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8/18/2019 ALFOPlus - Instalation and Configuration.pdf
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ALFOplus
Access Link Full Outdoorwith Adaptative Code ModulationFull IP Radio - Point to Point Radio Link
Copyright Siae Microelettronica S.p.a.
8/18/2019 ALFOPlus - Instalation and Configuration.pdf
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ALFOPlus ConnectorsLAN 2
(Supervision port)
Status LED Auxiliary
port
Auxiliarycable
Voltage
Antennaalignment
Serial Console
(HyperTerminal)115200 8-N-1-N
Aux Power Supply48 Volt
There are twoavailable versions forALFOPlus: GigabitElectrical (GE) andGigabit Optical (GO)with SFP modules(Lan1 SFP and Lan2 Rj45 with
POE) .
LAN 1(Traffic port)
PRx (dBm)
VRssi (Volt)
Power Over Ethernetonly in Lan1
F03594
it can be provided poe andaux at same time
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ODU polarisationPolarisation referencewhen use the coupler
Polarisation referencewhen use the coupler
Use Silicon oil around O-Ring in order to avoid that the rubber is dried and water, sand, dust could enter into the waveguide.
Do not remove the protective film
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1+0 Integrated AntennaSTANDARD POLEMOUNTING KIT
1+1 Integrated AntennaSTANDARD POLEMOUNTING KIT
ODU pole mounting
Tighten the 4 screws in order crossed, first on one diagonal and after on the other. Use oil ant-seizing betweenthe threads of nuts and bolts because often lack of lubrication could cause metal parts seized together.
1- In the top of Antenna, remove the tape and plug the cap.
2- In the bottom of Antenna, remove the cap to drain outthe water or Humidity.
1
2
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1+0 Not Integrated AntennaSTANDARD POLEMOUNTING KIT
1+1 Not Integrated AntennaSTANDARD POLEMOUNTING KIT
ODU pole mounting
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Configuration
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SCT distr. ≥ 4.7.4 User: SYSTEMPass: SIAEMICR
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Web Lct Console
Press Double click
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Press Enter
In capitol letter type
login: SYSTEM
Password: SIAEMICR
HyperTerminal Connection
With auxiliary cableF03594 Serial Console115200bps 8-N-1-N
type config if you want modify orchange the BOOT parameters...
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Rescue Connection with SCT1 Assign a static IP address to PC (172.20.253.14/16)ALFOPLUS RESCUE IP ADDRESS: 172.20.253.13SUBNET MASK: 255.255.0.02 Connect your PC directly to ALFOplus with a LANdirect-cable
3 With SCT, connect using Local Area Network, press connect button, type in
equipment IP address 172.20.253.13, user:System, Password: siaemicr and press Rescue button
4 Follow the instruction of rescue login5 In “Rescue Connection” mode it is
possible to set or to recover the valuesfor management normal access.
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Username:RLOMPassword:SIAEMICR
WEBLCT
“WEB Local CraftTerminal” issimilar at SCT -Equipment Menu
Radio Setting
Alarms
This Web Browser manages a single terminal.
SIAEMICR
Open WEB LCT ofRemote Link Radio
RadioStatus
hide / show menu
manual refresh
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Radio Throughput (Packet size 1518 bytes )Table of capacity net shared by Ethernet in different bandwidths and modulations
ActiveModulation Capacity[Mbps] 7MHz Capacity[Mbps] 14MHz Capacity[Mbps] 28MHz Capacity [Mbps]56MHz
4QAM 10.872 22.025 44.279 88.558
16QAM-Strong 16.225 32.870 66.081 132.161
16QAM 21.080 42.705 85.854 171.708
32QAM 24.483 49.599 99.713 199.425
64QAM 30.293 61.368 123.373 246.746
128QAM 36.102 71.137 147.034 294.068
256QAM 41.912 84.906 170.694 341.389
512QAM 47.763 96.759 194.524 389.048
1024QAM 53.572 108.529 218.185 436.369
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Adaptive Code Modulation setting
Radio capacity:
Is Only Ethernet
ACM enable: fixed bandwidthand variable modulation, at themaximum possible
ACM disable: fixed bandwidthand modulation
• Downshift (from 1024QAM to 4QAM): decrease Ethernet Capacity
• Upshift (from 4QAM to 1024QAM): increase Ethernet Capacity
For each modulation profile the Ethernet throughput can be adjusted.
