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Blankom EMA 308, Руководство по эксплуатации устройства

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8

EMA x08/407

Part N

o

: 917x.xx

ENCODER/ MULTIPLEXER

SDI/ A/V 

→

 ASI(TS) & IP(TS)

     HDMI 

→ 

ASI(TS) & IP(TS)

A

LINE

3. Operating instructions

3.1 Commissioning of the EMA (EASY, without configuration)

All assembly and connection work must take place when no electricity has been connected. On no account may the safety notes (see 
section 1.1) be ignored. 
 
Contact must be made for the video, audio and ASI signals at the appropriate connection points on the rear of the device using appro-
priate cables.

As soon as all the wiring has been done for the signal, the power supply can be connected and the device switched on. The operating 
status is shown by the LED‘s on the front panel.

Warning:

When more than one device is being used ensure that identical network parameters have been set in all of them as the delivery status. 
The setting up and configuration of multiple devices within a network has to be done 

step by step

 (see section 3.3.1). 

3.2 Basic settings on delivery (Factory settings)

When delivered EMA devices are optimal preconfigured according to the hardware assembly and the main use case. At the ASI output 
port a transport stream is produced with a bit rate of 38 Mbps into which the data of the input signals will be included. The “ASI Main 
Input” is not activated.
The delivery status can always be made by “Factory setting“ (see section 3.4.5). All program details and transport stream information 

are neutral and can be adapted to match the requirements of the cable network operator.

To change the configuration, the HTML user interface is provided via the Ethernet interface (see section 3.3). The adjustments of the 
installed encoder cards are set to the respective encoder mode automatically. The basic settings of the EMA devices are shown in the 

following table:

EMA 308

EMA 407

EMA 408/ 508/ 608/ 708

IP address: 

192.168.2.86

IP netmask: 

255.255.255.0

IP gateway:  

0.0.0.0

SNMP trap (IP):  

0.0.0.0

Login password: 

neu

IP address:  

192.168.2.86

IP netmask:  

255.255.255.0

IP gateway:  

0.0.0.0

SNMP trap (IP):  

0.0.0.0

Login password: 

neu

IP address:  

192.168.2.86

IP netmask:  

255.255.255.0

IP gateway:  

0.0.0.0

SNMP trap (IP):  

0.0.0.0

Login password: 

neu

General Selections:

PSI mode:  

DVB

ASI main input:  

OFF

(Hardware slot A..D:   MPEG-2)
Slot operating mode:  SDI emb. audio
Mapped channel:  

OFF

IP out streaming:  

OFF

Slot Parameter:

Program name:  

Prog-A..D

Program language:   deu
Video system:  

PAL/ SECAM (50Hz)

System bit rate:  

6000 kbps

Audio bit rate:  

320 kbps

Audio mode:  

stereo

Video format:  

4:3

Audio channel pair:  1+2
Audio volume:  

0 dB

Cable equalizer:  

OFF

TTX processing:  

Video-IN

VPS, WSS, CC:  

OFF

For the operating mode transcoder 
from H.264/ AVC to MPEG-2 SD the 
following is to be set:

General Selections:

PSI mode:  

DVB

ASI main input:  

OFF

(Hardware Slot A+C: H.264/ AVC)
(Hardware slot B+D: MPEG-2)
Slot A+C op. mode:  decoder
Slot B+D op. mode:  intern
Mapped channel:  

OFF

IP out streaming:  

OFF

Slot Parameter Slot A+C:

Video system:  

PAL/ SECAM (50Hz)

Video format:  

625/ 525

TS input:  

Slot Input

Input service ID: 

0x ..... (Auswahl)

Input format:  

HD 1080i

Slot Parameter Slot B+D

Program name:  

Prog-B (D)

Program language:   deu
Video system:  

PAL/ SECAM (50Hz)

System bit rate:  

6000 kbps

Audio bit rate:  

320 kbps

Audio mode:  

stereo

Video format:  

16:9

General Selections:

PSI mode:  

DVB

ASI main input:  

OFF

(Hardware slot A..D:   H.264/ AVC)
Slot A..D op. mode:    SDI emb. audio
Mapped channel:  

OFF

IP out streaming:  

OFF

Slot Parameter:

Program name:  

Prog-A..D

Program language:   deu
Video system:  

PAL/ SECAM (50Hz)

Video format:  

625/ 525

System bit rate:  

6000 kbps

Audio bit rate:  

320 kbps

Audio mode:  

stereo

Audio channel pair:  1+2
Audio volume:  

0 dB

Cable equalizer:  

OFF

TTX processing:  

Video-IN

Содержание EMA 308

Страница 1: ...Professional Headend Solutions Device manual EMA 308 407 408 EMA 508 608 708 Part No 917x xx ENCODER MULTIPLEXER SDI A V ASI TS IP TS HDMI ASI TS IP TS ...

