SAF CFIP PhoeniX C Technical Description Download Page 20

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CFIP PhoeniX C Series TDM/IP Split Mount System Technical Description and Configuration Guide

•

Rev. 1.0

•

© SAF Tehnika JSC 2013

ODU technical specifications

CFIP ODU RSL at 10

-6

(dBm) and Total Payload Capacity (Mbps)

BW***, MHz

Modulation

FEC****

GHz

10 GHz

11 GHz

13 GHz

15 GHz

18 GHz

23 GHz

26 GHz

38* GHz

Bit rate, Mbps

3.5

QPSK

Strong

-97

-95

-97

-96

-95

-93,5

-95

-97

-96,5

-93,5

16APSK

Strong

-90,5

-88

-90

-89

-88

-88,5

-90

-89,5

-86,5

32APSK

Strong

-87

-85

-85,5

-87

-86

-85

-85,5

-87

-86,5

-83,5

64QAM

Strong

-84

-81,5

-82

-84

-83

-82

-83,5

-83

-80

Weak

-81,5

-79

-79,5

-81

-80

-79,5

-79

-79,5

-81

-78

QPSK

Strong

-93

-92

-94

-93

-92,5

-91

-92

-94

-93,5

-90,5

16APSK

Strong

-86,5

-85

-85,5

-87,5

-86,5

-85,5

-85

-85,5

-87,5

-87

-84

32APSK

Strong

-83,5

-82,5

-83

-84,5

-83,5

-83

-82,5

-83

-84,5

-84

-81

64QAM

Strong

-80

-79

-80

-81,5

-80,5

-79,5

-81,5

-80,5

-77,5

128QAM

Strong

-77

-76

-76,5

-78

-77

-76

-76,5

-76

-78

-77,5

-74,5

Weak

-75

-73,5

-75

-76

-75

-74,5

-74

-75,5

-72,5

QPSK

Strong

-90

-90,5

-90

-91

-90

-89

-90,5

-91

-90,5

-87,5

16APSK

Strong

-83,5

-84,5

-83,5

-83

-84

-83,5

-80,5

32APSK

Strong

-80

-80,5

-81,5

-80,5

-80

-80,5

-77,5

64QAM

Strong

-77,5

-78

-79

-78

-77,5

-78

-78,5

-78

-75

128QAM

Strong

-74,5

-75

-75,5

-74,5

-74

-75

-72

256QAM

Strong

-71

-71,5

-72

-71

-70,5

-72

-71,5

-68,5

Weak

-67,5

-68

-69

-68

-67,5

-67

-68

-65,5

-68

-65

QPSK

Strong

-90.5

-89.5

-89

-88.5

-89.5

-89

-90

-89

-91.5

-85

16APSK

Strong

-84.5

-83

-82.5

-83.5

-83

-84

-83

-85

-79

32APSK

Strong

-81.5

-80

-80.5

-80

-82

-76

64QAM

Strong

-79

-77.5

-77

-78

-77.5

-77

-78

-77.5

-79.5

-73.5

115

128QAM

Strong

-75.5

-74.5

-74

-73.5

-74.5

-74

-75.5

-74

-76.5

-70

138

256QAM

Strong

-72.5

-71

-70.5

-71

-70.5

-72

-71

-73

-67

161

Weak

-69

-67

-66

-67

-66.5

-69

-67.5

-70

-63.5

174

Summary of Contents for CFIP PhoeniX C

Page 1: ...Series TDM IP Split Mount System Technical Description and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 CFIP PhoeniX C Series TDM IP Split Mount System Technical Description Configuration Guide SAF Tehnika JSC 2013 ...

Page 2: ...rnal multiplexer application 26 1 1 application with CFIP 16E1 T1 EXT 27 Add drop multiplexer application 27 Management and configuration examples of CFIP 16E1 T1 EXT 28 Technical specification of CFIP E1 T1 EXT module 29 EXTENSION MODULE CFIP ASI EXT 31 CFIP ASI EXT Users ports 31 Connectors on the CFIP ASI EXT front panel 31 LED indicators on the CFIP ASI EXT system status 32 LED indicators on t...

Page 3: ...ic link information 58 Five minute link quality measurement optional 58 CONNECTION OF EXTERNAL EQUIPMENT 59 Connecting Gigabit Ethernet port 60 Connecting the external EMM module via port SFP 2 60 CHAPTER 4 LINK CONFIGURATION 61 INTRODUCTION 61 CONNECTION AND LOGIN 61 The local access over Ethernet LAN interface 61 The local access over USB B interface 61 LOGIN from the Web browser 61 GENERAL SYST...

Page 4: ...ONFIGURATION EXAMPLES 99 EXAMPLE 1 IN BAND MANAGEMENT SEPARATED BY VLAN 99 EXAMPLE 2 OUT OF BAND MNG WITH NAT 102 EXAMPLE 3 OUT OF BAND MNG IN SEPARATED CHANNEL 105 EXAMPLE 4 VLAN CONFIGURATION 108 EXAMPLE 5 ADVANCED QOS CONFIGURATION 113 EXAMPLE 6 SYNC ETH CONFIGURATION 116 EXAMPLE 7 BASIC 1 1 HSB SD PROTECTION SCHEME 119 EXAMPLE 8 BASIC 1 1 FD PROTECTION SCHEME 125 EXAMPLE 9 ADVANCED 1 1 PROTECT...

Page 5: ...s of FCC rules according to the table below Table 1 Requirements and harmonized ETSI standards Essential requirements under Article 3 Harmonized standards under Article 5 Article 3 1 a Protection of health and safety of users contained requirements of Directive 73 23 EEC and council recommendation 1999 519 EC EN 60950 1 2006 EN 60950 22 2006 EN 50 385 2002 Article 3 1 b Electromagnetic compatibili...

Page 6: ...s or EMM modules connected over SFP module Data for the transmission are processed similarly in the reverse order than the received signal The CFIP Phoenix C system is technically characterized by the following basic features Standard licensed ETSI and ANSI frequency bands Modulation schemes QPSK 8 PSK 16 32 64 128 256 QAM Channel bandwidth ETSI standards 7 14 27 5 28 40 and 56 MHz ANSI standards ...

Page 7: ...SFP slots are intended either for additional Gigabit Ethernet connection or for IDU interconnection 1 1 2 0 or for port extension by means of EMM module There is the USB B port available in IDU for the independent management connection second USB port USB A is reserved for flash memory stick configuration backup logs Management system is based on IP protocol Outdoor unit management is integrated d...

Page 8: ...tatus WARNING No light status UNKNOWN REMOTE STATUS indication of the REMOTE device status Lights status OK Flashes status WARNING No light no communication with remote device or UNKNOWN status ODU STATUS indication of the ODU status Lights status OK Flashes communication problem ODU is not responding POWER indication that IDU is under power Lights power ON No light power OFF LED indicators on the...

Page 9: ...s are also directly connected into universal Packet Processor Function of Packet Processor depends on selected design and it is described in the section which explains such particular designs Digital modem then adds synchronization marks FEC to the data stream and creates a digitally modulated signal which is led to the block of analog signal processing All these parts are interconnected inside th...

