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SatExpander SatX, Installation And Operation Manual

Get the most out of your SatExpander SatX with our comprehensive Installation And Operation Manual. This essential manual provides step-by-step guidance for easy setup and optimum performance. Download it for free from our website manualshive.com and unlock the full potential of your product.

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SatX/SE300—

Over the Air (OTA) Remote Control

 

 

Proprietary and Confidential

 

 

 

 

 

 

 

 

137

 

12

 

Over the Air (OTA) Remote Control 

In many satellite communication systems, remote unmanned stations are part of the deployment plan. 
Furthermore, many distant remote stations lack internet connectivity infrastructure. This results in 
having to send a technical team to remote sites to deal with any issue. This can be time consuming and 
costly. For any problem other than electrical power failure, OTA provides a perfect solution for 
seamlessly controlling the remote units from the hub, over the satellite link, with full capabilities. 

This feature is used to enable management access to a remote satellite modem, which does not have an 
out-of-band management connectivity. The feature enables remote management to the remote unit, 
and/or sending upgrade software to remote devices. 

The mechanism allows the administrator to perform the following actions: 

 

Access a remote unit. 

 

Send software upgrade. 

 

Send configuration file. 

 

Send license file 

 

Send configuration command. 
 

For bi-directional based operations with IP based modems, a virtual interface addition may be needed. 
The type of this interface is dependent on the data forwarding mode configured to the modems. When 
working in L2, the additional virtual interface should be a “bridge” type interface, while when working in 
L3, the virtual interface should be a “loopback” interface. 

In unidirectional based operations, remote command execution cannot be based on feedback and 
therefore a different mechanism is needed. Given that, there is no better acknowledge than human 
verification on the remote side, the OTA mechanism is utilizing a smart repetition mechanism.  

A dedicated logical channel was developed, for the “Over the Air” unidirectional control of remote unit, 
with the name of "MGMT Channel". 

The over the air payload has a dedicated Bandwidth which is added to the traditional 

channel 1 and channel 2 traffic. A bandwidth of 60Kbps is allocated to the OTA MGMT channel. 

 

12.1

 

Bi directional remote connectivity 

The bi directional remote connectivity enables to connect the remote unit over the satellite link. This 
connectivity can be done via the local unit’s management port, or via the data port. 

12.1.1

 

Access a remote unit 

12.1.1.1

 

Remote Set-up 

A pre-requisite for the remote access to work, is to have a locked bi-directional satellite link between 
the local and remote units. In order to set-up the units for remote access, the following steps must be 
taken. 

Summary of Contents for SatX

Page 1: ...www satexpander com SatX SE300 Satellite Modems Family Installation and Operation Manual Version 5 5 ...

Page 2: ...owned by SatExpander or its third party licensors No disclosure thereof shall be made to third parties without the express written permission of SatExpander Ltd SatExpander Ltd reserves the right to alter the equipment specifications and descriptions in this publication without prior notice No part of this publication shall be deemed to be part of any contract or warranty unless specifically incor...

Page 3: ...y to Standards 9 1 2 12 Front Panel 9 2 Installation 11 2 1 Unpacking and Inspection 11 2 2 Mechanical Mounting Considerations 11 2 3 Modem Basic Checkout 11 2 3 1 Initial Power Up 12 3 Rear Panel Connectors 13 3 1 Connector Overview 13 3 2 IF L Band Connectors 14 3 3 Utility Connectors 14 3 4 Data Interfaces 16 3 5 Power Ground Connections 16 3 6 BUC Feeder 16 4 Front Panel Operation 17 4 1 Intro...

Page 4: ...LAN Switching Forwarding Mode 120 6 2 3 ACM in L3 IP Routing Forwarding Mode 121 6 3 ACM Additional Parameters 121 6 3 1 Flow Control 121 6 3 2 Communication between Hub and Remotes 121 6 3 3 Output Level Mode 122 6 3 4 Advanced ACM 123 7 Duet Option 124 7 1 Motivation and Technical Background 124 7 1 2 Point To Point PTP Duet 124 7 1 3 Point to Multi Point PTmP Duet 125 7 2 Duet Configuration 126...

Page 5: ...ssion 145 13 1 6 Logging in 145 13 2 E1 T1 Application 145 13 2 1 Examples and Modem Configurations 146 13 2 2 Unframed Full E1 Data Configuration 147 13 3 Multiple E1 T1 Configuration 148 13 3 1 E1 Framed Data Configuration 149 13 3 2 Partial E1 Framed Data Configuration 151 13 4 Remote Management Configurations 153 13 5 Multiple Link Branches for E1 Configurations 154 14 E3 Interface 155 14 1 In...

Page 6: ...eys 18 Figure 11 Web Server Interface Top Menu Bar 68 Figure 12 Side Menu Navigation Buttons 68 Figure 13 Log In Screen 70 Figure 14 MCT Calculator 71 Figure 15 GUI LED Display 71 Figure 16 Monitor Alarms Report 72 Figure 17 Monitor Events Report 72 Figure 18 Monitor System Status Report 73 Figure 19 Monitor Redundancy Status Report 73 Figure 20 Modulator ACM Data Report 73 Figure 21 Modulator AUP...

Page 7: ...s Not Active 85 Figure 52 Remote Configuration when ACM is Active 85 Figure 53 Switching Settings 85 Figure 54 Network Routes Settings 86 Figure 55 Network Classes Settings P BIT 802 1p Classification 86 Figure 56 Network Classes Settings TOS Classification 86 Figure 57 Network Classes Settings MF Classification 87 Figure 58 COS Queues Settings 87 Figure 59 Bandwidth management Settings 87 Figure ...

Page 8: ... Legend 104 Figure 95 CLI Commands 105 Figure 96 MCT Mode Connection on Point to Point 122 Figure 97 MCT Mode Connection on Point to Multipoint 122 Figure 98 PTP Duet Echo Cancellation 125 Figure 99 PTmP Duet Echo Cancellation 126 Figure 100 PtP Duet Demodulator Line Settings 126 Figure 101 PtMP Duet Demodulator Line Settings 127 Figure 102 Rx Hub Demodulator Line Settings 128 Figure 103 Dynamic D...

Page 9: ...ne 160 Figure 141 Modulator Channel 1 Settings Modulator Config Channel 1 160 Figure 142 Modulator Interface TX Setting Interfaces TX ASI A 160 Figure 143 Demodulator Line Settings Demodulator config Line 161 Figure 144 Demodulator Channel 1 Settings Demodulator Config Channel 1 161 Figure 145 Demodulator Interface Setting Interfaces RX ASI B 161 Figure 146 Studio Modem Configuration 161 Figure 14...

Page 10: ...Modem 1 Settings Network config Interfaces 173 Figure 176 Hub Modem Settings Network config Remotes 173 Figure 177 Remote Modem 1 Settings Network config Remotes 174 Figure 178 Defining A Routing Table 174 Figure 179 Routing Example Network config Routing Routes 174 Figure 180 Routing Example Network config QoS Classification 175 Figure 181 Hub Modem Queue Settings Network config QoS Classificatio...

Page 11: ...Submenu Menu Items 27 Table 36 network config Submenu Menu Items 33 Table 37 Network Variables 34 Table 38 Network Remotes 35 Table 39 system configure Submenu Menu Items 38 Table 40 alarms mask list 41 Table 41 System Submenu Menu Items 46 Table 42 Hardware Configuration Values 47 Table 43 Password Information 49 Table 44 Modulator configure Submenu Menu Items 50 Table 45 Demodulator Configure Su...

Page 12: ...standards Disposal of Electronic and Electrical Waste Pursuant to the WEEE EU Directive electronic and electrical waste must not be disposed of with unsorted waste Before initial power up of the SATX SE300 disconnect the transmit output from the operating ground station equipment This is especially pertinent if the current modem configuration settings are unknown where incorrect setting could disr...

Page 13: ...etworking and transport over satellite links while supporting a wide range of applications and network topologies It includes many enhanced features such as Symbol Rate SATX 0 05 80 MSPS SE300 0 1 36 MSPS Data Rate SATX up to 850 Mbps 425 Mbps each way SE300 up to 30Mbps per direction SATEXTM SATXTM and DVB S2 ETSI EN 302 307 compliant Duet bandwidth reuse o Point to Point architecture o Point to ...

Page 14: ...19 30 2 3 32 45 3 4 4 5 5 6 8 9 9 10 1 4 1 3 2 5 1 2 3 5 2 3 3 4 4 5 5 6 8 9 9 10 8PSK 2 5 13 30 7 15 1 2 8 15 17 30 3 5 19 30 2 3 32 45 3 4 4 5 5 6 8 9 9 10 3 5 2 3 3 4 4 5 5 6 8 9 9 10 16APSK 2 5 13 30 7 15 1 2 8 15 17 30 3 5 19 30 2 3 32 45 3 4 4 5 5 6 8 9 9 10 2 3 3 4 4 5 5 6 8 9 9 10 32APSK 2 5 13 30 7 15 1 2 8 15 17 30 3 5 19 30 2 3 32 45 3 4 4 5 5 6 8 9 9 10 3 4 4 5 5 6 8 9 9 10 64APSK 19 3...

Page 15: ...off Factor with modes enabling 5 and up to 20 ROF as well enhanced spectral efficiency algorithms and improved tolerance for signal impairments and all types of interference As the next generation successor to SatExpander SATX the industry s spectral efficiency waveform leader SatExpander SATEX enables up to 45 higher spectral efficiency compared with DVB S2 and typically 17 higher than DVB S2X Th...

Page 16: ...lities o VLAN filters o IP subnets filters o 12 remotes per carrier 1 2 9 Clock Extension SyncE ITU T G 8262 option E3 G703 ITU T G 824 option The clock copy stability is affected by the link s Doppler shift caused by the satellite orbital inclination depending on the satellite used Nevertheless over a complete orbital inclination cycle the net error would be about zero The copy clock stability is...