RadioThroughput@28Mhz
Range of dynamicModulation
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Radio Branch: Frequencies
High Low
FTx1A=18878.5MHz FTx1A=17868.5MHzFRx1A=17868.5MHz FRx1A=18878.5MHz
Local Remote1
3
2
4
Fix the Tx Frequency andDuplex Spacing in Local andRemote ODU and after Pressapply & confirm
no modulator (no traffic) traffic ok
Traffic ok (normal setting) Radio only Receives with Timeout Radio only Receives without Timeout
5
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Radio Branch: PowersManual : TX Power Fixed;Automatic : ATPC enabledATPC allows Ptx
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Port Configuration
Possible Configuration of Supervisioning Traffic
LAN1 LAN2 Internal Port Description
Disable LAO Disable Lan1 only payload and Lan2 only local management
Disable OoB Disable/OoB Lan1 only payload and Lan2 only management
In-Band LAO Disable/IB Lan1 Vlan mngt+payload and Lan2 only local management
In-Band Drop/node Disable/IB Lan1 Vlan mngt+payload and Lan2 management
Ip Eth(In-Band)
RFCOH(Out of Band)
OH Payload
1
2 3
Traffic ethernet ports can be used formanagement (in a separated VLAN)
!!! Remember to Enable InternalPort to manage remote side !!!
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Synchronisation Priority or QualityWeb LCT: Main Menu – Synchronisation
SETS is a hardware circuit that select the sourceinterface of synch in base at priority or it canswitch the source according with quality.
3
2
Free Running = missing source synch, an auto Internal synch is generated by itself (PLL).
Holdover = degrade of Synch, trying to recover.Locked = normal situation of STM1 synchronisation of status control
1
Enable SynchEManualOperation
Wait time to restore
After this period the alarm apears
After this period the alarm disapears
Enable SSM G.8264 (Quality of Synch)
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Synchronisation Source
High
Low
32
1Enable Source
Disable
4
ManualOperationForced byOperator
Status Alarms is generated by:
- LTI (Loss of timing input)- Drift (Bad quality)
Manual resetWait to Restore
5 6
Switching per Priority
Switching per Quality
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Ethernet switch
Take account the value of Max Packet Size [byte] when "802.1Qsetting" is set as DISABLE or FALLBACK the switch adds 4 Bytesfor internal S_Tag. With 802.1Q setting in SECURE (that means that
packet VID must be contained in Virtual LAN table list, otherwisethe packet is discarded), no internal TAGs are added.
Time to refresh theMAC address table foreach Lan interface
Routing basedon VLAN ID
802.11ad as 802.1Q adds 4 bytes in the header ofeach packet, the first 2 bytes concern of TagProtocol IDentifier. This EtherType is fixed0x9100 defines the new format "Vlan Stacking".
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Ethernet Frame Fragmentation
QOS preserves High prioritytraffic during traffic congestionsto reduce Latency and Jitter
Latency is the time taken to process a DATA (Response time in/out)
Jitter is a statistical variation delay of packets caused by internalqueues on congested routers
High pri High pri High pri High pri High pri
Low priority Low priority
High pri SIAE SWITCHLAN1 Port A
LAN2
High pri High pri Low priority High priHigh pri
High ‘Jitter Variation’ for thehigh priority packets
High pri High pri High pri High pri High pri
Low priority Low priority
High pri SIAE SWITCHLAN1 Port A
LAN2
High pri High pri Low priHigh pri High pri High pri Low pri
Lower ‘Jitter Variation’ forthe high priority packets
fragmentedpackets
The benefit of this algorithm is to minimize the Jitter variation ofthe Ethernet packets with header fragmentation proprietary Siae.