Page 10: ...ed to Packet Processor and second WAN port WAN B is connected to port SFP 2 Port SFP 1 is without any function in this mode Packet Processor uses basic Ethernet stream encapsulation in combination with a BER stream which is transferred in time when Ethernet frames are not available Main Advantages Highest data throughput because Ethernet traffic is coded by basic encapsulation process with the low...

Page 11: ...h WAN ports WAN A B are connected to Packet Processor Ports SFP 1 and SFP 2 are connected directly to Packet Processor as well and are transparent for Ethernet traffic Flow Control function must be activated on connected Ethernet equipment Packet Processor uses Priority based process for independent streams transport over air BER stream is additionally added when throughput capacity over modem is ...

Page 12: ...ate LAN ports LAN 2 1 Port SFP 2 is also connected to Packet Processor and is transparent for Ethernet traffic Flow Control function must be activated on connected Ethernet equipment or for EMM module data stream from connected external EMM Port SFP 1 is reserved for second IDU Master Slave interconnection It is strictly recommended to use port LAN 3 as out of band management access port Packet Pr...

Page 13: ...recommended to use port LAN 3 as out of band management access port Function of Packet Processor is limited to receiving direction only but its function is not important for system function because complete data stream is copied from protection bus SFP 1 directly into digital modem Packet Processor just adds management channels into Fiber Optic high speed stream Protection is solved by means of Mo...

Page 14: ...affic Flow Control function must be activated on connected Ethernet equipment or for EMM module data stream from connected external EMM Port SFP 1 is reserved for second IDU Master Slave interconnection Only Ethernet traffic connected to internal channel ETH 1 can be aggregated with traffic of Slave Unit This mode is still combined with transmission of more traffic channels over air It is strictly...

Page 15: ...irst IDU Master Slave interconnection Traffic connected to internal port ETH 4 is an aggregate stream from Master Unit and is transported with highest priority It is strictly recommended to use port LAN 3 as out of band management access port Packet Processor still uses Priority based process for independent streams transport over air BER stream is additionally added when throughput capacity over ...

Page 16: ...air frame HSI 1 ppp point to point type of interface which interconnects local CPU with the protection unit CPU or CFIP EXT module accessible through the separate channel inside Fiber Optic frame USB 0 USB port which is reserved for local IP access Each device supports the following basic IP settings The primary IP address including the mask in the basic configuration this address is identical to ...

Page 17: ...tion NTP or RDATE type can be selected for this function appropriate IP address of selected server must be entered Static routes the user can define additional static routes as well NAT possibility of the address translation according to the rules in the NAT table All above explained parameters have an influence on the type of management access either directly on the managed unit or on the whole m...

Page 18: ...date rate is 365 Mbps in 1 0 mode For technical reasons each frequency band is covered by more three or four pairs of microwave units where one pair is tunable in the low portion of the band in low sub band the second third pair in the middle portion of the band in middle sub band and the last pair in the high portion of the band in high sub band Each pair then consists of two radio units ODU wher...

Page 19: ...iption and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 Figure 13 Preview of Outdoor Unit for licensed bands Attaching the ODU to the antenna is done with an integrated waveguide transition Microwave adapter and it is mechanically realized with four flexible clips ...

Page 20: ... 79 80 81 5 80 5 79 5 79 5 79 5 81 5 80 5 77 5 28 128QAM Strong 77 76 76 5 78 77 76 76 5 76 78 77 5 74 5 34 Weak 75 73 5 75 76 75 74 5 74 74 75 5 75 5 72 5 36 14 QPSK Strong 90 90 5 90 91 90 90 89 90 5 91 90 5 87 5 17 16APSK Strong 83 5 83 5 83 5 84 5 83 5 83 5 83 84 84 83 5 80 5 34 32APSK Strong 80 80 80 5 81 5 80 5 80 80 80 5 80 5 80 5 77 5 45 64QAM Strong 77 5 77 5 78 79 78 77 5 77 5 78 78 5 78...

Page 21: ...5 196 256QAM Strong 70 5 69 5 69 68 5 69 5 69 5 69 70 5 69 71 65 229 Weak 68 67 64 5 64 5 65 5 65 65 67 5 66 5 68 5 62 5 245 56 QPSK Strong 87 85 5 86 85 5 87 86 5 86 87 85 5 88 81 5 72 67 16APSK Strong 81 80 79 5 79 5 80 5 80 79 5 80 5 79 5 82 75 5 145 135 32APSK Strong 78 77 77 5 77 78 77 5 77 77 5 76 5 79 72 5 182 64QAM Strong 75 5 74 5 74 73 5 74 5 74 5 74 75 5 74 76 70 240 128QAM Strong 72 71...

Page 22: ...chnical Description and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 CFIP ODU waveguide flange sizes 6 GHz 7 8 GHz 10 11 GHz 13 15 GHz 18 23 GHz 26 GHz 38 GHz N type UBR84 UBR100 UBR140 UBR220 UBR260 UBR320 Max Power consumption SP 13 27 W HP 21 39 W ...

Page 23: ...nsion for Indoor Units of CFIP Phoenix C product line The CFIP 16E1 T1 module enables multiplexing up to 16 E1 T1 circuits The multiplexer features a basic unit with 16 x E1 T1 built in ports and 2 x SFP 1000Base SX ports The compact simple to configure and easily scalable design can provide up to 64 x E1 T1 solution or enables cascading with other extension devices CFIP e g CFIP ASI CFIP E3 The c...

Page 24: ...face ports the following cable must be used Pinout for this cable is as follows LED indicators on the CFIP 16E1 T1 EXT system status STATUS indication of the LOCAL Extension module status Lights status OK card enabled proper communication with IDU Flashes status WARNING card is not enabled in the system or no communication with IDU No light status ERROR a firmware is not loaded into Extension modu...

Page 25: ... port green LED Lights signal detected at port No light no link at port AIS indication of AIS signal at appropriate G 703 port Lights AIS signal detected No light no AIS at appropriate G 703 port General application with CFIP 16E1 T1 EXT External multiplexer 16 x E1 or 16 x T1 This application is using Priority Base Packet System PBPS is proprietary multiplexer system for 1 up to 16 E1 T1 circuits...

Page 26: ...r application Up to 4 x CFIP 16E1 T1 EXT modules can be connected into cascade and thus get the maximum quantity of 64 E1 T1 channels ports Port Nr 2 SFP 1000Base SX is dedicated for the modules interconnection into cascade The configuration of all CFIP external modules is performed from GUI of Indoor Unit set up of basic mode E1 T1 add drop multiplexer backup ...

Page 27: ... Mount System Technical Description and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 1 1 application with CFIP 16E1 T1 EXT The combination of 1 1 protected scheme with extension module CFIP 16E1 T1 EXT Add drop multiplexer application ...