Page 17: ...5dBc 100KHz 95dBc 1MHz 100dBc IF Band Connector BNC F 75Ω Freq range 50 90MHz and 100 180MHz Frequency step 10Hz Power level 30 to 0dBm Power setting resolution 0 1dB Power accuracy temp stability 0 5dB 0 5dB Return loss 12dB standard 18dB option Spurious 55dBc in band and out of band at max power ...

Page 18: ...y range 50 90MHz and 100 180MHz Frequency step 10Hz Signal level Min 102 10Log Symbol Rate in MSPS Max 20dBm Composite power 20dBm Return loss 10dB standard 18dB option Max input level 0dBm 10MHz Connector In Out BNC F 75Ω Stability 1 0 ppm over 0 C to 50 C standard 0 03ppm over 0 C to 50 C option Aging 1 0 ppm year standard 0 075 ppm year option TABLE 4 MONITOR AND CONTROL INTERFACES Feature Spec...

Page 19: ...SatX SE300 Introduction Proprietary and Confidential 8 ...

Page 20: ...romagnetic Computability This SATX SE300 complies with Part 15 of the FCC rules and the European Directive 2004 108 EEC Emissions Compliance This SATX SE300 complies with the following emissions related standards Noise Immunity Compliance This SATX SE300 complies with the following standards o EB 301 489 1 Electromagnetic Compatibility and Radio Spectrum Matters ERM Electromagnetic Compatibility E...

Page 21: ...wo lines of 40 characters each It has a blue background light with excellent viewing characteristics The LEDs indicate in a summary fashion the current status of the unit The numeric keypad comprises 10 individual digits for easy numerals entry The navigation key pad comprises of 4 arrow keys for easy navigation and the following keys OK CLR clear and ESC Escape for quick navigation The function a...

Page 22: ...e clean and relatively dry SATX SE300 units may be stacked one on top of the other up to a maximum of 10 units before providing a 1 RU space for airflow Make sure air flow is available on the sides of the SATX SE300 with at least 2cm free space on each side The SATX SE300 is designed for indoor use only Do not mount the SATX SE300 in an unprotected outdoor location where there is direct contact wi...

Page 23: ... unit by connecting the prime AC power for DC powered units by flipping the switch to on Upon initial and subsequent power ups the SATX SE300 microprocessor will test itself and several of its components before beginning its main Monitor Control program These power up diagnostics show no results if successful The start up procedure may take several minutes and the message Welcome will be displayed...

Page 24: ... Card Mon out REF in and 10MHz REF out are only available on SATX FIGURE 3 REAR PANEL AC POWER IP CARD SATX AC Modem with IP Card and ASI FIGURE 4 REAR PANEL AC POWER IP CARD ASI SATX SE300 48VDC Modem with IP Card Mon out REF in and 10MHz REF out are only available on SATX FIGURE 5 REAR PANEL 48VDC POWER IP CARD SATX SE300 AC Modem with IP Card and BUC Feeder 24V or 48V Mon out REF in and 10MHz R...

Page 25: ...tor 9 Pin D Sub female connector The Alarm connector is used to indicate fault condition of the modulator to external equipment by providing a connection to a double pole DPDT relay Connector pin outs are listed in Table 12 and Figure 3 Cable pin outs are shown in Figure 7 Out RS232 M C 9 Pin D Sub female connector The monitor port interface can be used for the monitor and control functions of the...

Page 26: ...onnected 8 Not Connected 9 Relay2 NC 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 FIGURE 7 ALARM CABLE PINOUT TABLE 13 MONITOR CONNECTOR PIN ASSIGNMENT Pin No RS 485 Signal RS 232 Signal Description Direction 1 TX Transmit Data OUT 2 TxD Transmit Data OUT 3 RxD Receive Data IN 4 RX Receive Data IN 5 GND GND Ground 6 TX Transmit Data OUT 7 CTS Clear to send IN 8 RTS Request to send OUT 9 RX Receive Data IN ...

Page 27: ...703 E1 RJ 45 One two or four G 703 E1 interfaces for TDM services option In Out E3 DIN 1 0 2 3 75Ω SFP module for TDM services SATX option In Out 3 5 Power Ground Connections TABLE 15 POWER GROUND CONNECTIONS Name Type Description Direction AC power Standard Non locking 3 prong power cord IEC plug 10 240VAC 50 60Hz Max 80W In DC power Optional Terminal block 2 poles 18 22AWG wire 36 76 volts 4 1A ...

Page 28: ...ad comprises seven keys for easy navigation and the CLR clear and ESC Escape buttons for quick navigation The function and behavior of the LED indicators numeric keypad navigation keys and display are described in detail in this Chapter 4 1 1 LED Indicators Four LEDs TX RX TEST and ALARM on the unit s front panel indicate the status of the unit The significance of the LEDs is explained in the foll...

Page 29: ...yed function or to execute a modem configuration change Clicking OK on any open screen returns the user to the Main menu ESC This key is used to cancel a selection or to go back up in the menu tree CLR This key is used to clear an entry These arrow keys are used to move to the next selection or to move the cursor position Space permitting most of the menus include arrow key hints to guide the user...

Page 30: ...to configure all IF L Band and channel related parameters for RX chain 4 2 7 4 2 1 Monitor TABLE 20 MONITOR SUBMENU MENU ITEMS Submenu Item General Description Section Common Used to monitor alarms voltages and board related information 4 2 1 1 Modulator Used to monitor the modulator TX ACM and AUPC status 4 2 1 2 Demodulator Used to monitor the demodulator RX status and echo cancellation status 4...

Page 31: ... card temperature is over 80 degrees Celsius Check Voltage One of the power supply voltages has exceeded its limits TX Lock Loss Internal Tx Oscillator is out of lock BUC Voltage BUC feeder voltage is switched off or out of range ASI Loss One of the ASI interfaces is no longer synced Channel Buffer Overflow Input data rate is higher than line rate Channel Buffer Underflow Active only in symbol rat...

Page 32: ... 12V 3 3V 5 5V 1 05V RX 0 9V RX A5 0V TX 1 2V TX A5 0V BUC Feeder 4 2 1 2 Monitor Modulator 1 Navigate through the list using the arrow keys 2 Click OK to select an item 3 Use the arrow keys to select the item to monitor 4 Click OK to continue Item Description TX Board Temperature Shows the TX board temperature in degrees C 10MHz Clock Source Shows the configuration of the 10MHz clock source for t...

Page 33: ...rent line channel index Mode Channel modulation mode Modulation Current modulation transmitted to the channel FEC Rate Current FEC transmitted to the channel Pilot Always Yes Group The group of remotes which this remote belong to Locked Remote locked status State Progress still collecting ACM messages Active Item Description Current TX Power The current power level transmitted by the device Minima...

Page 34: ... 2 Echo Cancellation The following submenu item includes information about the echo cancellation parameters This menu is available only if Echo Cancellation is active 1 Navigate through the list using the arrow keys TABLE 26 ECHO CANCELLATION PARAMETERS Item Description Status Shows EC Echo Cancelation current status Can be lock or unlock Sat Delay Shows estimated satellite trip delay time in mill...

Page 35: ...cked or No Data 4 2 1 3 1 4 Channel 2 This submenu item includes information about the channel 2 parameters The details are the same as those for channel 1 above 4 2 1 3 1 5 Mode Code The following submenu includes a list of all received ModCods since last counter reset 1 Navigate through the list using the arrow keys TABLE 28 MODE CODE VALUES Item Description Mode Shows the modulations received F...

Page 36: ... 1 or channel 2 Rate Indicates the interface data rate 4 2 1 4 3 GigE The following submenu includes a list of GigE interface parameters 1 Navigate through the list using the arrow keys TABLE 31 GIGE INTERFACES PARAMETERS Item Description Type Interface type RJ 45 or SFP Speed Interface speed 10 100 1000Mbps Duplex Interface duplex half duplex full duplex not connected or link down 4 2 1 5 Monitor...

Page 37: ...ace operational status enable or disable MAC Address MAC address associated with this Lan physical interface IP Address IP address associated with this Lan physical interface Subnet Mask Subnet Mask address associated with this Lan physical interface Encapsulation The data encapsulation used by the SAT interface NSPE or NSPE2 4 2 1 5 3 Interface Statistics The following submenu includes a list of ...

Page 38: ... test patterns 4 2 2 2 GIGE Used to configure the physical GbE ports 4 2 2 3 1 Click OK to select 2 Use the arrow keys to select the item to configure 3 Click OK to continue 4 2 2 1 TX 4 2 2 1 1 TX TEST 4 2 2 1 1 1 Pattern 1 Click OK to change 2 Navigate through the list using the arrow keys 3 Click OK to select an item This submenu defines the transmitted data pattern of the internal PRBS generat...

Page 39: ... TX ASI A 4 2 2 1 2 1 Data Order Sets the structure of transmitted ASI data arriving via the ASI A IN connector on the rear panel Mainly used for different IRDs compatibility 1 Click OK to change 2 Navigate through the list using the arrow keys 3 Possible values o LSB Data is treated as LSB first o MSB Data is treated as MSB first 4 Click OK to select an item 4 2 2 1 3 TX ASI B 4 2 2 1 3 1 Data Or...

Page 40: ...seudo Random Binary Sequence o PRBS 2 20 1 Pseudo Random Binary Sequence o PRBS 2 23 1 Pseudo Random Binary Sequence o PRBS 2 29 1 Pseudo Random Binary Sequence o PRBS 2 31 1 Pseudo Random Binary Sequence 4 Click OK to select an item 4 2 2 2 1 3 Pattern Invert Sets the polarity of received PRBS data Allows the user to invert the test pattern Mainly used for PRBS patterns to match the receiver spec...

Page 41: ...on the rear panel Allows the user to invert the data Mainly used for compatibility to different IRDs 1 Click OK to change 2 Navigate through the list using the arrow keys 3 Possible values o No Pattern is not inverted o Yes Pattern is inverted 4 Click OK to select an item 4 2 2 2 3 RX ASI B 4 2 2 2 3 1 Source Sets the physical source for received ASI data 1 Click OK to change 2 Navigate through th...

