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Vislink UltraReceiver LD, User Manual

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UltraReceiver LD User Manual 

 

Main Display 

 

 
Issue No: 2.01 

Page: 25 

 
Ref: ULRXLD-ASUM-700X 

 

Copyright © 2020 Vislink Technologies, Inc. 

5.7.2.

 

Accessing the UltraReceiver Low Delay via Web Browser 

1.

 

From your chosen browser, in the address bar, enter the IP address for the 
unit. The factory default address is: 

 

http://192.168.000.90 

2.

 

After a short delay, the menu displays on the webpage (see Figure 5-1). 

3.

 

Now make your required configuration changes to the unit using the 
webpage. 

Figure 5-1 

Web Page Example 

5.7.3.

 

Routing Page 

This webpage gives a diagrammatic view of the signal routing within the 
receiver. 

 

 

 

Summary of Contents for UltraReceiver LD

Page 1: ...lephone 44 0 1442 431300 Facsimile 44 0 1494 775356 Email sales vislink com Website www vislink com Company Registered in England Wales no 10523708 VAT registration no GB 260 012 169 Registered Office Waterside House Earls Colne Business Park Colchester Essex CO6 2NS UK UltraReceiver LD User Manual ...

Page 2: ...ized by Vislink Technologies Inc Conventions NOTE Notes are used to convey additional information CAUTION Cautions highlight potential equipment damage WARNING Warnings highlight potential personal danger or death Ensure you read and understand all warnings before attempting to carry out any work on any equipment attached or related to the equipment in use The danger is real and not understanding ...

Page 3: ... 3 2 and 3 10 Updated Section 5 2 2 Settings to add standard options and section overview Updated Table 5 3 Audio with new dual decoder options Updated section 5 2 5 for new BISS information Updated section 5 2 6 with new note Added new section 5 2 9 for HEVC Dual Decoder Updated section 5 7 2 with new webpage example Updated Section 5 6 Menu Overview V7007 V7007 decoder only variant 2 01 30 01 20...

Page 4: ... 7 3 3 Video Formats 7 3 4 Video Profiles 7 3 5 Inputs 7 3 6 Outputs 7 3 7 Video Decode Standards 7 3 8 Audio Decode Standards 8 3 9 Physical 8 3 9 1 Size 8 3 9 2 Weight 8 3 9 3 Power 8 3 9 4 Environmental 8 3 10 Optional Licenses 8 3 11 Input Output Connections 9 3 11 1 Inputs and Outputs 9 3 12 Pinout Information 10 3 12 1 RF1 4 Inputs 10 3 12 2 ASI IN 10 3 12 3 Frame Lock Input 10 3 12 4 Video ...

Page 5: ...5 3 Unit Setup Menu 19 5 3 1 Presets 19 5 3 2 Control Interface 19 5 3 3 Defaults 19 5 3 4 Licenses 19 5 3 5 Time 20 5 4 Support Menu 20 5 4 1 Diagnostics 20 5 5 Camera Control 20 5 6 Menu Overview 20 5 7 Webserver Operation over RJ45 Port 24 5 7 1 How Do I Set Up a Basic Connection 24 5 7 2 Accessing the UltraReceiver Low Delay via Web Browser 25 5 7 3 Routing Page 25 6 Receiver Setup 27 6 1 Demo...

Page 6: ...Distance Recommendations Table 3 Table 3 1 CTRL Data Pinout Information 11 Table 3 2 Audio 1 Pin Out 11 Table 3 3 Alarm Pin Out 12 Table 5 1 Clip on4 H 264 PTS Settings 16 Table 5 2 L17xx H 264 PTS Settings 17 Table 5 3 Audio 17 Table 5 4 Presets Menu Overview 19 Table 5 5 Control Interface Menu Overview 19 Table 5 6 Defaults Menu Overview 19 Table 5 7 Diagnostics Menu Overview 20 Table 6 1 DVB T ...

Page 7: ...n or maintenance of the equipment must study the information that follows together with local site regulations WARNING RF Power Hazard High levels of RF power are present in the unit Exposure to RF or microwave power can cause burns and may be harmful to health Switch off supplies before removing covers or disconnecting any RF cables and before inspecting damaged cables or antennas WARNING Avoid s...