Page 28: ...elated only to CFIP 16E1 T1 EXT module and allows to choose traffic interface mode between E1 and T1 EMM Enable enables or disables generation reception of data frames to from Fiber Optic stream When enabled then particular EMM module occupies appropriate range of traffic port channels EMM Add Drop ID specifies EMM Add Drop Range channel range which is in use by current EMM module In auto mode EMM...

Page 29: ...mpedance matching of E1 T1 port LLOOP local loopback configuration incoming data stream from E1 T1 port is looped RLOOP remote loopback configuration receiving data stream from Fibre Optics is looped DLOOP dual loopback configuration both data stream directions are looped inside the IDU Coax Mode allows choosing E1 T1 interface mode impedance between standard 120 Ohm balanced to 75 Ohm unbalanced ...

Page 30: ...as additional function of IDU folder PORTS SNMP Version SNMP v1 SNMP v2c SNMP v3 IDU support Read access Complete MIB IDU support Write access Sub set of link parameter IDU support Security Licenses Time limited permanent IDU Support Access levels guest user admin with password security IDU Support Miscellaneous Item Parameter Value Mechanical Dimension w x h x d 224mm x 44mm x 134mm Weight 1 3 kg...

Page 31: ...ration is performed from GUI of Indoor Unit The real overall capacity for ASI is allocated in the PBPS based on true selected ASI ports in GUI of Indoor Unit Priority Base Packet System PBPS is proprietary multiplexer system CFIP ASI EXT Users ports Each ASI channel can be independently configured into Tx or Rx mode Following port combinations are available by this setting 4x ASI Tx unidirectional...

Page 32: ...on module HW POWER indication that Extension module is under power green LED Lights power ON No light power OFF LED indicators on the CFIP ASI EXT ports status SFP 1 2 LINK indication of presented signal at SFP port Flashes signal detected and synchronized valid communication with IDU No light no correct signal detected ASI STATUS indication of ASI status depends on mode settings of appropriate AS...

Page 33: ...m quantity of external ports any combination of CFIP ASI EXT CFIP 16E1T1 EXT Port Nr 2 SFP 1000Base SX is dedicated for the modules interconnection into cascade The configuration of all CFIP EXT modules is performed from GUI of Indoor Unit Be sure that radio capacity is adequate to required port capacity on CFIP EXTs 1 1 application with CFIP ASI EXT This application uses combination of two CFIP P...

Page 34: ...ated only to CFIP 16E1 T1 EXT module and allows to choose traffic interface mode between E1 and T1 EMM Enable enables or disables generation reception of data frames to from Fiber Optic stream When enabled then particular EMM module occupies appropriate range of traffic port channels EMM Add Drop ID specifies EMM Add Drop Range channel range which is in use by current EMM module In auto mode EMM m...

Page 35: ...s that synchronization was not established for current received ASI signal nosync indicates that synchronization was not established for current received ASI signal and the port is not enabled for traffic application loss no signal detected at ASI input port loss no signal detected at ASI input port and the port is not enabled for traffic application Status indications in case if Tx mode is set ok...

Page 36: ...es 204 bytes with FEC IDU inteconnection interface 1x SFP 1000Base SX proprietary GIGE protocol for connection with CFIP Phoenix C IDU CFIP EXT extension interface 1x SFP 1000Base SX proprietary GIGE protocol for connection with additional CFIP EXT module CFIP EXT scalability Up to four CFIP EXT cards in cascade Network management system Item Parameter Value Ports Main NMS ports 2x SFP 1000Base SX...

Page 37: ...me synchronization pulses External source has to support pulse stability 10e 8 or better The source of precise time is taken from TSI1 1PPS input port If the Timing module recognizes stable reference input signal then the Timing module synchronizes to this input signal If the source signal is not presented or it is not stable enough the Timing module will switch to holdover mode In this mode the T...

Page 38: ...ion of the 10MHz signal from the source or Time module GPS ant The connector for external GPS antenna This is optional and only for cases when there is needed GPS signal as source of precise time Slave module ports TSI1 out 1PPS redistribution of the 1PPS signal from the source Master TSI via RFI 10MHz redistribution of the 10MHz signal from the source or Time module Master TSI via RFI TSI2 out 1P...

Page 39: ...nd other traffic signals LED indicators on the CFIP ASI TSI EXT Master MASTER IN LED indicates that the device operates in master mode SYNC LED LED is ON when the IDU Extension Module Time Sync is in OK state STATUS LED LED is ON when TSI status is OK LED blinks during warning state LED indicators on the CFIP ASI TSI EXT Slave MASTER IN LED LED is OFF when the device operates in slave mode SYNC LE...

Page 40: ...egate designs only The condition for correctly aligned precision time is link operation on symmetrical modulations to both sides of the link Therefore ACM mode can affect timing functionality as modulations can be set asymmetrically Management and configuration examples of CFIP ASI TSI EXT The configuration and status of the module can be found in web GUI in Ports ETH Timing management menu Timing...

Page 41: ...U IDU Time Sync indicates status of time synchronization between CFIP Phoenix C IDUs ok or no sync IDU Extension Module Time Sync indicates status of time synchronization between CFIP Phoenix C IDU and Extension module ok or no sync Holdover Status indicates status of the Timing module Possible values are following Warming up will be indicated after start of the CFIP ASI TSI EXT module It will be ...

Page 42: ...1PPS in Number of Ports 1 Levels 50Ω BNC 0 3 3V rising edge 1PPS out Number of Ports up to 2 Levels 50Ω BNC 0 2 5V rising edge 10 MHZ out Number of Ports up to 2 Levels Sine Wave 0 5Vrms 50Ω Antennas Outdoor microwave units are designed for direct assembly on microwave parabolic antennas to form together a compact entity Microwave adapter which is part of the antenna kit allows the transition betw...

Page 43: ...wer only one side of the microwave link That means 1x IDU 1x ODU When you connect more devices it may overload the power supply and the function of entire microwave link may be incorrect IDU ODU cable IDU ODU cable is a 50 Ω coaxial cable intended to interconnect the Indoor Unit with the Outdoor Unit Any type of 50 Ω cable of good quality can be used the cable should be equipped with N type male c...

Page 44: ...led on the coaxial cable near the ODU The surge suppressor greatly eliminates the damages resulting from excess voltage Grounding kit The part of every delivery of Indoor Unit is grounding wire We recommend to ground the IDU to the rack cabinet using the enclosed Grounding kit Ground the ODU to the place the unit is mounted to mast mount pole etc the similar way N plug to N jack right angle adapto...

Page 45: ...cluded in the delivery Table 3 List of necessary installation tools Cross screwdriver for IDU rack cabinet installation Engineer s wrench M7 M10 M13 M17 Vulcanize isolation tape for N and BNC connector insulation DC voltmeter for RSSI measurement on ODU BNC DC voltmeter reduction for RSSI measurement Unpacking the device After unpacking the device please check that the delivery contains all the pa...

Page 46: ...ter slot Vertical polarization Horizontal polarization Mounting ODU to antenna Mounting the ODU to the parabolic antenna is very simple and effortless even when installing in difficult conditions Attachment is performed with fastening 4 latches to the antenna adapter noting polarization Figure 23 Figure 24 Figure 23 Fastening the ODU to the antenna noting polarization ...