Page 42: ...eds to set the speed and duplex parameters 4 Click OK to select an item 4 2 2 3 1 1 1 Speed Sets the speed selection protocol of the GigE port 1 Click OK to change 2 Navigate through the list using the arrow keys 3 Possible values o 10 Sets speed at 10Mbps o 100 Sets speed at 100Mbps 4 Click OK to select an item According to 802 3 1Gbps can only be auto negotiated 4 2 2 3 1 1 2 Duplex Sets the spe...

Page 43: ...he speed selection protocol of the SFP port 1 Click OK to change 2 Navigate through the list using the arrow keys 3 Possible values o 10 Sets speed at 10Mbps o 100 Sets speed at 100Mbps 4 Click OK to select an item According to 802 3 1Gbps can only be auto negotiated 4 2 2 3 2 1 2 Duplex Sets the speed selection protocol of the SFP port 1 Click OK to change 2 Navigate through the list using the ar...

Page 44: ...ching In this mode the user needs to define the remotes and then assign a different tagged VLAN per remote Several VLANs may be assigned to a single remote however only one remote can be assigned to a certain VLAN L3 IP Routing L3 IP Routing handles the different streams of information but routes them to their pre configured IP address destination according to the routing table and the correct int...

Page 45: ...his point MAC The interface s MAC address Can be changed only on SAT interface IP address The interface s IP Address In L2 transparent this address can be modified only for the MGMT port and any newly added interfaces In L3 IP Routing it can be modified for all interfaces Subnet mask The interface s Subnet Mask In L2 transparent this mask can be modified only for the MGMT port and any newly added ...

Page 46: ...interface always refers to SAT interface at this point IP address The remote s IP Address This appears only in L3 IP Routing MAC address The remote s MAC Address This appears only in L3 IP Routing Signaling IP address Remote unit IP address that is used as the ACM message source address This appears only when ACM is enabled modulation The remote s modulation This is not applicable when ACM is enab...

Page 47: ...itching table start with an empty table A line cannot be added to this table unless remotes were previously configured 5 Choose Edit Add or Delete The variables on each switching row are VID ID for this switching row cannot be modified after initial configuration Remote name The name for this switching row Administrative Status Choose to enable or disable this row 4 2 3 6 QoS 1 Click OK to change ...

Page 48: ...xisting ToS criteria o Add Add a new ToS criteria o Delete Delete a certain ToS criteria 6 Click OK to select an item 4 2 3 6 1 1 2 802 1p This function is available only when forwarding mode L2 VLAN switching in selected 1 Click OK to change 2 Browse using the arrow keys 3 Select from the variables on each p bit row o Priority Indicates the p bit priority This value cannot be modified o CoS This ...

Page 49: ...IR The Committed Information Rate CIR allocated to the remote For optimal operation total CIR should not exceed the line rate o CBS The Committed Burst Size CBS allocated to the remote The recommendation is 10 or the CIR o EIR The Extended Information Rate EIR allocated to the remote o EBS The Committed Burst Size CBS allocated to the remote The recommendation is 10 or the EIR 4 A table of bandwid...

Page 50: ...menu 4 2 4 1 1 3 Default Gateway This field shows the device default gateway in the event that a gateway is configured in the Network Configuration Routes for address 0 0 0 0 If this is not the case the displayed value will be 0 0 0 0 4 2 4 1 2 Rate Limiter This submenu is used to configure the management traffic rate limit 4 2 4 1 2 1 Rate Limit This field is used to set the management traffic ra...

Page 51: ...ues o V1 only V1 traps are supported o V2 only V2 traps are supported 4 Select a value by clicking OK 4 2 4 1 3 5 Trap Community 1 Defines the default community string to be used when sending traps 1 Click OK to change the trap community string 2 Edit using the arrow keys 3 Navigate through the list using the arrow keys o The default value is public This string can be modified 4 Select a value by ...

Page 52: ...asked alarms do not appear in the respective logs and do not activate the Alarm Led on the front panel Relay masked alarms do not cause an external alarm signal on the alarm D type connector located on the rear panel TABLE 40 ALARMS MASK LIST Item Mask Clock Loss Clock Malfunction Ethernet link Down License Expire LNBC Overcurrent LNBC Power Not Good LNBC Thermal Shutdown LNBC Under voltage Line U...

Page 53: ... to save a selection 4 2 4 1 4 2 Relay Mask Enabled items are not displayed and do not produce an external signal via the Alarm connector 4 2 4 2 10MHz Clock This submenu is used to configure various aspects relating to the 10MHz clock 1 Click OK to change a value 2 Use the arrow keys to select an item to configure 3 Click OK to continue 4 2 4 2 1 Source Sets the source of the 10MHz clock needed f...

Page 54: ...a value click OK 4 2 4 2 4 TX Port Sets the output of the 10MHz clock to the TX out connector on the back panel 1 Click OK to make a change 2 Navigate through the list using the arrow keys 3 Possible values o Off no 10MHz output to the connector o On 10MHz output to the connector 4 To select a value click OK 4 2 4 2 5 LNB Port Sets the output of the 10MHz clock to the L Band RF input connector on ...

Page 55: ...e by clicking OK 4 2 4 3 4 Stop Bit Sets the M C port data word stop bit 1 Click OK to change the value 2 Navigate through the list using the arrow keys 3 Values supported 1 2 4 Select a value by clicking OK 4 2 4 4 System Time The following submenu item is used to set the date and time of the unit 4 2 4 4 1 Time 1 Click OK to change the value 2 Navigate to the desired field is done using the arro...

Page 56: ...ow keys 3 Possible values o Auto Switch can be done from Main to Backup and vice versa in case of alarm on active modem o Latch Switch will be done only from Main to Backup 4 Select a value by clicking OK 4 2 4 5 2 3 Revert Mode Sets the redundancy revert mode 1 Click OK to change the value 2 Navigate through the list using the arrow keys 3 Possible values o Disable After modem switch reverting to...

Page 57: ...Screen Saver Used for configuring front panel screen saver 4 2 5 6 1 Click OK to select 2 Use the arrow keys to select the item to configure 3 Click OK to continue 4 2 5 1 Database This submenu item is used to manage configurations of the unit The concept of preset configuration allows the user to save and later load various configurations of the modem permitting rapid switching between different ...

Page 58: ...ty configuration 4 2 5 2 Versions This submenu items is used to review the unit s different software modules versions 4 2 5 2 1 General This item shows the firmware Operating System OS and File system FS versions 1 Select General and Click OK 2 Use the arrow keys to select the item to review 4 2 5 2 2 Active SW This item shows the WEB GUI Front Panel NSMD SatExpander and PIC Front Panel controller...

Page 59: ...ense A temporary license is provide by SatExpander to evaluate new feature and is valid for a period of predefined days This license expires after the elapse of the pre defined period and the feature will no longer be available o Occasional Use license An occasional use license is provided by SatExpander for a predefine number of days that the modem was transmitting or receiving data Such a licens...

Page 60: ...ce name on the web GUI tab as well as the SNMP response 4 2 5 5 5 Lock Screen 1 Select Lock Screen to lock the front panel after Screen Saver configuration time has expired or when exiting to the main welcome screen The 6 digit code will be required to access the unit Screen Save activation time can be configured from the front panel only A code with less than six digits will be padded with leadin...

Page 61: ...arrow keys to select the item to configure 3 Click OK to continue 4 2 6 1 Line 1 Use the arrow keys to select the line submenu 2 Click OK to continue 4 2 6 1 1 TX Enable Determines the modulator transmission state 1 Navigate through the list using the arrow keys 2 Possible values o Enable Transmit output is enabled o Disable Transmit output 3 Select an item by clicking OK 4 2 6 1 2 Mode Determines...

Page 62: ...eric keypad 2 Possible values o IF 50 90MHz and 100 180MHz o L Band 950 2150MHz 3 Click OK to accept the value If the LNB LO Freq is used the RF Frequency shown will be the sum of the two values 4 2 6 1 6 Sine Wave Sets modulator s output for continues wave 1 Navigate through the list using the arrow keys 2 Possible values o Off modulation is on o On modulation is off output signal is a CW continu...

Page 63: ...K to accept the value 4 2 6 1 11 Bit Rate Sets the modulator usable data rate in units of Mbps with 1bps resolution This field is active only in single channel mode Changing bit rate affects the Symbol rate field and the range is restricted according to the symbol rate Data rate takes into account transmission overheads DVB S2 SATX DVBS protocol and encapsulation method NSPE NSPE2 1 Enter the rate...

Page 64: ... is reset at the start of a frame The same Golden Sequence should be configured per link Enter the value using the numeric keypad 1 Possible values 0 to 262141 2 Click OK to accept the value 4 2 6 1 16 Spectrum Invert Sets modulator s spectral inversion 1 Navigate through the list using the arrow keys 2 Possible values o Off No spectrum inversion o On Spectrum is inverted 3 Select an item by click...

Page 65: ...nder o On NLC is on to be used on non linear transponder 2 Press OK to save this configuration 4 2 6 1 20 ACM Mode Sets activation of the ACM server on the modem This is most often used for data links in cases in which additional fields will be available for ACM configuration For further details please refer to Chapter 6 1 Navigate through the list using the arrow keys 2 Possible values o Disable ...

Page 66: ...ey 4 2 6 1 24 Uplink Freq Selects incoming satellite frequency It can improve attenuation estimation 1 Enter the value using the numeric keypad 2 Possible values 1 to 40 GHz 3 Click OK to accept the value 4 2 6 1 25 Uplink Polarity Selects outgoing satellite polarity It can improve attenuation estimation 1 Enter the value using the numeric keypad 2 Possible values o Vertical Polarity is vertical o...

