directly on a wall
APPLICATIONS
Value
Physical layer
IEEE 802.3af
Data rate
10/100/1000
Connector
RJ-45
Physical layer
DVB-ASI (coax)
Connector
75-Ω BNC (2x)
Tx bitrate
0-214 Mbit/s
Resolution
<1bit/s
TS per IP
1-7
Encapsulation
UDP or RTP
FEC
SMPTE 2022
TSoIP to ASI latency*
10ms
Jitter tolerance range
1-120ms
DVB ID
5824
* Excluding FEC reconstruction and jitter tolerance delay.
CONTROL
IP-address assignment
DHCP or static
Multicast support
IGMP v2
• Autonomous TSoIP to ASI gateway
Device management
browser based
• With DTE-3120: Tunnelling of ASI signals over LAN, WAN
or the internet
Network management
SNMP v2c
Discovery
WS-discovery
• Remote ASI output adapter for server based data
inserters, stream servers, multiplexers and similar
systems
RELATED PRODUCTS
Type
Description
DTE-3120
Networked ASI input
ORDERING INFORMATION
Type
Description
DTE-3100
Networked ASI output adapter
DTE-3100-SP
DTE-3100 with StreamXpress
Sencore is the preferred distributor of DekTec in North America.
605.978.4600
www.sencore.com
OEM Module
TS-over-IP Converter
DekTec DTM-3200
□ Converts ASI to IP or IP to ASI
□ Parallel TS port
□ UDP, RTP, 2D FEC (SMPTE-2022)
KEY FEATURES
• Compact OEM module for interfacing Transport Streams
to a network. The DTM-3200 converts IP to ASI, or ASI to
IP
• Additional 8-bit parallel Transport Stream I/O port on
a 26-way boxed header for easy connectivity to custom
hardware
KEY ATTRIBUTES
Parameter
Value
GigE port
Physical layer
IEEE 802.3a
Data rate
100/1000
Connector
RJ-45 with LEDs
Physical layer
EN50083-9
Connector
1x 75-Ω MCX
Tx bitrate
0.01 .. 214Mbit/s
Physical layer
M-LVDS
• Unicast and multicast IP addressing
Signals
Clock, sync, valid, 8-bit data
• Several interface standards (RS-232, 422, 485 and I2C)
supported for serial control of the OEM module
Connector
26-way header
TP per IP
1 .. 7
Encapsulation
UDP or RTP
FEC
SMPTE 2022
• Advanced IP-jitter filtering algorithm, with programmable
jitter tolerance
• IP encapsulation and 2D-FEC encoding and decoding as
defined in SMPTE 2022
DVB-ASI port
Parallel port
Transport
• Persistent storage of configuration parameters
APPLICATIONS
TSoIP to ASI latency*
1ms
• Easy way to add a TS-over-IP input or out-put to your TSprocessing product
Jitter tolerance range
1 .. 500ms
Dimensions WxHxD
80x55x14mm
• Tunnelling of ASI signals over LAN, WAN or the Internet
*Excluding FEC reconstruction and jitter tolerance delay.
ORDERING INFORMATION
DTM-3200
OEM TS-over-IP converter
DTM-3200-RA
OEM TS-over-IP converter with rightangle connectors
PROTOCOL SUPPORT
Ethernet encapsulation
IEEE 802.2 SNAP, Eth. II
IP support
IPv4
IP-address assignment
DHCP, link local or static
Multicast support
IGMP v2
Device management
Out of band: RS-232,
RS-422, RS-485, I2C
Network management
Not supported
Sencore is the preferred distributor of DekTec in North America.
605.978.4600
www.sencore.com
EXCLUSIVE REPRESENTATIVE:
PHASE ENGENHARIA
PHASE Engenharia Ind. e Com. Ltda.
Av. Olegário Maciel 231, Lojas 101 a 105
Barra da Tijuca | Rio de Janeiro, RJ | CEP 22 621 200
Tel +55.21.2493.0125
Av. Ibirapuera 2.907, Conj. B306 & 7 - Ed. Conv. Corp. Plaza – Torre C
Indianópolis | São Paulo-SP | CEP 04029-200
Tel +55 11 3589-0125
phase@phase.com.br | www.phase.com.br
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