Страница 2: ...SI main input 12 3 3 2 2 4 Slot A Input A parameters 13 3 3 2 2 5 Additional data MUX 14 3 3 2 2 6 Channel MUX settings for the transport stream 15 3 3 2 2 7 System parameters 16 3 3 2 2 8 IP streaming 17 3 3 3 Transcoder operating modes 18 3 3 3 1 EMA 408 Transcoder MPEG 2 to H 264 AVC 19 3 3 3 2 EMA 407 Transcoder H 264 AVC to MPEG 2 20 3 3 4 Detailed configuration for single and multiple device...

Страница 3: ...The provisions of DIN EN 50083 must be observed at all times when working with the equipment In particular DIN EN 60728 11 1 regarding safety may on no account be ignored The devices come under protection classification I It is absolutely necessary therefore to insert the mains plug into a fused socket Warning Connecting external video sources of which the mass has a different potential from that ...

Страница 4: ... TS H 264 AVC SD HD AC3 36 75 V input EMA 708 9177 81 SDI ASI TS MPEG 2 HDMI ASI TS IP TS H 264 AVC SD HD 85 264 V 110 370 V input EMA 708 9177 82 SDI ASI TS MPEG 2 HDMI ASI TS IP TS H 264 AVC SD HD 36 75 V input AC3 pass through currently HDCP encryption is not supported EMA 308 EMA 407 EMA 408 EMA 508 EMA 608 EMA 708 Input channels 4 2 4 4 4 4 IN OUT AV ASI IP MPEG 2 SD SDI ASI IP MPEG 2 SD ASI ...

Страница 5: ...ansport stream bit rate new services and or program components can be added Depending on the configuration of the 4 input interfaces the analogue or digital A V signals SDI will be converted into DVB data and pooled to a standard DVB signal or added to the DVB transport stream being forwarded The parameters necessary for the input interfaces and the transport stream parameters have been pre set at...

Страница 6: ...deactivated LED flashing ASI signal isn t recognised at the input port LED on ASI signal is recognised at the input port Stream port IP stream port RJ45 Ethernet 10 100 1000 UDP RTP 2 2 Rear view Fig 2a Rear view of the devices EMA 308 407 408 608 FACTORY SET Fig 2b Rear view of the devices EMA 508 708 2 2 1 Input and output ports VIDEO A B C D Video input port FBAS SDI configurable AUDIO A B C D ...

Страница 7: ...al stereo 7 n c 6 SPDIF stereo dual mono not in use channel B right channel 3 1 left channel channel A signal 5 4 Pin 2 shielding Fig 3 Pole allocation audio socket SPDIF input of the digital audio signal only available if there are H 264 AVC encoder modules EMA 407 EMA 408 2 2 3 EMA variants with 48 V DC connection The EMA also be offered as versions with 48 V DC connection EMA x08 917x 82 EMA 40...

Страница 8: ...he basic settings of the EMA devices are shown in the following table EMA 308 EMA 407 EMA 408 508 608 708 IP address 192 168 2 86 IP netmask 255 255 255 0 IP gateway 0 0 0 0 SNMP trap IP 0 0 0 0 Login password neu IP address 192 168 2 86 IP netmask 255 255 255 0 IP gateway 0 0 0 0 SNMP trap IP 0 0 0 0 Login password neu IP address 192 168 2 86 IP netmask 255 255 255 0 IP gateway 0 0 0 0 SNMP trap ...

Страница 9: ...00 Mbps Internet browser such as Windows Internet Explorer Mozilla Firefox or similar Making the connections The PC and the EMA device must be connected to the network using an Ethernet cable If the EMA device is connected directly to the PC a cross link Ethernet cable must be used To establish the connection the IP addresses of the devices must first be matched up That of the EMA device is 192 16...