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LAN settings: Interface RJ45 Pinout MDI1 Txp2 Txn3 Rxp456 Rxn7
8
RJ45 Pinout MDIX1 Rxp2 Rxn3 Txp456 Txn7
8
EnableInterface Lan
Table of MACaddress enable
Used only forAutonegotation
1GBit/s
Used only forSyncEthernet:
Master: OUTPUT
Slave: INPUT
For 1GbpsStep 10Mbps whenSpeed/Duplex is setFull-Duplex-100M
Message to determine themaximum capacity that canhandle the Ethernet link
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LAN settings: LAN PER PORT
It’s allowed to share traffic Payloadwith the other interfaces Ethernet
Lan1Lan2
ExternalInterfaces
InternalInterface
ALFOplusPortARadio Port
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LAN settings: Egress Priority Policy
Queue emptying policy
- 8421 WRR: 8 packets withqueue 3, then 4 with queue 2,then 2 with queue 1 and then 1
with queue 0.- Strict priority: a packet cango out only if the upper
priority queue is empty
- Strict 3: all queue 3 packetscan go out, after them all theother using 8421WRR policy
- Strict 3 and 2: all queue 3and 2 packets can go outstrictly, after them all theother using 8421WRR policy
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LAN settings: Egress Priority Management
Priority management can be defined port by port:Without PriorityUses 802.1pUses TOS/DSCP
Uses MPLSUsed 802.1p and rewrite with MPLS
VLAN L C fi ti
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VLAN Lan Configuration
VLAN exits Lan2 without tag
VLAN exits Lan2, with the sametag it has at input (unmodified)
VLAN doesn’t transit through Lan2
VLAN exits Lan2 with tag
Radio Port
VLanID (Static) is automatically insert when the value belongat Default Vid of ingress port or value of In Band VLan Id.
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Spanning Tree Protocol / Ethernet Line Protection /Link AGgregations (LAG)
This interface displays and settings the port states on the featureenabled. You can enable a single function at time per port
Trunking or LinkAGgregation orIEEE 802.3ad can
belong at 4 differents
group (trunk1, trunk2,trunk3, trunk4)
Spanning TreeProtocol or IEEE802.1D or
IEEE802.1W can belong at 2 differentsgroup ( Bridge1,Bridge2 )
Ethernet LineProtection can belongat 2 differents group
(Protection1,Protection2)
High Low
Used to determine priority of port
High
Low
LAG
ELP
RSTP/ELP
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Alarms groups: RADIOSpecific alarms the ODU and Radio link.
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Alarms groups: RADIOAlarm Causes Solution
Link ID LLI Local ≠ LLI Remote disabling LLI in both sites
Link Telemetry Fail Telemetry remote radio lost Wrong initialisation of Loc&Rem Radio
Reduced Capacity Degraded radio link capacity (ActualTx modulation ≠ Upper modulation)
Increase Tx power
BER Sync Loss Ber Test Fail Active one loop or disable the BER test
Invalid Frequency set Frequency not permitted Change frequency channel
Rx Power Low The Power Rx is below than Rxthreshold
Reduce Power threshold in general preset
Tx Power LowThe Power Tx is below than Txthreshold
Disable the Carry only or Replace ODU
RT VCO Fail VCO fail Replace ODU
RT IF Fail IF fail Replace ODU
BaseBand Rx QualityLow BER ≈ 10E -6 Increase fade margin
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ACRONYMSACM Adaptive Code ModulationACO Alarm Cut-OffADM Add Drop MultiplexerAF Assured ForwardingAGC Automatic Gain ControlAIS Alarm Indication SignalAL Access Link
ALS Access Link SeriesAMI Alternate Mark InvertineARP Address Resolution ProtocolASR Automatic Send ReceiverATM Asynchronous Transfer ModulatorATPC Automaric Transmit Power ControlATU Address Translation UnitBB BaseBandBBER Background Block Error RadioBCM Bit Coded ModulationBER Bit Error RateBIP Bit Interleaved ParityBPV BiPolar ViolationCC Co-Channel