Page 47: ...s 1U height and width of the standard 19 rack position Therefore you are able to put 2 IDUs alongside each other into 1 rack slot Both the devices are then connected with a special Dual IDU mount kit optional accessory The depth of the unit s position towards 19 rack cabinet could be then changed just by shifting the brackets holding the IDUs in their slots Mounting the brackets for installing IDU...

Page 48: ...U cable on page 43 ATTENTION It is necessary to check the cable impedance or even better to measure the cable impedance matching before interconnecting the ODU and the IDU with the cable Connecting of management interfaces Use management Ethernet cable included in standard IDU delivery or management USB B cable not in standard IDU delivery After connecting the management Ethernet cable into the po...

Page 49: ...out 20 seconds before the IDU gets into normal operating state after its powering up When the device is starting up watch the system status diodes POWER SYNC LOCAL STATUS REMOTE STATUS and ODU STATUS Standard system LED behaviour during start up process POWER LED should light after power up All system LED should be off for a period of about 10 seconds after power up All system LED should light for...

Page 50: ...default each IDU has from the factory the same IP address for ETH port secondary IP address Default IDU ETH IP settings IP address 10 10 10 10 net mask 255 255 255 0 Therefore it is necessary to set the PC address in the range of 10 10 10 1 254 except for the device own IP address 10 10 10 10 We recommend to set the computer as follows Computer LAN adapter settings IP address 10 10 10 1 net mask 2...

Page 51: ...in paragraphs below Connect the IDU to your computer USB type A USB type B cable is required Wait for Windows driver installer prompt and select appropriate driver file usb gadget eth inf Ask producer s representative for driver file before the installation process Follow the instructions of your OS After such installation the USB connection will be identified as an additional network adapter Figu...

Page 52: ... adapter configuration above just select USB adapter instead of LAN adapter Basic link set up It is necessary to proceed with the basic link settings only once the mechanical link installation is done so that you can align the antennas and test the connection functionality in a short test Login First of all connect with the web browser to the local IDU via Ethernet or USB cable typing 10 10 10 10 ...

Page 53: ...e 33 Header Section Basic link parameters are displayed in this top bar section A content in this section is common to all GUI pages Main Menu Main folders are accessible from each GUI page Sub Menu A specific sub menu folders are displayed for each Main Menu folder Auto Refresh and Refresh buttons The auto refresh A button is available on specific GUI pages only It enables the periodic automatic ...

Page 54: ...e set following IP addresses For link site with name LOCATION1_M Primary IP Mask 192 168 3 201 24 Default Gateway IP 192 168 3 1 Remote Unit IP 192 168 3 211 For opposite link site with name LOCATION2_M Primary IP Mask 192 168 3 211 24 Default Gateway IP 192 168 3 201 Remote Unit IP 192 168 3 201 The remote device IDU must have equal IP addresses primary IP and remote IP set vice versa Select in y...

Page 55: ... microwave link into a functional configuration In our example for link site with name LOCATION1 TX Frequency 14580 MHz set assigned Tx frequency for the Low Subband Tx Power Limit 3dBm set the required maximum output power ATPC off turn off the ATPC must be off during the installation ODU TX Mute Config auto unmuted output power Modulation Limit 256_56000_01 set the modulation to the most sensiti...

Page 56: ...et to save the configuration with WRITE button Antenna alignment Antenna alignment is performed with both terminals operating in normal weather conditions Aligning the antenna is performed in both horizontal and vertical direction using a DC voltmeter The highest is the measured voltage the highest is the received signal level The voltage level is measured directly on the output BNC connector Figu...

Page 57: ... antennas watch out for the possibility of false alignment on the side lobes from remote antenna It is important to identify main antenna lobe by rotating the antenna to have the maximum RSL voltage The value of RSL should always correspond to the expected calculated value of received signal strength Figure 41 Bad alignment Figure 42 Good alignment The functional test Before connecting the user s ...

Page 58: ...the average of the squared difference between the actual received symbols and the idealised points The closer the points are in the state diagram the better Displayed MSE value is normalised type of MSE parameter The values of MSE thresholds for each modulation is presented in the Technical Specification document The same evaluation needs to be done on the other terminal too If the icon of the opp...

Page 59: ...ber of seconds from last error occurrence It should correspond to the time since pressing the button CLEAR LOCAL and REMOTE on the main page General Status and it should be the same as EFS value TBE Time between last two error events the figure should be 0 EFS Error free seconds it should correspond to the time since pressing the button CLEAR LOCAL and REMOTE on the main page General Status ERS Er...

Page 60: ...bit Ethernet ports Therefore correct Ports setting must be carried out before more than one Ethernet cable is inserted into IDU Connecting the external EMM module via port SFP 2 Depending on the customer s application the number of IDU ports can be extended by means of specific external multiplexer module EMM The EMM 16E1T1 is mostly connected into the port SFP 2 of IDU by means of a Fiber Optic c...

Page 61: ...up via a USB port there is only required a connection between PC and USB B port on IDU front panel with the proper USB cable This process was described in section PC setup with USB adapter on page 51 LOGIN from the Web browser Before connecting the Ethernet management cable into the port LAN 3 or a USB management cable into port USB B at the IDU it is necessary to configure the computer s network ...

Page 62: ... already logged User The rights and options for each access mode are described in more details in the chapter Access Rights on page 67 General system configurations Protection scheme setting Availability of Protection settings page depends primarily on selected design type and available license content See the chapter Advanced system configuration on page 97 When Protected 1 1 design is selected a...

Page 63: ...on side should be used When both master and slave units are without receive signal or without synchronization opposite transmitter side stays without change This protection mode usually protects against Multipath Fadding master HSB slave HSB This mode configures hot standby protection mode when one transmitter is used at actual time customer can select manually transmitter at master or slave unit ...

Page 64: ...gregation mode as the last step in system configuration procedure The graphical antenna icons RF on this GUI page help to understand actual IDU and whole link state green no alarm The description of particular setting and display boxes Configuration This drop down menu shows and selects actual configured aggregation mode It is recommended to ensure correct system interconnection at both remote and...

Page 65: ...sferred over both links normal mode master only Data are transferred over master link slave link is down or in some trouble or mode is manually set to master only slave only Data are transferred over slave link master link is down or in some trouble or mode is manually set to slave only RX Aggreg Mode This box displays status of receiving part in an aggregation block ok Receiving block operates pr...

Page 66: ...ark for better identification what unit is actually managed Maximal length is 25 characters Link Name This text is displayed in GUI header for accurate identification of the managed link The same name should be entered at both sides of the microwave link Maximal length is 25 characters Custom Text Up to four customer s specific descriptions can be entered Maximal length is 80 characters per row NO...

Page 67: ...is part of IP configuration because it is activated together with other IP parameters When Time server option is selected Date and Time are synchronized from external source Access Rights It is possible to monitor and manage the microwave link CFIP Phoenix C after the login into the system only both locally and remotely In dependence on the login level after entering a Login and a Password the rel...