Page 67: ...cho reception o Local SNR AUPC mode is based on local SNR variations Local SNR mode is only applicable when Remote modem TX power is controlled reliably 3 Click OK to accept the value 4 2 6 1 29 Target SNR The AUPC algorithm can be configured to subtract minimal allowed gain from the transmission power 1 Enter the value using the numeric keypad 2 Possible values 0 50dB 3 Click OK to accept the val...

Page 68: ... 1 o Test 2 Transmitted data is from internal PRBS generator 2 GigE can only be assigned to Channel 1 3 Frame Size Click OK to accept the value 4 2 6 2 1 2 Frame Size Select frame size of the transmitted BBFRAME on this menu 1 Navigate through the list using the arrow keys 2 Possible values o Normal BBFRAME size is 64800 bits o Short BBFRAME size is 16200 bits 3 Click OK to accept the value 4 2 6 ...

Page 69: ... Click OK to accept the value 4 2 6 2 1 7 Mpeg Processing Mode Select Mpeg processing Mode using this submenu It is valid only if the source is set to ASI It allows matching the line rate to the ASI rate It is only functional when operating with ASI on a single channel only If rate adjust option is not used the ASI input data rate must be kept below the line data rate in order to avoid overflowing...

Page 70: ...error frames by Null packets 1 Navigate through the list using the arrow keys 2 Possible values o Disable Normal operation o Enable TS protect mode 3 Click OK to accept the value 4 2 6 2 2 Channel 2 All fields are identical to those in Channel 1 but only affect Channel 2 if dual channel mode is enabled 4 2 6 2 3 MGMT channel This channel can only be used for OTA Over the Air traffic using the remo...

Page 71: ...CID Phone Extension Enter the CID Phone number extension of the contact person in this submenu 1 Use the numeric keypad to enter the value Up to 18 digits of telephone number including extension can be transmitted over the CID signal If extension is used then there are only 17 digits including extension 2 Click OK 4 2 6 3 5 CID User Text Enter up to 24 characters of free text in this submenu that ...

Page 72: ...his submenu 2 Possible values o IF 50 90MHz and 100 180MHz o L Band 950 2150MHz 3 Click OK to accept If the LNB LO Freq is used the RF frequency shown will be the sum of the two values 4 2 7 1 4 Dual Channel Mode Select if the dual channel per carrier option will be enabled The dual channels support for example the following options o IP data from Gig E video stream from ASI o IP data from Gig E i...

Page 73: ... input level mode Must be identical to the modulator 1 Press OK and use the arrow keys to navigate through the list 2 Possible values o Constant Power Power stays the same in all MODCODs o Constant Envelope The outer ring or envelope of the constellations is kept equal for all Mode Codes 3 Press OK to save this configuration 4 2 7 1 8 None Linear Mode Activate the Dynamic Distortion Compensator DD...

Page 74: ... connected to an antenna switching system which requires a fast sync after antenna switching 1 Navigate through the list using the arrow keys 2 Possible values o Disable Fast sync is disabled o Enable Fast sync is enabled 3 Select an item by clicking the OK key 4 2 7 1 12 EC Mode Select activation of the Duet Echo Cancelation EC feature For further details please refer to Chapter 7 1 Navigate thro...

Page 75: ...or regarding reception quality of channel 1 only o ENABLE CH2 ACM messages are generate by demodulator regarding reception quality of channel 2 only o ENABLE CH1 CH2 ACM messages are generate by demodulator regarding reception quality of both channel 1 and channel 2 3 Select an item by clicking the OK key 4 2 7 1 17 ACM Margin CH1 Set the desired link margin value in dB for channel 1 ModCod in a 0...

Page 76: ...rther details please refer to Chapter 6 1 Navigate through the list using the arrow keys 2 Possible values o Disable Normal operation o Enable Enable advanced ACM messages when the demodulator detects a dramatic change in signal SNR 3 Select an item by clicking the OK key 4 2 7 2 Channels 4 2 7 2 1 Channel 1 1 Navigate through the list using the arrow keys 2 Select an item by clicking the OK key 4...

Page 77: ...e state option for enabling or disabling the received signal in channel 3 1 Possible values Enable or Disable 2 Click OK to accept the value 4 2 7 2 3 2 ISI Range This is identical to channel 1 and 2 fields but applicative for channel 3 data MGMT channel is not available when working in Duet mode ...

Page 78: ... are sent over UDP port 162 as default but the user must enter the IP address of the host in order to receive them On the SNMP manager side the base for communication is the MIB files whose structure is consistent with the main menu structure of the corresponding device In general three MIB files are required 5 2 1 Management Information Base MIB Files Two global files SATEXPANDER ROOT MIB and ITU...

Page 79: ...he side menu navigation buttons located on the left side of each page The user can select a value by scrolling down and selecting it Many of the buttons are nested with submenus FIGURE 12 SIDE MENU NAVIGATION BUTTONS 5 3 2 GUI Interface Access The GUI can be accessed using a web browser Google Chrome Internet Explorer 7 0 or later and Mozilla Firefox 3 0 or later 1 To locate or change the device s...

Page 80: ...ia the user screen under the system menu 5 3 3 Interface Menu Tree Table 46 presents the navigation button and lower level nested buttons TABLE 46 WEB GUI MENU TREE Navigation Button Nested Button Level 1 Nested Button Level 2 Nested Button Level 2 Nested Button Level 2 monitor Common Alarm Event System Redundancy Modulator ACM AUPC Demodulator Line Interface Status TX Status TX Gig E E3 Network I...

Page 81: ... limiter Rollback SNMP Alarm Events Redundancy 10MHz clock serial port date time system Database HW SW version License SW upgrade remote control SNMP command general users 5 3 4 Web Page Descriptions 5 3 4 1 Top Menu Tabs By clicking on a tab in the Top Level menu the respective screen is displayed 5 3 4 1 1 Home This tab displays the product name 5 3 4 1 2 Log In This tab displays the log in scre...

Page 82: ... information about the system and provides all ModCods that meet the limitations The calculator also provides advice on the ModCod that is expected to provide optimal results Upon selection the user can configure the modulator or demodulator line channel settings accordingly FIGURE 14 MCT CALCULATOR For more information on how to use the MCT calculator please refer to Section 5 3 5 5 3 4 1 5 Conta...

Page 83: ...s use the Top and Next navigation buttons to navigate through the lists 5 3 4 2 1 1 Monitor Common Alarm A list of all currently active alarms in the unit is presented FIGURE 16 MONITOR ALARMS REPORT A list of all alarms is provided in Table 21 5 3 4 2 1 2 Monitor Common Event A list of all occurred events in the unit since power or or since the last time the Clear Event Log button was clicked is ...

Page 84: ...ke a switch the standby unit must not have any active alarm FIGURE 19 MONITOR REDUNDANCY STATUS REPORT 5 3 4 2 1 5 Monitor Modulator ACM Reports from remotes about ACM data sent to the ACM server the modulator is presented Please refer to Chapter 6 for detailed information on the ACM FIGURE 20 MODULATOR ACM DATA REPORT 1 Click the Clear Statistics button to clear the ACM statistics and start a fre...

Page 85: ...about the demodulator reception is presented FIGURE 22 DEMODULATOR REPORT If test mode is being used the PRBS section will be displayed giving BER data 1 Click the Clear Counters button to reset the Frames counter and FER statistics If Echo cancelation is activated an additional field labeled Echo Cancellation will appear with the EC statistics as shown below ...

Page 86: ... selected by any channel Not Locked when the interface is selected by one channel and no data appears at its input Locked when the interface is selected by one channel with data at its input source 5 3 4 2 1 9 Monitor Interface Status RX The RX interface status for each ASI and TEST interface is presented FIGURE 25 RX INTERFACE STATUS 5 3 4 2 1 10 Monitor Interface GigE The Gig E interface status ...

Page 87: ...or Network Interfaces MGMT LAN3 LAN4 and SAT interfaces statistics are presented FIGURE 29 MGMT LAN AND SAT INTERFACES If an SFP is assembled its status will be reflected in this screen as well 5 3 4 2 2 Modulator config 5 3 4 2 2 1 Modulator Config Line Channel 1 Channel 2 MGMT channel All modulator parameters including ACM are configured on this side menu 1 Click the line tab or channel 1 tab or...

Page 88: ...d Pilot will be greyed out if ACM is enabled Channel 2 settings will be greyed out if dual channel mode is disabled in the line settings page MGMT Channel Source is not configurable and can be used only for remote M C and software upgrades 5 3 4 2 2 2 Modulator Config CID Add a carrier ID signal below the line noise floor which contains the following information For more information please refer t...

Page 89: ...refer to chapter 9 1 Click the AUPC tab to select a report FIGURE 33 AUPC SETTINGS 2 After completion of all changes click Save to save the last configuration 5 3 4 2 2 4 Modulator Config OTA Sync This feature is intendent for future release 5 3 4 2 3 Demodulator config 5 3 4 2 3 1 Demodulator Config Line Channel 1 Channel 2 MGMT Channel Configure demodulator parameters including ACM and Echo Canc...

Page 90: ...SEqC DiSEqC Digital Satellite Equipment Control is a special communication protocol for use between a satellite receiver and a device such as a multi dish switch or a small dish antenna rotor DiSEqC relies only upon a coaxial cable to transmit both bidirectional data signals and power DiSEqC is commonly used to control switches and motors and is more flexible than 13 18 volt and 22 kHz tone techni...

Page 91: ...ommands back to the original DiSEqC 1 1 and 1 2 factory default command set Save Save the basic commands 5 3 4 2 3 2 3 DiSEqC User Commands The user commands page permits user defined customization Each entry calls one of the basic commands with a specific data and LNB mode and assigns a unique user defined name to it so for example if you have a SAR 212 Spaun switch with one LNB connected to a di...

Page 92: ... FIGURE 39 INTERFACE TX ASI A SETTINGS 1 After completion of all changes click Save to save the last configuration 5 3 4 2 4 2 Interfaces Config ASI TX ASI B Set the data order parameter for the TX ASI B interface either LSB or MSB can be first The TX denotes that the ASI stream is coming out from modem itself outwards to an IRD FIGURE 40 INTERFACE TX ASI B SETTINGS 1 After completion of all chang...