Страница 10: ...rameters are set to the values of the factory default The process takes about 10 seconds During this time no transport stream signal is available In this function the set IP address is not reset to factory default Please note Factory setting by pressing on the button of the rear side of the device resets the IP address to 192 168 2 86 and the password to neu Set Date Time Transfer of the PC s sett...

Страница 11: ...n error Reload Parameter EncC no input Default error EncC error EncD no input EncD error 3 3 2 2 2 General selection Fig 7 Standard operating mode EMA 408 508 608 708 Setting the operating mode is based on the equipped hardware Changes in this section need to be saved Save to Device to adapt the relevant configuration entries in the following sections and provide for input PSI Mode DVB ATSC Multip...

Страница 12: ...on with option TS player for example for switching transmission windows in existing programs IP Out Streaming OFF Simple UDP rear RTP UDP front OFF deactivated Simple UDP Multiprogram streaming via control port rear of the device up to 20 Mbps without service selection RTP UDP Stream function via separate stream port front panel 16 configurable channels Configuration under IP Out Stream Inter face...

Страница 13: ...l for the MPEG header is established In respect of use WSS only the 16 9 Fullformat is evaluated Anything else will be transmitted as 4 3 Condition VPS WSS WSS or VPS WSS System Bitrate 1000 6000 15000 kbps Here the bandwidth is established for audio video and table data in the relevant encoder slot The value is only an upper limit The bit rate actually generated will be slightly slower and will n...

Страница 14: ...usel being internally administered can be determined here in the vertical blanking inter val VBI of the video signal the areas from line 7 to 22 The setting is bit by bit 1 means use 0 means don t use The entries are hexadecimal line 7 is equivalent to 0x8000 line 22 to 0x0001 The standard line use is equivalent to the setting 0xFF87 TV line 7 320 8 321 9 322 10 323 11 324 12 325 13 326 14 327 15 ...

Страница 15: ...ream Identifier Factory setting device number This is the ID of the generated transport stream in the transpon der All devices of a cascade must use the same TS ID see 3 3 4 2 Provider Name Provider For the formed transport stream the Program Provider can assign a name The name for any particular TS ID should be the same in all devices in a cascaded system The length of the name is limited to 16 c...

Страница 16: ... be adapted Where appropriate with the option Table Extension an individual assignment within the unit genera ted PID SID is necessary see table 4 in chapter 3 3 4 2 3 3 2 2 7 System parameters Fig 14 System settings for real time encoder fan control Local Time Offset to UTC This is the difference between local time and Coordinated Universal Time e g Germany 1 Daylight Saving ON OFF ON automatic d...

Страница 17: ...ffic to be taken by insertion of network routers and choice of stream target addresses Selection RTP UDP front Streaming via stream port Fig 16 Parameter settings streaming via stream port The output of the IP stream module is provided with a separate RJ45 jack on the front panel parallel to the ASI output and can be indi vidually programmed to stream request Is an active IP stream module availabl...

Страница 18: ...service selection 16 The in the ASI TS contai ned service can also be selected via the Selection He will broadcast exclusively on channel 3 of the IP stream single program transort stream SPTS TS ID 4 The TS ID is setting to 4 network ID 100 The network ID is set to 100 user data rate 8000 For the transfer of the services are provided 8000 Kbps in IP stream regardless of data content Fig 19 IP str...

Страница 19: ...SI BNC DIN Slot C ASI BNC DIN Slot D ASI BNC DIN BNC FIFO RAM BNC Selection ASI IN Module bus EMA 408 Transcoder ASI IN ASI IN ASI IN ASI IN ASI OUT Service filter ASI input is activated Encoder in slot A is set to transcoder operation mode Main ASI IN is provided as internal signal source at the encoders Input signal of the encoders in slot A is set to Intern TS from the TS the MPEG 2 HD program ...

Страница 20: ... A ASI BNC DIN Slot B ASI BNC DIN Slot C ASI BNC DIN Slot D ASI BNC DIN BNC FIFO RAM BNC Selection ASI IN Module bus EMA 407 Decoder ASI IN ASI OUT Service filter Encoder Decoder Encoder H 264 AVC MPEG 2 H 264 AVC MPEG 2 Encoder in Slot B is set to signal feeding internal ASI main input is active and is provided to the encoders as internal signal source The H 264 AVC HD service SID 45 is passed in...