Page 68: ...nfigure and set the microwave link parameters Only one user with the rights User can be logged in the device at one moment At the same time up to three Guests can be in the system to monitor it When the User tries to log on the system and the Administrator is already in the system an alert window informs that The user ADMIN is already logged The log in is not performed Administrator Login with a u...

Page 69: ...I page Alarms Config Status Config Status This GUI page has the form of table where it is possible to configure the following modes An activation of individual alarm ID which influences whole IDU status Such activated alarm ID will generate alarm events into internal alarm log file and SNMP trap message if this feature is configured in IP setting When just one activated alarm ID is in the warning ...

Page 70: ...D 01 0 03 This alarm ID indicates actual protection status No alarm Protection parameters Rx Data Source and Backup Stream are in normal status Rx Data Source Main Backup Stream aligned Warning One or more protection parameters are in abnormal state IDU HW Alarm ID 01 0 04 critical This alarm ID indicates actual status of IDU HW hardware Explicit reason for such HW alarm event is then described in...

Page 71: ...at 140MHz is higher than 35dBm Warning Actual IDU IF level at 140MHz is lower or equal to 35dBm ODU alarms ODU Cable Alarm ID 01 0 20 critical This alarm ID indicates actual status of IF level at the ODU input No alarm Actual ODU IF level at 350MHz is in the specified range defined with appropriate ODU type Warning Actual ODU IF level at 350MHz is out of the specified range defined with appropriat...

Page 72: ... Warning NO Link at port LAN 3 SFP 1 Link Alarm ID 01 0 36 This alarm ID indicates actual status of link at SFP 1 port No alarm Link OK condition at port SFP 1 Warning NO Link at port SFP 1 SFP 2 Link Alarm ID 01 0 37 This alarm ID indicates actual status of link at SFP 2 port No alarm Link OK condition at port SFP 2 Warning NO Link at port SFP 2 Radio configurations Basic Radio settings The basic...

Page 73: ...ed standard ODU T R spacing in the column LOCAL RANGE TX Power Limit Maximum transmission power parameter defines the maximum power level which is required for optimal transmission conditions The operating TxPower then depends on Configured ATPC values ODU limit which depends on the used RF band and selected modulation TX Power The output RF power level that is just transmitted of ODU LOCAL RANGE ...

Page 74: ...ected then hitless switch over among several modulation schemes is permitted in dependence on actual MSE level IDU can automatically work in all modulation schemes lower than or equal to modulation scheme defined in Modulation Limit parameter RXIF Level Receive IF level at IDU input 150 MHz indicates the signal strength of IF input into IDU This level should be in the range of 10 dBm up to 35 dBm ...

Page 75: ...anced The description of particular setting and display boxes ODU Filter it is possible to change integrated filter inside IDU by means of this drop down menu The meanings of possible modes are as follows auto Filter is selected automatically according to the modulation BW default narrow Manual selection of ODU narrow filter wide Manual selection of ODU wide filter Concrete filter width for narrow...

Page 76: ...pe of management group No 2 is generally designated for traffic purposes Figure 56 The customer can use up to three LAN ports SFP 1 LAN 1 LAN 2 for traffic connection into IDU and allocate the maximum speed for ETH traffic over RF link The description of particular setting and display boxes Status A graphical symbol which describes the actual status of particular LAN port speed duplex mode link ad...

Page 77: ...LE Figure 56 Port setting in SINGLE design Basic port settings Design MULTI Port settings for design MULTI offer an option to select up to four independent over air traffic channels Figure 57 The internal ETH switch is divided into three separate groups Group No 1 is usually reserved for management purposes out of band type of management group No 2 is designated for the first traffic channel the l...

Page 78: ... priority channels do not need the free capacity allocation in the case of switch to lower level modulation scheme Basic port settings Design PROTECTED Port settings for design PROTECTED are similar to design MULTI function but only three independent over air traffic channels are available Figure 58 Port SFP 1 is reserved for protection function interconnection with neighbour IDU There also exists...

Page 79: ...TECTED Master mode Figure 59 Ports setting in PROTECTED Slave mode Basic port settings Design AGGREGATE Port settings for design AGGREGATE are different for master and slave units Traffic port SFP 1 and channel ETH 1 at master unit are reserved for the aggregation function next two channels ETH 2 3 can be used for next independent traffic streams Figure 60 ...

Page 80: ... 1 0 SAF Tehnika JSC 2013 Figure 60 Ports setting in AGGREGATE Master mode The channel ETH 4 at slave unit is reserved for the slave aggregation stream correct speed must be set rest of ETH channels ETH 1 3 is available for next independent data sources Figure 61 Ports setting in AGGREGATE Slave mode ...

Page 81: ...orts which are inside the same group access Port is a member of just one untagged VLAN defined with Default VLAN for the port Only such ingressed untagged packets are accepted whose VLAN number VID which is assigned from port s Default VLAN exist in VTU table Frames are transmitted untagged and they are allowed to exit only those ports that are members of the frame s VLAN and are inside the same g...

Page 82: ...ry VLAN can be defined for only one Port Group multiple records of the same VLAN for more groups is not allowed GROUP It defines the port Group for which is VLAN edited QOS PRI When VTU override mode is selected then the QOS priority value of original frame is overrided This configuration has influence only on the internal frame processing by means of queue controller QPRI defined by OQPRI instead...

Page 83: ...s PLL lock status locked unlocked and source reference signal status source ok source error source not set Reference Clock It displays what internal clock reference is used for system timing Local XTAL is displayed when no SyncE reference is selected or PLL is not locked Recovered CLK is a status when system CLKs are locked to external unit Port Synchronization It is possible to select which ports...

Page 84: ...rames setting for port SFP 1 protection port does not affect correct protection function NOTE Jumbo Frames Support reserves more space in ETH switch FIFO and especially in packet processor FIFO Therefore number of buffered packets is limited in this mode The description of particular setting and display boxes QOS ETH This section makes it possible to configure extended QOS modes which are importan...

Page 85: ..._D 0 QPRI_IP IPv4 6 queue priority defined with next mapping table hex values QPRI_IP 0 when PRI_IP 00 04 08 0c 10 14 18 1c 20 24 28 2c 30 34 38 3c QPRI_IP 1 when PRI_IP 40 44 48 4c 50 54 58 5c 60 64 68 6c 70 74 78 7c QPRI_IP 2 when PRI_IP 80 84 88 8c 90 94 98 9c a0 a4 a8 ac b0 b4 b8 bc QPRI_IP 3 when PRI_IP c0 c4 c8 cc d0 d4 d8 dc e0 e4 e8 ec f0 f4 f8 fc There is a detailed explanation of all pos...

Page 86: ...on IPv4 6 frames IQPRI QPRI_T FPRI FPRI_T untagged IPv4 6 frames IQPRI QPRI_IP FPRI FPRI_IP untagged non IPv4 6 frames IQPRI QPRI_D FPRI FPRI_D Port only Next rule is used for priority assignment all frame types QPRI QPRI_D FPRI FPRI_D Tagged only Next rules are used for priority assignment from the top to the bottom order tagged frames IQPRI QPRI_T FPRI FPRI_T untagged frames QPRI QPRI_D FPRI FPR...

