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ANSI FibeAir ® IP-20C Multi-Gbps Radio • Multi-core radio technology Parallel radio processing engine that boosts capacity, distance and availability • High capacity and spectral efficiency 2048 QAM modulation and LoS 4X4 MIMO • Virtual fiber in licensed frequencies 1Gbps radio throughput over a single 30MHz channel • Simple Operation Software-defined radio, rapid deployment, minimal truck rolls • Environment-Friendly Compact, all-outdoor with low power consumption FibeAir IP-20C sets a new standard in microwave transmission combining multi-core radio technology, 2048 QAM modulation and line-of-sight 4x4 MIMO in a compact, all-outdoor design Mobile network operators are finding it increasingly difficult to cope with the demand for more capacity. FibeAir IP-20C breaks capacity barriers, offering a virtual fiber solution in licensed frequencies. Its versatility makes it ideal for a wide variety of cost-effective deployment scenarios including macrocell backhaul, small-cell aggregation and emerging fronthaul applications. As a software-defined radio, it can be remotely configured to quadruple capacity, double link distance and reduce power consumption. It is easily and quickly deployable compared with fiber, allowing operators to achieve faster time to new revenue streams, lower total cost of ownership and long-term peace of mind. FibeAir IP-20C delivers multi-Gbps capacity on a single frequency channel setting a new standard for efficient spectrum use. Combining breakthrough multi-core radio architecture with 2048 QAM modulation and line-of-sight (LoS) 4X4 MIMO, it enables operators to reach capacities that quadruple those of existing solutions. FibeAir IP-20C’s unique multi-core radio architecture is based on an advanced parallel radio processing engine, built around Ceragon’s in-house baseband modem and RFIC chipsets. The result is superior radio performance with reduced power consumption and form-factor. Multi-Core Radio Solution Delivering Multi-Gbps Anywhere

FibeAir IP-20C Solution Brief

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ANSI

FibeAir® IP-20C

Multi-GbpsRadio• Multi-core radio technology Parallelradioprocessingenginethatboostscapacity, distanceandavailability

• High capacity and spectral efficiency 2048QAMmodulationandLoS4X4MIMO

• Virtual fiber in licensed frequencies 1Gbpsradiothroughputoverasingle30MHzchannel

• Simple Operation Software-definedradio,rapiddeployment,minimal truckrolls

• Environment-Friendly Compact,all-outdoorwithlowpowerconsumption

FibeAir IP-20C sets a new standard in microwave transmission combining multi-core radiotechnology,2048QAMmodulationandline-of-sight4x4MIMOinacompact,all-outdoordesign

Mobilenetworkoperatorsarefindingitincreasinglydifficulttocopewiththedemandformorecapacity.FibeAirIP-20Cbreakscapacitybarriers,offeringavirtualfibersolutioninlicensedfrequencies.Itsversatilitymakesitidealforawidevarietyofcost-effectivedeploymentscenariosincludingmacrocellbackhaul,small-cellaggregationandemergingfronthaulapplications.Asasoftware-definedradio,itcanberemotelyconfiguredtoquadruplecapacity,doublelinkdistanceandreducepowerconsumption.Itiseasilyandquicklydeployablecomparedwithfiber,allowingoperatorstoachievefastertimetonewrevenuestreams,lowertotalcostofownershipandlong-termpeaceofmind.

FibeAirIP-20Cdeliversmulti-Gbpscapacityonasinglefrequencychannelsettinganewstandardforefficientspectrumuse.Combiningbreakthroughmulti-coreradioarchitecturewith2048QAMmodulationandline-of-sight(LoS)4X4MIMO,itenablesoperatorstoreachcapacitiesthatquadruplethoseofexistingsolutions.

FibeAirIP-20C’suniquemulti-coreradioarchitectureisbasedonanadvancedparallelradioprocessingengine,builtaroundCeragon’sin-housebasebandmodemandRFICchipsets.Theresultissuperiorradioperformancewithreducedpowerconsumptionandform-factor.

Multi-CoreRadioSolutionDeliveringMulti-GbpsAnywhere

CeragonFibeAirIP-20C:Software-DefinedRadioFibeAirIP-20Cisthemostversatileradioavailableinthemarkettoday.Thankstoitsinnovativemulti-core technology, itcanbeconfigured foroptimizedperformance inanydeploymentscenario.Flexibilityisthekey.

DoublingcapacityFibeAirIP-20C’smulti-coretechnologyallowsittostartwithasinglecoreandprovidestheoptiontoturnonthesecondcoreremotely,instantaneouslydoublinglinkcapacityeitherwithasingleordualpolarization.

DoublinglinkdistanceAsecondcorecanbeutilizedtodoublethelinkdistance.FibeAirIP-20CsplitsthebitstreambetweenitscoresusingMulti-carrierAdaptiveBandwidthControl,thusloweringthemodulationschemeandsignificantlyincreasingsystemgain(bothTxpowerandRxsensitivity).Thisresultsintheabilitytoachievelongerlinkspans–uptodoublethedistance.