Page 93: ...am is arriving via the modem itself received by it inwards from a video encoder FIGURE 42 INTERFACE RX ASI B SETTINGS 3 After completion of all changes click Save to save the last configuration 5 3 4 2 4 5 Interfaces Config TEST TX test Set the parameters for the TX test interface transmit pattern and inversion of data The TX denotes the data is transmitted from the modulator side FIGURE 43 INTERF...

Page 94: ...rol FIGURE 45 GIG E RJ45 INTERFACE SETTINGS 1 After completion of all changes click Save to save the last configuration 5 3 4 2 4 8 Interfaces Config Gig E SFP Set the parameters for the Gig E SFP interface auto negotiation and flow control FIGURE 46 GIG E SFP INTERFACE SETTINGS 1 After completion of all changes click Save to save the last configuration 5 3 4 2 4 9 Interfaces Config E3 Physical Co...

Page 95: ... engine interface and forwarding mode scheme 5 3 4 2 5 1 Network Config Forwarding Mode Select the proper forwarding mode Please refer to Section 16 2 for a detailed explanation on motivation usage and set up FIGURE 49 NETWORK FORWARDING MODE SETTINGS 1 After completion of all changes click Save to save the last configuration 5 3 4 2 5 2 Network Config Interfaces Set the parameters for network ope...

Page 96: ...icable in L2 transparent bridging mode Configure the list of remote units and the ModCod per remote The modem supports up to 12 different ModCods on the same carrier FIGURE 51 REMOTE CONFIGURATION WHEN ACM IS NOT ACTIVE FIGURE 52 REMOTE CONFIGURATION WHEN ACM IS ACTIVE 1 Add additional remotes using the Add Row button 2 Delete a remote by clicking delete 5 3 4 2 5 4 Network Config Switching applic...

Page 97: ...RK ROUTES SETTINGS 1 Add routing entry using the Add Row button 2 Delete routing entry by clicking delete 3 After completion of all changes click Save to save the last configuration 5 3 4 2 5 6 Network config QoS Classification Configure the Quality Of Service criteria and the QoS mode to be used FIGURE 55 NETWORK CLASSES SETTINGS P BIT 802 1P CLASSIFICATION FIGURE 56 NETWORK CLASSES SETTINGS TOS ...

Page 98: ...ETTINGS 1 After completion of all changes click Save to save the last configuration 5 3 4 2 5 8 Network Config QoS BW Management Configure the Bandwidth management settings FIGURE 59 BANDWIDTH MANAGEMENT SETTINGS 1 After completion of all changes click Save to save the last configuration 5 3 4 2 6 System config Configure the several aspects of the unit relating to management serial port date and t...

Page 99: ...nfigure the rate limit on the management traffic FIGURE 61 MANAGEMENT RATE LIMITER Enter 0 for unlimited traffic 5 3 4 2 6 1 3 System config Management Rollback Enable the rollback mechanism and sets the time constant of its activation FIGURE 62 ROLLBACK MANAGEMENT IP SETTINGS A rollback configuration must be pre prepared in order to enable this mode Please refer to Section 5 3 4 2 7 1 for more de...

Page 100: ...r event should appear in the alarm or events logs 1 Decide which events and alarms should trigger a relay transition usually connected to an external redundancy switch 2 Check an alarm or event in the Mask column to eliminate it from the alarms and events log 3 Check the same alarm or event in the Relay Mask column to eliminate it from causing a relay transition ...

Page 101: ... SETTINGS 5 3 4 2 6 2 System Config Redundancy This submenu item is used to configure the redundancy parameters when working in 1 1 redundancy setup or 1 N redundancy setup The redundancy method can be either basic when using a DEV redundancy switch or advanced when using NSR redundancy switch ...

Page 102: ...tput a 10MHz clock to an external LNB on the same IF or L Band connector that is used to receive the signal from the satellite FIGURE 67 10MHZ CLOCK SETTINGS 5 3 4 2 6 4 System Config Serial This page allows the user to configure the serial port communication parameters The serial port can be used to control the unit if an Ethernet connection cannot be established between the management PC and the...

Page 103: ...conditions while saving time and errors in performing manual configuration of parameters The modem can store up to 20 different configurations in addition to the boot configuration Changes are saved to the boot configuration by clicking Save in each configuration screen Other configurations are managed in the Database screen under the System menu 5 3 4 2 7 1 System Database The Database options in...

Page 104: ... display all saved configurations in a drop down list o To load a configuration select the desired configuration and click OK o Click Load Factory default to set the device configuration to the original factory default settings FIGURE 73 LOADING A FACTORY DEFAULT CONFIGURATION Loading factory defaults will not affect the unit s management IP address setting for local management Routing information...

Page 105: ...le and all saved configurations are displayed in a drop down list o To delete a particular configuration select the configuration to be deleted and click OK FIGURE 76 DELETING A CONFIGURATION FILE Select Download Configuration File Using TFTP to import a configuration file from a TFTP server o Enter the TFTP server s IP address o Enter the file name to be downloaded o Click OK FIGURE 77 DOWNLOADIN...

Page 106: ...le using WEB to export a configuration file to the local computer o Select the file name to be uploaded o Click OK FIGURE 80 UPLOADING A CONFIGURATION FILE FROM THE WEB Select Set Rollback Default Configuration to save the current configuration as default rollback For more details please refer to Section 5 3 4 2 7 3 and Section 5 3 4 2 6 1 3 o Click OK 5 3 4 2 7 2 System HW SW Versions Click this ...

Page 107: ...of time Once the license has expired the modem will not transmit or receive any data Click this link to view all license information of the device License files can be updated locally or via a FTP server If you have the license file locally 1 Click Choose File button browse and select the license file 2 Click the Download button To download the file from FTP server 1 To connect to FTP server use t...

Page 108: ...utton browse and select the image file 2 Click the Download button 3 To connect to SatExpander s FTP server contact SatExpander s support team 4 After downloading click the Activate button for installation The unit will reboot itself during upgrade FIGURE 83 UPDATING THE SOFTWARE 5 3 4 2 7 5 Remote Control OTA Remotely control one or more SatExpander s remote devices such as remote software upgrad...

Page 109: ...e end of the upload process the modem will transmit the configuration file over the air The progress of the transmission can be seen under OTA TX Status o After the transmission is completed the Activate configuration button is enabled and the OTA TX Status is modified to IDLE Click the Activate configuration button to send a command to all the devices to activate the newly configuration file o Cl...

Page 110: ...upgrade transmission click Cancel Transmission button in the SW upgrade status line o To cancel file transmission click Cancel Transmission button in the file status line 5 3 4 2 7 6 System SNMP commands Defining SNMP commands list to be used by sending configuration command by OTA FIGURE 85 SNMP COMMANDS FOR OTA Create Create a new SNMP command OID is available for selection from a drop down list...

Page 111: ...ncludes three levels of user groups Users have permission only to read device variables Operators have permission to access both read and write device variables Administrators have permission to access both read and write device variables as well as higher privileges such as performing user related actions This screen allows the user to preform several user administration actions such as adding a ...

Page 112: ...store the default password using the front panel action System General Reset Passwords 5 3 5 MCT Calculator 5 3 5 1 What Is The MCT Calculator The MCT Calculator is an advisory tool that helps users clearly view all activation options and enables them to determine the best option Inputs include current working modulation CNR or SNR as well as desired link margin and other information about the sys...

Page 113: ...that will be compared The options are Yes with pilots or No without pilots o Roll Off determines the roll off of the ModCods that will be compared If multiple line modes are chosen for comparison e g DVB S2 SATX SATEX a specific roll off will be chosen for each mode o Include redundant determines whether to present redundant ModCods options A redundant ModCod is defined as an option in which at le...

Page 114: ...e criteria If comparison method is according to CNR ModCods with CNR within the range of CNR and CNR Margin will be shown If comparison method is according to SNR ModCods with SNR within the range of SNR and SNR Margin will be shown If comparison method is according to ModCods ModCods with CNR within the range of ModCod CNR and ModCod CNR Margin will be shown In addition one more ModCod for each s...

Page 115: ...he first and last two lines are extra ModCods that are not included in the previous range but are the closest to it 5 3 5 3 1 Recommended ModCod In addition to presenting ModCods within the requested range the MCT calculator offers advice regarding the optimal ModCod to be used The recommended advised ModCod is as follow The lowest ModCod within the range that is not redundant and not higher than ...

Page 116: ...tor configuration 5 4 CLI Interface The unit can also be configured via a CLI interface The CLI can be accessed from both the unit s serial interface or via telnet 1 To initiate a CLI session using the serial interface any COM client can be used Log in with any defined user credentials 2 To initiate a CLI session using telnet any telnet client can be used to connect to the unit s management IP add...

Page 117: ...tor o Common alarms show active alarms events show event log clear events clear event log active users show active users redundancy display redundancy monitoring system display system monitoring o modulator ACM Display ACM monitoring Clear ACM DB Clear ACM client database AUPC Display AUPC monitoring Reset aupc monitor restart aupc power averaging o Demodulator Line display line monitoring clear c...

Page 118: ... save current configuration as rollback default o users add add new user remove remove user password change user password display display user account o remote control status Display OTA status destination Set get destination device create command Create command that will be send according to user need via the OTA display commands Display command delete command Delete command execute commands Exec...

Page 119: ...agement ip display display management info rollback mode set rollback mode on off timeout set rollback timeout in minutes display display management info M rollback snmp version set snmp version read only comm set snmp read only community read write comm set snmp read write community trap version set snmp trap version trap host1 set snmp trap host1 trap host2 set snmp trap host2 trap comm1 set snm...