Page 87: ... Port settings Advanced Port settings GUI page offers a configuration of extended modes which are associated with packet processing The only available setting on this GUI page in this firmware is a definition of the AES encryption Figure 65 Figure 65 Advanced Port setting GUI Page The description of particular setting and display boxes AES function This box enables or disables AES encryption funct...

Page 88: ...s described in chapter IP setting on page 54 We recommend to check and update again all parameters at all IP pages These parameters must be entered for each IDU according to the management block scheme The description of particular setting and display boxes Primary IP Mask IP address assigned to port ETH0 local address with appropriate net mask specification Net mask value is entered in form of de...

Page 89: ...ced IP setting SNMP There is a reason for such selection because it is recommended to apply all IP changes in one step Any change in the temporary configuration IP file is indicated by means of warning message in the status line at each IP page Complete IP changes will be immediately applied to the running system with pressing Write And Apply button in intermediate window NOTE P configuration chan...

Page 90: ...uted network and the appropriate network mask must be entered Routed network range is calculated from entered values Gateway IP The correct IP address gateway for above network must be entered The ADD button is used for entering new route into the routing table the DELETE button for deleting record from the routing table NOTE It is not required to fill in the Gateway IP address when record from th...

Page 91: ...tic routes There are additionally displayed static routes generated internally with the system core in the column ACTUAL There is a small difference in form of records in CONFIGURED and ACTUAL columns Any difference between actual and configured IP setting is indicated in the status line on all IP pages with an alert message IP settings are not currently applied press APPLY button The user can com...

Page 92: ...network configuration it can be changed with this parameter RFI1 port IP PPP It specifies internal IP address for RFI 1 port which connect remote unit Default RFI1 IP address uses the same value as ETH 0 port unnumbered mode It can be helpful to set numbered ppp mode for a specific network configuration HSI1 port IP PPP It specifies internal IP address for HSI 1 port which connect neighbour unit D...

Page 93: ...at remote units can be synchronized with this CONFIGURED unit Figure 69 Advanced IP setting Maintenance and advanced system configuration Saving the configuration In order that the configured and modified link parameters are valid even after the equipment is power cycled or after device restart the new configuration must be saved first The button WRITE is available on each GUI page Red background ...

Page 94: ...omatic restore function can not return to the status before start up memory saving then Figure 71 Write and Run commands Configuration backup and export It is recommended to make a backup of complete IDU configuration for an eventual system fault In order to guarantee quick system repair or units replacement this backup configuration should be stored on reliable medium The access to backup process...

Page 95: ...d files will be generated for next processing after pressing of the button GENERATE When a USB memory stick is attached into USB A port and USB is defined as a destination for the file transfer check chapter Advanced IP settings on page 92 then the same files will be saved also to USB memory AVAILABLE FILES Generated files are visible in this section The save dialogue window will appear after pres...

Page 96: ... their functions For every firmware release it is not necessary to update all the parts but only these ones which are different comparing to the newest version There is basic firmware parts description in the following text hwbase afw software for internal HW parts oskernel afw operating system dev afw drivers for OS fwbase afw application software WEB SNMP commands etc Assistance packages are als...

Page 97: ...ec Login again with ADMIN rights and update start up memory configuration with the newest functional setting available in the newest firmware Save the new configuration with WRITE button which is available on each page Make a new IDU initialization from the start up memory Select Run_W0 on the page Maintenance Config During initialization there is data drop for about 5 sec New firmware is now prop...

Page 98: ...ation and installation FACTORY DEFAULT Two different factory settings are available RUN DEFAULT CONFIG It restores the default configuration of the most important IDU parts but some customer specific settings remain without change design type IP section TX RX frequencies Tx Power modulation type It allows to keep remote connection with IDU but helps to return default configuration of extended conf...

Page 99: ...bout 169 Mbps IP addresses of both IDUs are from the same IP subnet because this scheme is similar to switched Ethernet network The slow separated management channels is also used in this configuration but only for periodical message exchanges between both IDUs The remote management connection is available from port LAN 1 or alternatively from ports LAN 2 SFP 2 WAN B and WAN A over air connection ...

Page 100: ...e single IP Address Local IP 10 10 10 10 24 10 10 10 9 24 Remote IP 10 10 10 9 10 10 10 10 Gateway IP 10 10 10 1 10 10 10 1 Ports Parameters Speed Allocation Mbps ETH1 362 ETH1 362 Ports ETH VLAN Port Mode hybrid lan1 2 wanA B access lan3 mng hybrid lan1 2 wanA B access lan3 mng Port Groups 1 all ports 1 all ports VTU Setting add 100 group1 off TTUUTT add 100 group1 off DDUUTD Design SINGLE must b...

Page 101: ...ration is the proper VLAN setting Add VTU record at the first then change Port Modes and Port Groups All changes should be applied together by pressing APPLY button Such change must be confirmed at the intermediate window by pressing Continue button the remote access to IDU must be ensured with similar VLAN configuration in your network otherwise previous VLAN configuration will be returned after ...

Page 102: ...ample describes application where SINGLE design is selected on both link sides modulation is QAM128 in BW 30 MHz and appropriate maximal data speed is about 169 Mbps IP addresses of both IDUs should be selected from different IP subnets because both sides interconnection is routed by means of IDU CPU The slow separated management channels is used for both periodical message exchanges between both ...

Page 103: ...e 2 Out of Band management based on NAT IDU1 provider side IDU2 customer side Maintenance Advanced Design single single IP Address Local IP 10 10 10 10 24 10 10 9 9 24 Remote IP 10 10 9 9 10 10 10 10 Gateway IP 10 10 10 1 10 10 10 10 IP Route NAT NAT add 1080 10 10 9 9 80 add 1080 10 10 10 10 80 Ports Parameters Speed Allocation Mbps ETH1 362 ETH1 362 Ports ETH VLAN Port Mode basic all ports basic...

Page 104: ... the intermediate window by pressing Write And Apply button The new login into system is automatically required after applying any IP change Such IP configuration change doesn t influence data traffic no data drop during IP reinitialization Figure 82 Example 2 IP NAT setting at LOCATION 1 Then change VLAN Port Modes and Port Groups and apply it by pressing APPLY button Such change must be confirme...

Page 105: ... separated channel is a preferred scheme when more links in series is managed and the management access is originated from any link locations or from provider s management node The communication with remote side is ensured by means of configurable separated middle speed traffic channel management traffic runs through the internal ETH switch inside each IDU Management and data traffic are separated...

Page 106: ...parate ETH management channel should be selected with higher priority then is a priority of data traffic channel It prevents management access discontinuity in case when ACM is switched on and system speed goes down during worse receive conditions The VLAN groups setting is the general configuration which influences correct function in this mode It is explained in chapter The description of partic...