Page 8: ...an cause them to rupture or explode WARNING DO NOT dispose of any of the supplied equipment as household waste The supplied equipment is not biodegradable in landfill sites For safe disposal of the supplied equipment take it to your local council authority environmental waste site For details contact your local authority recycling center NOTE In Europe dispose of all equipment in accordance with t...

Page 9: ...er throughout the world and are from time to time re issued with revised guidelines For Vislink use when calculating minimum safe working distances apply a maximum power density limit w of 1w m WARNING Any transmitting equipment radiating power at frequencies of 100 kHz and higher has the potential to produce thermal and athermal effects upon the human body To be safe a Operators should not stand ...

Page 10: ...nt is defined as one in which the person subjected to the RF radiation may be unaware of and has no control over the radiation energy received The uncontrolled environment conditions can arise even in the best regulated operations For this reason the limits defined for the uncontrolled environment are assumed for the Vislink recommended limit Documents a and b show the RF power density guidelines ...

Page 11: ...of HEVC HD and two channel single pedestal demodulator Licensed options are HEVC 4K UHD HEVC Dual HD H 264 SD HD Demodulator 4 channel inputs Demodulator 4 channel dual pedestal Demodulator ASI packet switching Demodulator deep de interleaving 2 1 Decoder Only Variants If you have the decoder only variant of this product ignore any reference to the RF and Demodulator functions in this manual 2 2 F...

Page 12: ...ew Figure 2 1 shows how the Demodulator board generates an ASI stream from the RF inputs and or the external ASI The ASI Stream routes to the Decoder board to generate the Video and Audio outputs The Decoder also extracts embedded or wayside RS232 data if present in the transmission It also handles return data to a VISLINK Camera Control System such as FocalPoint ...

Page 13: ...7 30 50 59 94 60 2160p 23 98 24 25 29 97 30 50 59 94 60 3 4 Video Profiles UHD Main 10 8 10bits 4 2 0 4 2 2 1 0 40Mbps HD Main 10 8 10bits 4 2 0 4 2 2 1 0 90Mbps 3 5 Inputs Four UHF inputs 70 860MHz Switchable block downconverter power ASI input ISO IEC 13818 2 188 bytes for ASI in Frame Lock input black burst or HD tri level 10 100 Ethernet connection for web browser SNMP control 3 6 Outputs Up t...

Page 14: ... 3 Power AC input 90 VAC to 264 VAC 50Hz to 60Hz max current 1A rms DC input option 10 VDC to 36 VDC ve chassis earth max current 10A 70Watts excluding the downconverters requirements 100W max allowing for downconverters and cables 3 9 4 Environmental Temperature operating 0 C to 50 C 32 F to 122 F Humidity non condensing 95 3 10 Optional Licenses NOTE Licenses are available to purchase online via...

Page 15: ...s in Section 3 12 4 x UHF input 70MHz to 860 MHz combined using Maximal Ratio Combining MRC 1 x ASI input complies with ISO IEC 13818 2 188byte mode 1 x Frame lock input Black Burst or Tri level 4 x Video outputs UHD or 1x HD 1 x Analog audio channel output 1 x Switchable confidence monitor ASI output 1 x ASI output complies with ISO IEC 13818 2 188 byte mode Wayside data channel output IP Video c...

Page 16: ...mounted socket Complies with ISO IEC 13818 2 188 byte mode ASI input to the Decoder or packet diversity function to perform packet switching Link Research algorithm 3 12 3 Frame Lock Input 75Ω mini BNC chassis mounted socket Optional to genlock decoder output for both SD HD video SD Mode Composite Black and Burst input for timing reference HD Mode Supports HD tri level sync reference input NOTE De...

Page 17: ...racted from the transport stream by the decoder and passed back to the Data transmitter via this Camera Control connector Camera Return Data Tx 3 12 7 Audio 1 Audio 1 consists of two three way XLR Male Chassis mounted plugs See Table 3 2 XLR Connector Function Analogue Pin 1 Audio Ground Pin 2 ve Pin 3 ve Table 3 2 Audio 1 Pin Out CAUTION Attaching any audio inputs with phantom power applied may d...