Page 120: ...data bits set data bits stop bit set stop bit display display configuration o date time date set date DD MM YYYY time set time HH MM display display configuration o redundancy redundancy method set redundancy feature method redundancy role set redundancy feature unit role redundancy mode set redundancy feature operation mode redundancy revert set redundancy feature revert mode redundancy ip set re...

Page 121: ...mode changes will be lost apply apply changes and exit edit state remove remove a record o sat remotes display printout remotes table add add a record to table edit edit a record name edit name no spaces ip address edit IP address mac address edit MAC address signaling ip edit signaling IP address group edit group modulation edit modulation fec rate edit FEC rate done exit edit state remove remove...

Page 122: ... edit edit a record admin status edit administrative status done exit edit state remove remove a rout o QoS Classification Display printout classification table add add a record to table edit TOS edit a record value edit TOS field value mask edit TOS field mask class edit class of service color edit color done exit edit state edit MF edit a record name edit name admin status edit administrative st...

Page 123: ...s of service done exit edit state remove remove a record Queues display printout queues table edit edit a record method edit scheduling method weight edit weight queue depth edit max queue depth discipline edit queuing discipline done exit edit state classification mode set classification mode Bandwidth management display printout bandwidth management table add add a record to table edit edit a re...

Page 124: ... set gigE auto negation speed set gigE speed duplex set gigE duplex flow control set gigE flow control display display configuration o e3 physical clock src set E3 physical clock source line type set E3 physical line type loopback set E3 physical loopback display display E3 configuration pseudo clock src set E3 pseudo IP address ip mask set E3 pseudo IP mask peer ip set E3 pseudo peer IP payload s...

Page 125: ...ore bytes set pattern number of bytes to ignore display display configuration o rx asi a source set ASI A interface source data invert set ASI A interface data invert data invert set ASI A interface data invert data rate mode set ASI A interface data rate mode data rate set ASI A interface data rate data rate accuracy set ASI A interface data rate accuracy display display ASI A configuration o rx ...

Page 126: ...e dual channel mode channel 1 bandwidth set line channel 1 bandwidth symbol rate set line symbol rate MSPS power set line power bit rate set line bit rate Mbps roll off set line roll off golden seq set line golden sequence spectrum invert set spectrum invert on or off powerup tx state auto disable tx on startup output level mode set output level mode acm mode set acm mode Tx mute after rx loss set...

Page 127: ...state source set channel source frame size set channel frame size modulation set channel modulation fec rate set channel fec rate pilot set channel pilot stream format set channel stream format sync byte set synchronization byte in hex 00 FF isi et isi in hex 00 FF ts protect set channel TS protect mpeg process mode set channel MPEG process mode set bitrate set channel forced CBR display display c...

Page 128: ...e pilot set channel pilot isi set isi in hex 00 FF display display channel configuration o CID state set CID state latitude set CID latitude empty string to delete longitude set CID longitude empty string to delete phone number set CID phone number empty string to delete extension number set CID phone extension empty string to delete user text set CID free text empty string to delete display displ...

Page 129: ...ion mode ec min delay set echo cancellation min delay in ms ec max delay set echo cancellation max delay in ms ec tx freq offset set echo cancellation tx frequency offset in KHz SatEX_nlc_mode set SatEX nlc mode fast sync mode set fast sync mode display display line parameters o channel 1 isi set from ISI in hex 00 FF display display channel configuration o channel 2 isi set from ISI in hex 00 FF ...

Page 130: ... a base DiSEqC command reset db reset base and user DiSEqC commands to factory default o DiSEqC User display display all user DiSEqC commands in database run cmd run a user DiSEqC command create cmd create a user DiSEqC command delete cmd delete a user DiSEqC command reset db reset user DiSEqC commands to factory default ...

Page 131: ...rgin to be used in good link conditions to provide higher capacity by keeping a constant margin from the actual link condition ACM can maximize the throughput regardless of the actual link conditions noise clear sky rain fade or other degradation factors Initial setup is easy and requires no further user intervention The ACM can be set to a target link margin value which will always be maintained ...

Page 132: ...according to each remote s link conditions Remotes can also be grouped so the remote with the worst link condition within the group will be used to define the modulation for the group in order to prevent loss of data in all receivers 6 3 1 Flow Control The transmitter has an internal buffer and also uses Ethernet Flow Control IEEE 802 3 to regulate the transmit rate of the device e g switch router...

Page 133: ...utput Level Mode 6 3 3 1 Constant Power Mode In Constant Power Mode the Modulator has the same output power but the peak to average keeps changing when constellations change even on a frame by frame basis Thus the input back off in the satellite is not constant This is the suitable ACM mode for a linear satellite link that is not saturated The Back off is measured as the average power of the signa...

Page 134: ...for all frames The back off is measured as the average power of the signal vs the saturation level of the TWTA While working with a constant envelope the outer circle of each constellation has the same amplitude and therefor the back off is not fixed for example it is lower for QPSK and higher for 32APSK 6 3 4 Advanced ACM For links with fast fading changes for example when working in Ka band acti...

Page 135: ...dwidth 7 1 1 1 Specification Frequency offset 30 x Baud Rate Energy ratio range 10dB to 10 dB Latency 0 650ms When using Duet the Golden Sequence is used to differentiate between the self carrier and the desired carrier so a different Golden Sequence value must be used on each link 7 1 2 Point To Point PTP Duet In a PTP Duet scenario both modems transmit over the same satellite bandwidth As such e...

Page 136: ...llite a carrier which is a combination of the desired remote carrier and interference caused by the hub carrier By using the Duet the hub transmitting modem is able to cancel its own carrier s signal thus removing the interference and get the desired carrier The hub transmitting modem distributes its carrier over an ASI interface to all the hub receivers so each receiver has an image of the hub ca...

Page 137: ...er the specific link and satellite and the center frequency offset between the carrier to cancel own carrier and the desired carrier FIGURE 100 PTP DUET DEMODULATOR LINE SETTINGS 7 2 2 Point to Multi Point PtMP Duet The Duet configuration is configured in the Demodulator Line setting The configuration includes enabling the Duet mode setting the satellite one way link delay range minimum and maximu...

Page 138: ...b carrier they need to cancel FIGURE 101 PTMP DUET DEMODULATOR LINE SETTINGS Once the Echo Cancellation Mode is configured as Tx Hub Enabled the unit s ASI outputs are used to share the transmitted data with the other hub receivers For links below 35Msps 1xASI output will be used for links above 35MSPS both ASI outputs will be used to aggregate the data The rest of the demodulator s configuration ...

Page 139: ...S both ASI inputs will be used to aggregate the data In the Modulator Line Page the Symbol Rate and Roll Off must be configured by the user to fit the parameters in the Tx Hub modem The rest of the demodulator s configuration is in accordance with the desired remote carrier s characteristics and frequency offset between the desired remote s carrier and the Tx Hub carrier s center frequency 7 2 2 3...

Page 140: ...00 use an advance Dynamic Distortion Compensator algorithm which dynamically characterizes the non linearity AM AM and AM PM as seen in Figure 103 of the channel and compensates for it on the receiver side This is a post equalizing technique which is much more convenient than standard non linear pre equalization techniques as the later require the utilization of a return channel to the transmitter...

Page 141: ...R readings remote side readings user configuration etc FIGURE 104 AUPC EXAMPLE 9 2 AUPC System Behavior 9 2 1 CeC When using this AUPC mode the uplink attenuation estimation is based on modem internal information using Duet echo cancelation based measurements Duet license must exists even if Duet is not used on the link and user configuration No information from remote peers is used When uplink fa...

Page 142: ...ite is due to downlink fading only otherwise the feature will cause increase in power level at the satellite transponder which may exceed the power levels assigned by the satellite operator for this link To use the AUPC based on local SNR feature the SATX SE300 needs to have the AUPC license available in the unit 9 2 2 1 Configuration 1 In modulator config AUPC configure the following parameters o...

Page 143: ... Tx power lever AUPC Disable Duet Disable Tx Disable Tx Sine Wav on 9 2 3 3 Operations blocked when using AUPC The following user operations will be blocked when AUPC is enabled If a user tries to change one of following parameters when AUPC is enabled a popup message indicates that AUPC needs to be disabled before proceeding When AUPC is disabled TX power returns to nominal value Line mode TX or ...

Page 144: ...lowing information 10 2 CID configuration The configured CID parameters are CID Latitude Determines CID latitude information to transmit Field format is XXYY ZZ n s where XX is degree YY minutes and ZZ is seconds 60 The letter at the end indicates north or south CID Longitude Determines CID longitude information to transmit Field format is XXXYY ZZ e w were XXX is degree YY minutes and ZZ is secon...

Page 145: ... to drop when a queue is congested Meter Policer This mechanism usually handles the resource distribution for the CIR and EIR allocations of each remote 11 2 Modem QoS 11 2 1 QoS in L2 Transparent Bridging Forwarding Mode When working in L2 transparent bridging mode only data classification and priority queuing are available 11 2 2 QoS in L2 VLAN Switching and L3 IP Routing Forwarding Modes When w...

Page 146: ...red by their priority Once a match is found the rule is added to a hashed cache so that the following packets are matched fully to the cache entry 11 2 2 2 Queueing In order to prioritize different applications traffic per remote the hub modem will keep eight priority queues per remote CoS 7 to CoS 0 A queue can be configured as Strict which will get the highest priority for emptying the queue or ...

Page 147: ...eduler based on the CIR EIR and available bandwidth As the satellite information rate is the limited resource that the scheduler has to control this resource can be either in surplus total data demand is lower than the satellite information rate or in shortage total data demand is higher than the satellite information rate 11 2 3 1 Surplus When Satellite information rate is in surplus the second l...

Page 148: ... The type of this interface is dependent on the data forwarding mode configured to the modems When working in L2 the additional virtual interface should be a bridge type interface while when working in L3 the virtual interface should be a loopback interface In unidirectional based operations remote command execution cannot be based on feedback and therefore a different mechanism is needed Given th...