Страница 21: ...very device is capable of adding 4 new programs services to the existing DVB transport stream as long as there is enough transport stream capacity or extendibility If devices have been completely individualised in their basic settings each new service would be added as a transponder in its own right To ensure the newly added services belong together it is possible to link up to 8 devices in a logi...

Страница 22: ...refore be changed to represent the actual situation The information on cascades and positions which has been set in the configuration will be the basis for the distribution of the transport stream over the individual programs or services and of the automatic allocation of neutral program names and of A V PIDs and service IDs in ascending order It is possible to change the program names but not the...

Страница 23: ...MA device in any proportions de sired The more channels are transmitted the lower is the available system bit rate slot bandwidth for each channel Whenever indivi dual settings are made care should be taken to ensure that the figures entered into the configuration mask make sense Configuration of the system bit rates and TS Out Bit Rate the output bit rate When delivered and if reset is carried ou...

Страница 24: ...ters outside the specified default The connection of this function is realized in the parameter field Channel MUX see 3 3 2 2 6 The option Table Extention provides a tool with which specific DVB system parameters outside the given range in the web interface can be set or changed After activating the feature in the Channel MUX Extension Table and subsequent retention of configuration Save or Save t...

Страница 25: ...he recessed Factory setting key which restores settings to what they were on delivery of the device 3 4 5 Re set to status on delivery Factory settings The following 3 possible ways of restoring the status on delivery A Factory setting using the user software HTML page This will only be possible if the IP configuration for the device is known including network address subnet mask and the device ca...

Страница 26: ... only possible to enter or change IP addresses into the HCB x00 directly This cannot be done from the html user interface Warning If multiple EMA devices are being integrated it is important to note that the HCB x00 will search in the network for any IP address N with the lowest value and will then search for nine more with ever higher addresses N 1 N 9 In consequence the maximum number of EMA dev...

Страница 27: ... DVB ASI with H 264 AVC HD SD Input format 720x576 50i 720x480 60i 1280x720 50p 59 94p 60p 1920x1080 50i 59 94i 60i Compression MPEG 2 MP ML according ITU T Rec H 262 ISO IEC 13818 2 8 H 264 AVC MP L3 0 HP L4 0 according ITU T Rec H 264 ISO IEC 14496 10 9 System bit rate slot bandwidth individually per channel slot adjustable 1 024 15 000 kbps 1 024 20 000 kbps Encoder audio compression MPEG 1 Lay...

Страница 28: ...rol port IP output rear side Ethernet 10 100 Base T RJ 45 Protocols UDP IP Output data rate 20 Mbps Remote control Settings data Ethernet interface UDP IP Cascade system Up to 8 devices can be combined into a casca ded system to form a DVB transport stream using the ASI interface Extra functions Teletext VPS WSS Transparent feed of teletext signals conversion and onward transmission of VPS und WSS...

Страница 29: ...ital bandwidth for audio transmission element of the system bit rate The higher the value the better the transmission quality but it may slightly limit the video bit rate Audio mode Options for the audio channels to be transmitted The options are stereo joint stereo mono dual channel Use VPS The relevant option is entered unchangeably into the EMA coding It will be transmitted with the additional ...

Страница 30: ...tion values which have been set for the EMA device These parameters are read using Load and stored using Save SDI Serial Digital Interface for digital uncompressed video signals 270 Mbps transmission via BNC cables audio data can be embedded SDT Service Description Table This contains the programs offered and relevant details of broadcaster Serial number The 5 digit device serial number This conta...

Страница 31: ...eo Broadcasting DVB Transport of MPEG 2 TS Based DVB Services over IP Based Net works Ver 1 4 1 2009 08 04 7 SMPTE 2022 1 Forward Error Correction for Real Time Video Audio Transport Over IP Networks 2007 8 ISO13818 2 2000 Information technology Generic coding of moving pictures and associated audio information Video 9 ISO IEC 14496 10 2012 Information technology Coding of audio visual objects Par...

Страница 32: ...t the mentioned products meet the guideline s of the Council for the approximation of legislation of the member states Electromagnetic compatibility 2004 108 EC The following standards are met DIN EN 50083 2 2007 04 EN 50083 2 2006 06 Low voltage guideline 2006 95 EC The following standards are met DIN EN 60950 1 2006 04 EN 60950 1 2006 11 Information technology equipment Safety Restriction of haz...

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