CCIS Common Channel InterofficeSignallingCGA Carrier Group AlarmCRC Cycle Redundancy CheckCSS Control Slip SecondCSU Channel Service UnitCTS Clear To SendC/I Carrier to Interference (ratio)DACS Digital Access Cross-connect SystemDCC Data Communication ChannelDCD Data Carrier DetectDDE windows Dynamic Data ExchangeDNU Do Not UseDRRS Digital Radio Relay Systems
DSCP Differential Service Code PointDSP Digital Signal ProcessingDSR Data Set ReadyDSU Data Service UnitDTE Data Terminal EquipmentDTR Data Terminal ReadyDXC Digital Cross Connect
E1 2 Mbit/sECC Embedded Control ChannelEMC ElectroMagnetic CompatibilityEMI ElectroMagnetic InterferenceEOC Embedded Overhead ChannelERC European RadiocommunicationCommittee
ESD ElectroStatic DischargeFDL Facility Data LinkFDX Full-DupleXFEBE Far End Block ErrorFEC Forward Error CorrectorFEM Fast Ethernet ModuleFTP File Transfer ProtocolFXO Foreign eXchange OfficeFXS Foreign exchange subscriberGUI Graphical user interfaceHDLC High Level Data Link ControlHDX Half-DupleXIAD Integrated Access DeviceICSU Intelligent CSU
IDU Indoor UnitIF Intermediate FrequencyIpToS Type Of Service IPISDN Integrated Service Data NetworkLAN Local Area NetworkLAPS Link Access Protocol SDHLCT Local Craft TerminalLDO Line builD-OutLED Light Emitted DiodeLIM Line Interface ModuleLLB Line LoopBackLLF Link Loss ForwardingLO Local OscillatorLOF Loss Of Frame
LOS Loss Of SignalLTI Loss of Timing InputLTM Line Terminal MuxMAC Media Access ControlMCU Main Controller UnitMDI Medium Dependent InterfaceMDIX Medium Dependent Interface Crossed
MIB Management Information BaseMMIC Monolitic Microwave Integrated CircuitMSA Multiplex Section AdaptationMSOH Multiplex Section OverHeadMSP Multiplex Section ProtectionMST Multiplex Section TerminationMTBF Mean Time Between Failure
NE Network Element NMI Network Management InterfaceODU Outdoor UnitOOF Out Of FrameOOM Out Of MultiframeOOF Out of frameOOS Out of service signallingOSI Open System InterconnectionPABX Privat automatic branching exchangePDH Plesiochronous Digital HierarchyPLB Payload loopbackPLL Phase lock loopPOH Path overheadPPI Plesiochronous Physical Interface
PPP Point to Point ProtocolPRC Primary Reference ClockPRBS Pseudo Random Bit SequencePTOS Priority Type Of ServiceQoS Quality of ServiceQRSS Quasi-Random Signal SequenceRAI Remote Alarm IndicationRAI AS Remote Alarm Indication Associated SignallingRFC Radio Frequency ChannelRFCOH Radio Frame Complementary OverHeadRFS Ready For SendingRIM Radio Interface ModuleRPS Radio Protection SwitchingRSC Receive Select CodeRSL Received Signal LevelRSOH Regenerator Section OverHeadRSPI Radio Synhronous Physical InterfaceRST Regeneretion Section TerminationRTC Real Time ClockRTS Request To SendSCT Subnetwork Craft Terminal
SDH Synchronous Digital HierarchySEC SDH Equipment ClockSETG SDH Equipment Timing GeneratorSETS SDH Equipment Timing SourceSFP Small form-Factor Pluggable transceiverSMTP Simple Mail Tranfer ProtocolSMU SDH Multiplexing Unit
SNMP Simple Network Management ProtocolSNTP Simple Network Time ProtocolSOH Section OverHeadSPI Synchronous Physical InterfaceSPM Subcriber Private MeteringSSM Synchronous Status MessageSSUL Synchronisation Supply Unit LocalSSUT Synchronous Supply Unit TransitSTM-0 Synchronous Transport Module Level 0 (51.84Mbit/s)STM-1 Synchronous Transport Module Level 1 (155.5 2Mbit/s)TCP/IP Transmission Control Protocol/Internet ProtocolTDM Time division multiplexTM Terminal multiplexTMN Telecommunications Management NetworkTSI Time slot interchangeTSU Tributary switch unitTOS Type Of ServiceTTM Terminal timing modeTU Tributary UnitUDP User datagram protocolURL Uniform resource locatorUS Urban Synchronous radioVC Virtual ContainerVCO Voltage Controlled OscillatorVID Virtual Lan IdentifierVLAN Virtual LAN
WRR Wait Round RobinWayside 2 Mbit/s additional trafficWFQ Weighted Fair QueuingWRR Weighted Round RobinWTR Wait to RestoreXIF Cross Improvement FactorXPIC Crosspolar Interference Canceller