Page 149: ...rfaces click Add Interface FIGURE 109 OTA IP SETTINGS ADDING INTERFACE When using OTA the management IP subnets of the hub and the remote must be different 5 In the Name column change the newly created line name to OTA or other convenient name 6 Click Apply After each change always click Apply 7 Configure the IP Address and Subnet Mask The OTA IP address must be in a subnet different from the IP a...

Page 150: ...dge IP address as next hop IP address o For forwarding mode L3 IP routing enter destination IP address of the management device and hub unit s SAT IP address as next hop IP address 12 1 1 3 Hub Unit Set up Procedure 1 Configure the Rollback start by setting all modulator demodulator lines channels and IP settings 2 In System Database click Set Rollback Default FIGURE 111 OTA IP SETTINGS SETTING RO...

Page 151: ...orwarding mode L2 transparent bridging enter destination IP address of the management device and remote unit s bridge IP address as next hop IP address The routing in needed only if access is required via hub unit s management port Additional static route is needed on the managing PC with MGMT port IP address as next hop o Configure the IP Address and Subnet Mask o For forwarding mode L3 IP routin...

Page 152: ...reating the commands is done using the system SNMP commands menu FIGURE 114 OTA IP SETTINGS READY FOR ROLLBACK 12 2 1 3 1 Manual command creation 1 Press Create button 2 Fill the following parameters o Name Name of the command Any free text can entered for naming the command o OID OID of the SNMP parameter The OID should NOT include the root prefix 1 3 6 1 4 1 37576 o Index A sub OID definition re...

Page 153: ...x will present the options of the value but will be filled by the administrator in the Value phase c Description will describe the meaning of that command d Click Select or Cancel to approve or cancel the action 4 Fill the following parameters o Name Name of the command Any free text can entered for naming the command o Index A sub OID definition relevant in tables situations e g Channel Interface...

Page 154: ...e the line number 13 1 1 Logging in To prevent unauthorized modification of the operating parameters E1 T1 interface supports three access levels Users have read only access They cannot change any settings Techs technicians have read only access but are allowed to reset the unit set its parameters to defaults and use TFTP download upload Superuser su can perform all the activities supported by the...

Page 155: ...4 Configuring IP address 1 Disable DHCP client Configuration System Management Host IP DHCP DHCP o E1 T1 interface releases the current IP address by sending the release message to the DHCP server sets all Host IP parameters to 0 0 0 0 and reboots itself automatically o Press S to save 2 Configure manual IP address from the Host IP menu Configuration System Management Host IP perform the following...

Page 156: ...S application concept is shown in Figure 119 BTS side modem BSC side modem IPMux IPMux Switch Bridge Port 2 MNG E1 Interface Rate Limiter R B Rate Limiter R B GigE GigE Bridge Port 3 BRIDGE Not used OTA MNG OTA Bride Port 2 E1 Interface Bridge Port 3 BRIDGE Bridge Port 1 Used for local IP MUX management Bridge Port 1 FIGURE 119 BSC BTS SAMPLE CONFIGURATION 13 2 E1 T1 Application The E1 T1 interfac...

Page 157: ...k with OTA management the topology in Figure 121 is used BTS side modem BSC side modem Modem s IP MNG 10 12 1 10 16 OTA 172 26 2 11 24 GW 172 26 1 10 Modem s IP MNG 10 11 1 10 16 OTA 172 26 2 10 24 GW 0 0 0 0 IPMux IP 172 26 2 47 24 GW 172 26 1 10 IPMux IP 172 26 2 48 24 GW 172 26 2 10 Switch Bridge Port 2 MNG E1 Interface Rate Limiter R B Rate Limiter R B GigE GigE Bridge Port 3 BRIDGE Not used O...

Page 158: ...MENT IP SETTINGS SCREEN 13 2 2 Unframed Full E1 Data Configuration The following table depicts the different configurations needed on both sites in order to make the initial E1 connection TABLE 49 INITIAL E1 CONFIGURATIONS Step BSC BTS Physical Layer TDM IF Type Physical Layer TDM Connection ...

Page 159: ...he E1 connection is unaware Make sure that the E1 connection is unaware Link status can be monitored as shown below Monitoring Status Connection Modem configuration should enable the needed bit rate 2 048Mbps per E1 1 544Mbps per T1 plus an additional 100Kbps for management if over the air management is used 13 3 Multiple E1 T1 Configuration For multi channel configuration either for E1 or T1 ever...

Page 160: ... ID s can be done by clicking the Forward and Backwards buttons in Configuration Connection Bundle Connection menu FIGURE 123 BUNDLE CONNECTION SCREEN The DSO bundle section Configuration Connection DS0 Bundle for each bundle ID needs to be updated with the corresponding time slot as shown in Figure 124 FIGURE 124 UPDATING BUNDLE IDS 13 3 1 E1 Framed Data Configuration The following table depicts ...

Page 161: ...For modems with a multiple E1 T1 interface 2 3 4XE1 the bundle ID number should be 32 N 1 where N 0 3 For example E1 3 bundle ID must be 65 TABLE 50 E1 FRAMED DATA CONFIGURATIONS Step BSC BTS Physical Layer TDM IF Type Physical Layer TDM Connection Connection DSO Bundle ...

Page 162: ...teway Configure IP MUX default gateway Bridge Make sure that the E1 connection is Unaware Make sure that the E1 connection is Unaware Link status can be monitored as shown below Monitoring Status Connection 13 3 2 Partial E1 Framed Data Configuration The following table depicts the different configurations needed on both ends For modems with multiple E1 T1 interface 2 3 4XE1 the bundle ID number s...

Page 163: ...PARTIAL E1 FRAMED DATA CONFIGURATIONS Step BSC BTS Physical Layer TDM IF Type Physical Layer TDM Connection Connection DSO Bundle Connection Bundle Connection The Jitter Buffer value may vary depending on system delay Do The Jitter Buffer value may vary depending on system delay ...

Page 164: ...ontrol of both the IP mux and the SATX SE300 when working with the E1 T1 card a rate limiter was placed for the management communication 1 Click System Config Management Rate Limiter to access the management rate limiter screen FIGURE 125 MANAGEMENT RATE LIMITER SCREEN It is best to keep a rate limit on the management of 30Kbps which allows for best user experience without losing too much data rat...

Page 165: ...2 48 GW 172 26 2 10 Switch Bridge Port 2 MNG E1 Interface Rate Limiter R B Rate Limiter R B GigE GigE Bridge Port 3 BRIDGE Disconnect from Modem MNG port Not used OTA MNG Bride Port 2 E1 Interface Bridge Port 3 BRIDGE Bridge Port 1 Internally Disconnected Server IP address 10 11 1 1 Mask 255 255 255 0 Route add 172 26 2 0 mask 255 255 255 0 10 11 1 10 Route add 172 26 3 0 mask 255 255 255 0 10 11 ...

Page 166: ...wire IP address o IP Mask Unit s pseudo wire IP mask o Peer IP Pseudo wire Peer Unit IP address o Next Hop The next hop IP address o Payload The packet size of the payload recommended 1476 o Jitter Buffer The size of the Jitter buffer recommended 60 000 FIGURE 129 HUB UNIT E3 PSEUDO WIRE INTERFACE SETTINGS SCREEN 3 In the Network config QoS Classification configure the following parameters o Mode ...

Page 167: ...l configure the following parameters o Clock source Interface s clock source Select Sync E o Line Type The E3 line type Select Unframed FIGURE 132 REMOTE UNIT E3 PHYSICAL INTERFACE SETTINGS 2 In Interface config E3 Pseudo Wire configure the following parameters o IP Address Unit s pseudo wire IP address o IP Mask Unit s pseudo wire IP mask o Peer IP Pseudo wire Peer unit IP address o Next Hop The ...

Page 168: ... field is used for the pseudo wire classification Enter the peer unit s IP address o Destination IP Address High This field is used for the pseudo wire classification Enter the peer unit s IP address o CoS The CoS that will be assign for this criteria configure CoS 7 for highest priority FIGURE 134 REMOTE UNIT NETWORK CLASSIFICATION SETTINGS SCREEN 4 In the Network config QoS Queues configure the ...

Page 169: ... Nevertheless over a complete orbital inclination cycle the net error is about zero The copy clock stability would be based upon the above standard if Doppler shift were not present When using the clock extension the hub unit has to be configured as a master clock and the clock source must be selected The remote unit is configured as slave clock 15 1 Configuration 15 1 1 Hub Unit 1 In System confi...

Page 170: ...io transmitted signal The studio receives the camera feed from the DSNG transmits TV channel FIGURE 138 VIDEO APPLICATION EXAMPLE 16 1 1 DSNG Configuration The DSNG transmits 10MSPS over L Band at 1200MHz with camera feed via the ASI A IN connector The studio transmitted carrier is 8MSPS received over IF at 70MHz and output via ASI B OUT connector The given ModCod for transmitting is 8PSK 3 4 mean...

Page 171: ...or The modulator settings are presented in the following figures FIGURE 140 MODULATOR LINE SETTINGS MODULATOR CONFIG LINE FIGURE 141 MODULATOR CHANNEL 1 SETTINGS MODULATOR CONFIG CHANNEL 1 FIGURE 142 MODULATOR INTERFACE TX SETTING INTERFACES TX ASI A 16 1 1 2 Demodulator The demodulator settings are presented in the following figures ...

Page 172: ...E 145 DEMODULATOR INTERFACE SETTING INTERFACES RX ASI B 16 1 2 Studio Configuration The studio receives 10MSPS at L Band at 1600MHz using ASI A OUT connector The studio transmits an 8MSPS signal over IF at 70MHz using ASI B IN connector The given ModCod for transmitting is 8PSK 1 2 meaning the studio encoder should be set to 11 58Mbps The modem connections are shown in Figure 146 FIGURE 146 STUDIO...