Page 18: ...ive it manually via the menus see Section 5 3 2 or the web page Max Voltage 20V Max Current 1A 3 12 10 Ethernet Control Standard 10 100 Ethernet connection for control of the unit using Web Browser HTTP and Network Management SNMP If required use the internal web browser link to download a copy of the units SNMP MIB Management Information Base NOTE See Section 5 7 to connect to the unit via the in...

Page 19: ...n at the top of the menu trees 4 2 Menu Scroll Keys Key Description UP DOWN LEFT RIGHT Arrow keys select an option displayed in the window and navigate around the menu tree The ENTER key initially selects an option or a choice Change the parameter value using the UP DOWN LEFT RIGHT arrow keys Pressing ENTER key commits the change or ESCAPE aborts the change The upper line in smaller font of the LC...

Page 20: ...nt MER Modulation Error Ratio of each of the four RF channels see Figure 4 2 Figure 4 2 MER Modulation Error Ratio Display 4 4 LEDs LED Color Description STATUS Green Normal operation Amber or Red Error present Red Unit critical errors requiring immediate attention Other errors e g no RF lock result in an Amber LED The ALARMS menu option lists the type of error Set the priority of each alarm from ...

Page 21: ...the downconverter Demod Type allows the operator to select the required Modulation scheme being used LMS T or DVB T NOTE In Dual Pedestal LMS T mode only Inputs 1 2 are active unless a four input license is active 5 1 1 1 Squelch Future Option Squelch sets the way the unit handles the ASI output depending on errors With Squelch off recommended the ASI signal passes on with error packets included W...

Page 22: ...itter NOTE The lowest latencies are only available from a Vislink transmitter UHD formats set the mode of the video outputs to either quad split 4 x 3G or 2SI NOTE When the unit is set to quad split output the delay is fixed Adjust Video PTS and Audio PTS values to correct for A V delay errors Set any Vislink HEVC transmitter values to zero See Table 5 1 or Table 5 2 for Video PTS values when deco...

Page 23: ... quadrant in 15 second intervals When Decoder Standard is set to HEVC dual HD the monitor can be set to either Decoder 1 or Decoder 2 Set the video output to Blue or Freeze during Video loss Set the HDR mode as required 5 2 3 Service Use the Service selection menu to define the service to decode Program number mode allow the required Service to be decoded by entering the relevant Program number PI...

Page 24: ...d 540 for positive offsets use the formula 1124 minus the offset required as the front panel value Pixel offset range is 0 to 2749 NOTE Line Pixel ranges may vary with different video formats 5 2 7 ASI Output 75Ω mini BNC chassis mounted socket ASI out source from the Demodulator Diversity or Ext ASI input for decoding by an external decoder or chaining to another ULRX LD 5 2 8 User Data User data...

Page 25: ...ay on the unit s web page This helps to identify the unit in use when working with multiple units Ethernet Port Set the IP parameters for the Ethernet control port Status Pin The Status pin in the CC ALM connector see Section 3 12 90 is an open drain output that connects to Ground when active When active the default value is to active an Alarm You can choose whether it is active high or low It can...

Page 26: ...4 and Generic MPEG2 modes also displays picture format information Unit Temperatures in some modes Table 5 7 Diagnostics Menu Overview 5 5 Camera Control NOTE Contact us about availability of this option 5 6 Menu Overview The below table shows the entire menu structure for your UltraReceiver Low Delay unit Your system may not display all menu options Some menu options are context sensitive dependi...

Page 27: ...itrate DECODER INPUT Decoder Source Decoder 1 2 SETTINGS Standard Video format mode Force to PsF Format Delay 4K mode PTS offset Monitor output Video loss HDR Mode SERVICE Service selection Program number Video PID PCR PID PMT PID Audio 1 8 PID Video rate AUDIO Audio 1 2 mode Analogue source Audio level Left Audio level Right DE SCRAMBLING Mode Key GENLOCK Genlock mode Line offset Pixel offset Gen...