Page 107: ...ration is the proper VLAN and ETH speed setting Change VLAN Port Modes and Port Groups and apply it by pressing APPLY button Such change must be confirmed at the intermediate window by pressing Continue button the remote access to IDU must be ensured with similar VLAN configuration in your network otherwise previous IDU1 provider side IDU2 customer side IDU3 customer side Maintenance Advanced Desi...

Page 108: ... management channel when channels ETH 4 and or ETH 3 with higher priority are also used especially in ACM mode Figure 89 Example 3 Ports speed setting at LOCATION 1 The configuration of other IDUs is similar to above explained GUI pages but with appropriate parameters defined in Figure 85 Example 4 VLAN configuration The different user data traffics separation in combination with management traffi...

Page 109: ... ID and such tagged frames then ingress provider s IDU An Appropriate VLAN configuration ensures that specific ports are members of specific VLANs It is accomplished by combination of VTU records and port VLAN modes The VLAN setting corresponds with appropriate explanation in chapter ETH VLAN settings on page 81 All VLAN configurations are supported by all designs SINGLE MULTI AGGREGATE PROTECTED ...

Page 110: ...n change Port Modes and Port Groups Trunk ports accept only such tagged frames which are contained in VTU table and untagged frames which are internally assigned by default VLAN ID valid for this port access ports accept untagged frames only which are again internally assigned by default VLAN ID valid for this port Switching rules for Trunk and Access ports are limited by Port Group rules and by V...

Page 111: ...ries TDM IP Split Mount System Technical Description and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 Figure 92 Example 4 VLAN and Port Groups setting at LOCATION 1 Figure 93 Example 4 Ports speed setting at LOCATION 1 ...

Page 112: ...ries TDM IP Split Mount System Technical Description and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 Figure 94 Example 4 VLAN and Port Groups setting at LOCATION 2 Figure 95 Example 4 Ports speed setting at LOCATION 2 ...

Page 113: ...et connection and management traffic has the lowest priority in our example We suppose that all traffics don t contain any priority declaration in VLAN tag but are tagged at provider side when traffic contains priority tag then it isn t necessary to use following configuration frame priority is automatically assigned from PRI bits in VLAN tag The Strict 3xxx configuration ensures that frames with ...

Page 114: ...ports 1 all ports VTU Setting add 100 group1 0 TDUUTD add 10 group1 7 TDDDTD add 20 group1 5 TDDDTD add 100 group1 off DDUUTD add 10 group1 off TDDDTD add 20 group1 off DTDDTD Ports ETH Advanced QOS Modes weighted lan1 2 3 mng wanB strict 3xxx wanA weighted lan1 2 3 mng wanB strict 3xxx wanA Priority Policy all all ports all wanA B port only lan1 2 3 mng Port Priority 0 all ports 7 lan1 5 lan2 0 l...

Page 115: ...s are defined in ETH advanced section The VTU priority override option is used for QOS discrimination at this side Figure 98 Example 5 Advanced QOS setting at LOCATION 1 Similar configuration is done also at opposite side of link The Port Priority policy option is used for QOS discrimination at this side Figure 99 Example 5 VLAN with QOS PRI setting at LOCATION 2 ...

Page 116: ...priate maximal data speed is about 169 Mbps There exist two different data sources and management traffic at provider side Traffic 1 is the stream which is synced to global reference signal e g GPS timing and must be configured at the provider IDU as the reference source for SyncETH distribution traffic 2 is a standard stream which doesn t require SyncETH support e g Internet connection the same i...

Page 117: ... 1 10 10 10 1 10 10 10 1 Ports Parameters Speed Allocation Mbps ETH1 100 ETH2 1 ETH3 70 ETH1 100 ETH2 1 ETH3 70 ETH1 50 ETH2 1 ETH3 70 Ports ETH VLAN Port Mode basic all ports basic all ports basic all ports Port Groups 1 lan2 3 mng wanB 2 lan1 wanA 1 lan3 mng wanB 2 lan1 2 wanA 1 lan2 3 mng wanB 2 lan1 wanA Ports Sync ETH SyncE Reference lan1 rf lan1 Port Synchronization lan1 lan2 This example su...

Page 118: ...ced to such reference when clock recovery status is locked The IDU uses recovered CLK from LAN 1 as the main clock reference for both modem and LAN parts Figure 103 Example 6 SyncETH setting at LOCATION 1 Similar configuration is done also at opposite side of link The receive RF stream is selected as reference source selected LAN ports are automatically synced to such reference when clock recovery...

Page 119: ...ipath fading The 1 1 HSB hot standby protection mode protects against system HW failures hitless protects against ODU_Rx IDU_RxAFE with short data drop protects against ODU_Tx IDU_TxAFE The 1 1 SD space diversity protects moreover against multipath fading 1 1 HSB mode uses usually one antenna assembled by directional coupler two ODUs are connected into this coupler The 1 1 SD mode uses two antenna...

Page 120: ...eparated by VLAN described on page 99 All data sources are connected into master unit IDU 1 IDU 3 slave and master IDUs are interconnected by means of fiber optic cable connected into ports SFP 1 The protection setting rules correspond with appropriate explanation in chapter Basic port settings Design PROTECTED on page 78 Main Advantages One frequency pair is used for such mode Just one cable betw...

Page 121: ...80 10 10 9 11 80 1180 10 10 10 10 80 1280 10 10 10 11 80 1080 10 10 9 11 80 1180 10 10 10 11 80 1280 10 10 10 10 80 Radio Parameters Tx Frequency 14580 MHz 14580 MHz 15000 MHz 15000 MHz Tx Power 3 dBm 3 dBm 3 dBm 3 dBm Ports Parameters Speed Allocation Mbps ETH1 60 ETH2 60 ETH3 34 ETH1 60 ETH2 60 ETH3 34 ETH1 60 ETH2 60 ETH3 34 ETH1 60 ETH2 60 ETH3 34 Ports ETH VLAN Port Mode basic all ports basic...

Page 122: ...iate IP window The required NATs and one static route must be entered now Add all NAT records then add necessary static route to diagonal IDU and apply all IP changes by pressing APPLY button Such change must be confirmed at the intermediate window by pressing Write And Apply button Figure 108 Example 7 IP address setting at IDU1 LOCATION 1 Figure 109 Example 7 IP NAT and static route setting at I...

Page 123: ...iguration Guide Rev 1 0 SAF Tehnika JSC 2013 Figure 110 Example 7 Basic radio parameters at IDU1 LOCATION 1 Then Port Groups and Basic Port parameters must be properly configured according to defined connection block scheme Figure 111 Example 7 Port Groups setting at IDU1 LOCATION 1 ...

Page 124: ...e The local USB port IP address 10 10 11 10 or LAN 3 port secondary IP address 10 10 10 10 can be used for local connection and configuration When all previously described configurations are prepared on all IDUs then required protection scheme must be selected at master IDUs IDU 1 IDU 3 The slave IDUs are configured automatically correct interconnection by means of fibre optic cable must ensured F...