Page 173: ...ttings are presented in the following figures FIGURE 147 MODULATOR LINE SETTINGS MODULATOR CONFIG LINE FIGURE 148 MODULATOR CHANNEL 1 SETTINGS MODULATOR CONFIG CHANNEL 1 FIGURE 149 MODULATOR INTERFACE SETTING INTERFACE CONFIG TX ASI B 16 1 2 2 Demodulator The demodulator settings are presented in the following figures ...

Page 174: ...djust the transmitted ASI rate to match the expected ASI output rate on the remote side This feature is applicable only when working with dual channel with two ASI streams up to the allocated RF channel rate or each channel It allows rate adjust of the source ASI stream with the destination ASI expected data rate For example a modem has an ASI input of 10Mbps while the IRD at the remote site expec...

Page 175: ...gs In some cases when an error frame arrives its ISI is invalid and the frame cannot be sorted to its channel so there is no telling how much data was lost and should be replaced with Null packets In order to insert the correct number of Null packets we encode the stream with meta data that helps recover the amount of lost packets 16 1 4 1 TS Protect Configuration Available in SATX Dual Channel mo...

Page 176: ...tion where 250Mbps are transmitted from the hub to three different remotes receiving 100Mbps 80Mbps and 70Mbps respectively Each remote transmit back 25Mbps to the hub as shown in Figure 154 FIGURE 154 SIMPLE P T MP CONFIGURATION EXAMPLE In this case we may encounter the following issues Security breach All remotes will receive the complete 250Mbps data though each remote should only see its own d...

Page 177: ...ehavior of the network With this mode the user needs to define the remotes and then assign a different tagged VLAN per remote Several VLANs may be assigned to a single remote however only one remote can be assigned to a certain VLAN FIGURE 155 TYPICAL P T MP APPLICATION With this configuration as remotes can be distinguished we can set each remote to a different ModCod thus optimizing the space se...

Page 178: ...mote 2 80 5 7 QPSK 1 4 Remote 3 70 8 10 16APSK 2 3 Target Inbound Bit Rate Mbps VLANs ModCod Demodulator 1 25 1 4 8PSK 3 4 Demodulator 2 25 5 7 8PSK 3 4 Demodulator 3 25 8 10 8PSK 3 4 16 2 2 1 Implementation The following steps will demonstrate how to configure the modem on the hub and on the remote side For convenience sake only demodulator 1 configuration is shown but it is very similar for the ...

Page 179: ...ORK CONFIG FORWARDING MODE FIGURE 159 HUB DEMODULATOR 1 SETTINGS NETWORK CONFIG FORWARDING MODE 16 2 2 3 Remotes Settings FIGURE 160 HUB MODULATOR SETTINGS NETWORK CONFIG REMOTES FIGURE 161 REMOTE MODEM SETTINGS NETWORK CONFIG REMOTES 16 2 2 4 Switching Setting FIGURE 162 HUB MODULATOR SETTINGS NETWORK CONFIG SWITCHING ...

Page 180: ... scheme can be implemented on the data with the following example In the example all configurations have been activated and data flows to each remote respectively However what will be the case if we have more important data to send to remote 1 with a higher priority than remote 2 and remote 3 and due to weather conditions the line rate had now dropped to 220Mbps In that case we may want to utilize...

Page 181: ...s to its data in order to prioritize data transmission without starving other queues If for example CoS 7 data must be transmitted as it arrives it needs to receive a strict priority Then lower priority CoS0 5 will have a round robin mechanism with equal priority whereas CoS 6 will have a higher priority than CoS0 to Cos5 The Queue Depth parameter sets the queue buffer size in bytes It determines ...

Page 182: ...e and the correct interfaces SAT Modem HuB Modem Remote 2 DeMod1 Modem Remote 1 Modem Remote 12 11 1 1 1 11 1 1 2 11 1 1 3 11 1 1 12 100 1 1 1 12 1 1 1 13 1 1 1 22 1 1 1 11 1 1 4 101 1 1 1 DeMod2 11 1 1 13 102 1 1 1 Hub lan Lan1 Lan2 Lan12 FIGURE 169 IP ROUTING EXAMPLE OF A SYSTEM 16 2 3 1 Implementation The following steps will demonstrate how to configure the modem to achieve IP Routing on the H...

Page 183: ...l LAN on the Ethernet side SAT IP address subnet and MAC address An internal IP address accessed only on the satellite side used to identify the unit and assist in routing configuration The MAC address last two digits has to be configured manually and must be unique for each unit FIGURE 173 HUB MODEM SETTINGS NETWORK CONFIG INTERFACES The SAT and LAN3 fields in the Hub Modem settings screen must h...

Page 184: ...t two characters in the Remote Modem 1 settings screen must be assigned a unique number The SAT and LAN3 fields must have different IP subnets but be correspondent to the remote modem 1 After changing each line enable the Administrative Status and click Apply to confirm the line 16 2 3 4 Remotes Setting For each unit details of remote units one or more must be configured The details will include N...

Page 185: ...ocation of traffic Adding a route is done by going to the routing table Network config Routing Routes 1 Click the Add Route button and fill in the newly opened field boxes 2 Click Apply A new row will be created in the routing table for this route FIGURE 178 DEFINING A ROUTING TABLE The first line already enabled is for the Default gateway This line can be deleted and modified according to the sys...

Page 186: ...k Apply The rule s TOS field value and Mask value will determine which packets will be affected by the rule by looking at the incoming 8 bit precedence in HEX and applying them to the corresponding CoS action with consideration of the Rule precedence Click Enter after each entry in every field box We can further configure the behavior of the queues in case there are several data sources competing ...

Page 187: ...e sets the policy on dropping data when the queue is congested Possible options are Tail Drop Will drop last incoming packets when queue is congested This is useful for TCP IP sessions to avoid synchronization of the TCP window FIGURE 181 HUB MODEM QUEUE SETTINGS NETWORK CONFIG QOS CLASSIFICATION ...

Page 188: ...peration mode are shadowed TABLE 53 RANKING OF DVB S2 SATX MODCODS CNR dB SNR dB DVB S 35 SE Bits Sec Hz DVB S2 20 SE Bits Sec Hz SATX 5 SE Bits Sec Hz 3 09 2 30 QPSK 1 4 0 40 2 60 2 39 QPSK 1 4 0 46 1 95 1 16 QPSK 1 3 0 53 1 34 1 13 QPSK 1 3 0 61 0 92 0 13 QPSK 2 5 0 64 0 31 0 10 QPSK 2 5 0 73 0 05 0 26 QPSK 13 30 0 80 0 41 1 20 QPSK 1 2 0 80 0 49 0 70 QPSK 7 15 0 86 0 92 1 13 QPSK 1 2 0 92 1 30 ...

Page 189: ...PSK 7 15 1 71 5 60 6 39 QPSK 8 9 1 44 5 79 6 58 QPSK 9 10 1 46 5 90 6 11 8PSK 19 30 1 75 5 94 6 15 QPSK 8 9 1 64 5 95 7 25 QPSK 7 8 1 19 6 04 6 25 16APSK 1 2 1 83 6 11 6 90 8PSK 2 3 1 61 6 16 6 37 QPSK 9 10 1 66 6 22 6 43 32APSK 2 5 1 83 6 33 6 54 8PSK 2 3 1 84 6 54 6 75 16APSK 8 15 1 96 6 75 6 96 32APSK 13 30 1 99 6 98 7 19 16APSK 17 30 2 08 7 15 7 36 8PSK 32 45 1 97 7 26 7 47 32APSK 7 15 2 14 7 ...

Page 190: ...1 34 16APSK 4 5 2 58 10 70 10 91 16APSK 4 5 2 94 10 74 10 95 8PSK 9 10 2 49 10 92 11 13 32APSK 2 3 3 07 11 11 11 90 16APSK 5 6 2 68 11 36 11 57 16APSK 5 6 3 07 11 63 11 84 32APSK 32 45 3 27 12 32 13 11 32APSK 3 4 3 02 12 42 13 21 16APSK 8 9 2 87 12 43 12 64 32APSK 3 4 3 45 12 59 12 80 16APSK 8 9 3 28 12 69 12 90 64APSK 19 30 3 48 12 84 13 05 16APSK 9 10 3 32 12 88 13 67 16APSK 9 10 2 90 13 29 14 0...

Page 191: ...e lower throughput than other available ModCods in the same operation mode are not displayed TABLE 54 RANKING OF SATEX MODCODS CNR dB SNR dB SATEX 2 SE Bits Sec Hz 2 45 2 36 QPSK 1 4 0 47 1 23 1 14 QPSK 1 3 0 63 0 25 0 16 QPSK 2 5 0 76 0 13 0 22 QPSK 13 30 0 82 0 58 0 67 QPSK 7 15 0 88 0 95 1 04 QPSK 1 2 0 95 1 45 1 54 QPSK 8 15 1 01 1 75 1 84 QPSK 17 30 1 07 2 28 2 37 QPSK 3 5 1 14 2 49 2 58 QPSK...

Page 192: ...APSK 32 45 2 69 9 63 9 72 32APSK 3 5 2 84 10 14 10 23 32APSK 19 30 3 00 10 71 10 80 16APSK 4 5 3 03 10 75 10 84 32APSK 2 3 3 16 11 54 11 63 32APSK 32 45 3 37 12 27 12 36 32APSK 3 4 3 55 12 44 12 53 64APSK 19 30 3 59 13 05 13 14 64APSK 2 3 3 78 13 20 13 29 32APSK 4 5 3 79 13 91 14 00 64APSK 32 45 4 03 14 68 14 77 64APSK 3 4 4 25 15 56 15 65 32APSK 9 10 4 27 15 77 15 86 64APSK 4 5 4 54 16 55 16 64 6...

Page 193: ...y standard While other solution providers promise better performance and reduced costs we deliver the fastest data rates the widest pipe and the most compelling ROI That means you get the best performance at the lowest costs resulting in the most profits And we can prove it to you 18 1 Contact Information 18 1 1 Support Hot Line SatExpander Switzerland Zurich 41 435 081 067 Support email support S...

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