HalvingantennasizeFibeAirIP-20C’ssuperiorsystemgaincanbeleveragedtoreduceantennasizeloweringinstallationcostssignificantly.Antennasizereductionof50%canbeachieved.

QuadruplingcapacityInthe4X4LoSMIMOconfiguration,quadruplingofcapacityisachievableusingthesamechannelbandwidth.Anewrecordinmicrowavespectralefficiency!

2

MSC/RNC/S-GW

RU

FibeAir 70

for CPRI

RU SmallCells

Compressed CPRI

over Licensed Bands

FibeAir 70

FibeAir 2500

SmallCells

60GHz

DU

Carrier Ethernet MPLS-TP IP/MPLS

Fiber Aggregation Network

Compressed CPRI over Licensed Bands

RU

C-RANFronthaul High Capacity, Low Latency

DU

MacrocellBackhaul Versatile DeploymentScenarios

Macro+

Macro

Macro

Macro SiteAggregation High Capacity &Interoperability

DU

DU

AggregationNode

AggregationNode

AggregationNode

Super-SizeMacro Site

Super-SizeMacro Site

MacrocellBackhaulToday’stailsitesinthemacrocelllayerarequicklybecomingaggregationhubsforthesmallcellsthataredeployedtohandleadditionalcapacityandcoveragebelowthemacrocelllayer.FibeAirIP-20C’sversatilityandflexibilitymakeitsuitableforthedifferentdemandingscenariosofmacrocellbackhaulbyfuture-proofingbackhaulcapacityandsupportingservice-awarenesstoassureuserqualityofexperience.

C-RANFronthaulCompressedCPRIisofferedasamethodofcompactingthe2.5GbpsCPRIinterfaceintoGbEdimensions.FibeAirIP-20CistheidealwirelesssolutionforcompressedCPRIfronthaul,boastinghighspectralefficiencywith1Gbpsradiothroughputoverasingle30MHzchannelandextremelylowlatencyrequiredforfronthaul.

Macro-SiteAggregationMacrosites,futurenetworks’aggregationlayerandusuallybasedonadvancedpackettransportprotocolssuchasCarrierEthernet2.0,MPLS-TPandIP/MPLS,arebestservedbyFibeAirIP-20C’sinteroperabilitywithanypackettransporttechnology.Itcantransporthighercapacitiesoverlongerdistancesthanalternativewirelesssolutions.Itsscalablecapacitytomulti-Gbpsensuresoperators’long-termpeaceofmindespeciallyinareaswherefiberisnotaviablesolution.

Future-ProofingMobileNetworkswithFibeAirIP-20CFibeAirIP-20CappliesCeragon’sHolisticHetNetHauling(3H)visiontotheemergingHetNetarchitectures.Ceragonisorganizingwirelessbackhaulandfronthaulrequirementsintoacomprehensivenetworksolutionthatiseasilydeployed,operatedandmaintained.Breakingthebarriersofnetworkplanningparadigmsrequiringfiberinfrastructuretoservemulti-Gbpssites,FibeAirIP-20C’ssuperiorradiothroughput,lowlatencyandflexibilitymakeitthesolutionofchoiceforawidevarietyofhaulingscenariospreviouslydeemedimpossibletoimplementwithmicrowave.

FibeAirIP-20C’sdifferentdeploymentscenariosinafuture4G/LTE-ANetwork

www.ceragon.com

• In-housedevelopedchipset:basebandmodem

andRFIC

• Parallelradioprocessingengine

• Flexibleradioarchitectureenablesdoublingofcapacity/linkdistanceandreductioninpowerconsumption

• 2048QAMmodulation

• IntegratedXPICinasingleunit

• LoS4X4MIMOquadruplingcapacityusingonly2radiounits

• Upto30%morespectralefficiencyusingmulti-layerheadercompression

• Widechannelsupport:30,40,60,80MHz

• Operatesinthe6-38GHzfrequencyrange

• 1Gbpsradiothroughputoverasingle30MHzchannel

• Over2Gbpsmaximumcapacityusingwiderchannels

• Singlesoftware-definedproductformanydifferentdeploymentscenarios

• Remotelyconfigurable,scalableperformanceforminimaltruckrolls

• Quicklydeployed,all-outdoorinstallation

• Halftheform-factorofconventionalradioterminals

• 20%lesspowerconsumptionpercarrier

• Asmuchas50%lesspowerconsumptionusinginnovativedynamicpowermanagement

KeyFeatures

Multi-CoreTechnology

Highcapacityandspectralefficiency

Virtualfiberinlicensedfrequencies

SimpleOperation

ref:FibeAir IP-20C,Dec.2012

Informationsubjecttochangewithoutnotice.TheCeragonlogoandFibeAir®areregisteredtrademarksofCeragonNetworksLtd.

CeragonComprehensiveNetworkOffering:

EnvironmentFriendly