Page 125: ...gainst multipath fading 1 1 FD mode uses usually one antenna with OMT adapter two ODUs are connected into this adapter Two transmitters are active in such protection schemes two receivers receive the same signal which is upconverted to different frequency The master IDU decides what stream will be used for final data demultiplexing The application example for 1 1 FD mode is shown at the Figure 114...

Page 126: ...x Frequency 14580 MHz 14680 MHz 15000 MHz 15100MHz Tx Power 3 dBm 3 dBm 3 dBm 3 dBm Ports Parameters Speed Allocation Mbps ETH1 140 ETH2 1 ETH3 34 ETH1 140 ETH2 1 ETH3 34 ETH1 140 ETH2 1 ETH3 34 ETH1 140 ETH2 1 ETH3 34 Ports ETH VLAN Port Mode basic all ports basic all ports basic all ports basic all ports Port Groups 1 lan2 3 mng wanB 2 lan1 wanA 1 lan2 3 mng wanB 2 lan1 wanA 1 lan2 3 mng wanB 2 ...

Page 127: ...Example 8 Default Protection off mode at LOCATION 1 Then the proper IP address setting must entered and applied by pressing APPLY button Such change must be confirmed at the intermediate window by pressing Write And Apply button Figure 116 Example 8 IP address setting at IDU1 LOCATION 1 Then the basic radio parameters should be configured ...

Page 128: ...iguration Guide Rev 1 0 SAF Tehnika JSC 2013 Figure 117 Example 8 Basic radio parameters at IDU1 LOCATION 1 Then Port Groups and Basic Port parameters must be properly configured according to defined connection block scheme Figure 118 Example 8 Port Groups setting at IDU1 LOCATION 1 ...

Page 129: ... or LAN 3 port secondary IP address 10 10 10 10 can be used for local connection and configuration The frequency at backup link must be configured according to assigned frequency plan When all previously described configurations are prepared on all IDUs then required protection scheme must be selected at master IDUs IDU 1 IDU 3 The slave IDUs are configured automatically correct interconnection by...

Page 130: ...anation of application block scheme is discussed in the next paragraphs This concrete example describes application where PROTECTED design is selected on both link sides modulation is QAM128 in BW 30 MHz and appropriate maximal data speed is about 169 Mbps The management access is similar to Example 8 Basic 1 1 FD protection scheme described on page 115 with one difference that external switch at ...

Page 131: ...4580 MHz 14680 MHz 15000 MHz 15100 MHz Tx Power 3 dBm 3 dBm 3 dBm 3 dBm Ports Parameters Speed Allocation Mbps ETH1 140 ETH2 1 ETH3 34 ETH1 140 ETH2 1 ETH3 34 ETH1 140 ETH2 1 ETH3 34 ETH1 140 ETH2 1 ETH3 34 Ports ETH VLAN Port Mode basic all ports basic all ports basic all ports basic all ports Port Groups 1 lan3 mng wanB 2 lan1 2 wanA 1 lan3 mng wanB 2 lan1 2 wanA 1 lan3 mng wanB 2 lan1 2 wanA 1 ...

Page 132: ...ble connected into ports SFP 1 Aggregated data traffic is connected into port LAN 1 at master unit The first portion of aggregation is directed over channel ETH 1 at master unit with capacity about 170 Mbps the second portion is directed over fiber optic together with low speed management channel into slave unit and then through the channel ETH 4 with configured capacity again to 170 Mbps the whol...

Page 133: ... MHz 15100 MHz Tx Power 3 dBm 3 dBm 3 dBm 3 dBm Ports Parameters Speed Allocation Mbps ETH1 170 ETH2 1 ETH3 0 ETH1 0 ETH2 0 ETH3 0 ETH4 170 ETH1 170 ETH2 1 ETH3 0 ETH1 0 ETH2 0 ETH3 0 ETH4 170 Ports ETH VLAN Port Mode basic all ports basic all ports basic all ports basic all ports Port Groups 1 lan2 3 mng wanB 2 lan1 wanA 1 lan3 mng 2 lan1 wanA 3 lan2 wanB 1 lan2 3 mng wanB 2 lan1 wanA 1 lan3 mng ...

Page 134: ...t Groups must be properly configured according to defined connection block scheme Figure 125 Example 10 Port Groups setting at IDU1 LOCATION 1 When all previously described configurations are prepared on all IDUs then required aggregation scheme must be selected at master IDUs IDU 1 IDU 3 The slave IDUs are configured automatically correct interconnection by means of fibre optic cable must ensured...

Page 135: ...tion and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 Figure 126 Example 10 Aggregation mode selection at IDU1 LOCATION 1 The last step is correct configuration of ETH channels on all master and slave units Figure 127 Example 10 Port setting at master IDU1 LOCATION 1 ...

Page 136: ...C Series TDM IP Split Mount System Technical Description and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 Figure 128 Example 10 Port setting at slave IDU2 LOCATION 1 The Aggregation scheme is properly configured now ...

Page 137: ... 1 0 2 0 1 1 FD SD HSB Forward error correction LDPC Compression function Online Ethernet header compression Data encryption AES 128 AES 256 Max Real Data Throughput up to 365 Mbps in 1 0 mode up to 730 Mbps in 2 0 mode IDU Specification Table 6 IDU Traffic Interfaces Item Parameter Value 1000Base T Number of Ports 3x RJ 45 2x SFP 1000BaseSX LX Basic function user traffic interface management VLAN...

Page 138: ...2Byte Frames 375 Mbps 1518Byte Frames 367 Mbps ETH CT Latency L1 256QAM_56MHz 64Byte Frames 130 usec 512Byte Frames 137 usec 1518Byte Frames 145 usec Network Management System Table 8 Management Parameters Item Parameter Value Ports Main NMS ports ETH port LAN 3 Additional NMS ports 1000Base T LAN 1 2 3 SFP 2 USB B alternative IP port NMS form Protocols HTTP HTTPS SNMP v1 v2c v 3 TELNET SSH In Ban...

Page 139: ... 60 VDC Power Consumption IDU only 22 W full port connection ODU only 38 Watts IDU ODU 60 Watts Maximum ODU current up to 1 9 A DC Environmental Operational Conditions IDU Temperature 5 to 45 C IDU Humidity 0 to 95 Non condensing ODU Temperature 33 to 55 C ODU Cold Start Operational at 45 C not guaranteed all specification ODU Humidity 0 to 100 Accessories Table 10 External Power Supply Parameters...

Page 140: ... The sharpest the dots of status diagram are the better value should be in interval 40 to 32dB MSE thresholds for each modulation with BW 28MHz are 128QAM 24 dB 64QAM 21 dB 32QAM 18 dB 16QAM 15 dB 8PSK 13 dB QPSK 9 dB MUX data multiplexer aggregating of several parallel streams into one serial stream and back NAT network address translation translation of IP addresses and ports ODU Outdoor Unit PB...

Page 141: ...t Mount System Technical Description and Configuration Guide Rev 1 0 SAF Tehnika JSC 2013 SAF Tehnika JSC Contacts SAF Tehnika A S technical support can be reached by Email techsupport saftehnika com Telephone 371 67046840 Fax 371 67046809 ...

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