Page 28: ...ecall Store Delete ALL presets CONTROL Control IP Address Control subnet mask Control IP gateway Web ID Control subnet mask SNMP SNMP version SNMP read only community SNMP read write community STATUS PIN Status Pin Mode Status Pin State Alarm State DEFAULTS Restore Defaults Reboot Unit LICENCES Licence state Licence state Licence state FEATURES 4K and UHD H 264 4 Input Demod 4 Input Dual Pedestal ...

Page 29: ...on Kernel Version DEMODULATOR Demod SW Version Demod ESN DECODER Decoder SW version Decoder ESN Carrier SW version Carrier ESN DIAGNOSTICS SIGNAL Pre BER Post BER Error rate Input 1 RSSI Input 1 MER Input 2 RSSI Input 2 MER Input 3 RSSI Input 3 MER Input 4 RSSI Input 4 MER TEMPERATURES Unit temperature Decoder temp DOWN CONVERTER LNB 1 Current LNB 2 Current LNB 3 Current LNB 4 Current CONTACT SUPP...

Page 30: ...nd routers include auto switching Auto MDIX so either type of RJ45 cable are suitable 3 If you wish to use non default settings configure the IP addresses from the front control panel a MAIN MENU UNIT SETUP CONTROL b Configure the IP address and Subnet Mask and press Enter each time to save NOTE The below values are default values NOTE The network port only supports static IP addressing IP address...

Page 31: ...ur chosen browser in the address bar enter the IP address for the unit The factory default address is http 192 168 000 90 2 After a short delay the menu displays on the webpage see Figure 5 1 3 Now make your required configuration changes to the unit using the webpage Figure 5 1 Web Page Example 5 7 3 Routing Page This webpage gives a diagrammatic view of the signal routing within the receiver ...

Page 32: ...UltraReceiver LD User Manual Main Display Issue No 2 01 Page 26 Ref ULRXLD ASUM 700X Copyright 2020 Vislink Technologies Inc This page is intentionally unused ...

Page 33: ...le Pedestal LMS T S 2 Dual Pedestal LMS T D if licensed 3 DVB T if licensed Demodulation options are selected in the DEMODULATOR INPUT Menu You can select either LMS T or DVB T Select the demodulator type and bandwidth from the DEMODULATOR INPUT Demod type menu Select the Bandwidth from DEMODULATOR INPUT Bandwidth menu NOTE When using dual pedestal bandwidths in LMS T mode the bandwidth shown is t...

Page 34: ...B T operation This includes video audio data and other transport stream data tables Bitrates Mbit s for a DVB T system in 8 MHz channels Modulation Code Rate Guard Interval 1 4 1 8 1 16 1 32 QPSK 1 2 4 976 5 529 5 855 6 032 2 3 6 635 7 373 7 806 8 043 3 4 7 465 8 294 8 782 9 048 5 6 8 294 9 216 9 758 10 053 7 8 8 709 9 676 10 246 10 556 16 QAM 1 2 9 953 11 059 11 709 12 064 2 3 13 271 14 745 15 61...

Page 35: ... Modulation Code Rate 10MHz 20MHz 24 MHz 1 8 1 16 1 8 1 16 1 8 1 16 QPSK 2 3 9 2 9 7 18 4 19 5 22 1 23 4 16QAM 2 3 18 4 19 5 36 8 39 44 2 46 8 Table 6 4 LMS T Bitrate Operation 6 2 Down Converter Type Selecting the downconverter type will automatically define the frequency ranges and spectral inversion 6 3 Decoder Switch the decoder to decode a transport stream from either the demodulator output a...

Page 36: ...UltraReceiver LD User Manual Receiver Setup Issue No 2 01 Page 30 Ref ULRXLD ASUM 700X Copyright 2020 Vislink Technologies Inc This page is intentionally unused ...

Page 37: ...link shop NOTE Before ordering the license s you will need to provide the required ESN Electronic Serial Numbers and hardware serial numbers as requested on the webpage See Section 5 4 to locate electronic serial numbers Hardware serial numbers are located on the unit s chassis 7 2 Firmware Upgrades To upgrade the unit s firmware refer to the firmware release note for your unit Firmware update inf...

Page 38: ...UltraReceiver LD User Manual Licenses and Upgrades Issue No 2 01 Page 32 Ref ULRXLD ASUM 700X Copyright 2020 Vislink Technologies Inc This page is intentionally unused ...

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