1. Fibre Optic Cable Advantages and Disadvantages
Fiberoptic cable
Whenit comesto choosingacable there are fibre opticcable advantagesanddisadvantages.Fiber
opticcable is a networkcable thathas strainsof glassfibers inside aninsulatedcasing. Orinother
words,an optical fibercable isatype of cable inwhichseveral optical fibersare connected,usually
coveredbytheirprotective plastics.Theyare plannedforlong-distance,highrecital data
networking,andtelecommunications.Fiberopticcable essentiallyconsistsof twolayersof glass:the
core,whichindicatesthe actual light,andthe cladding,whichisalayerof glassaroundthe core. A
layercalledabuffertube protectsthe cladding,andthe jacketlayerworksas the final protective
layerforpersonage stresses.
The claddinghas a lowerreflex indexthanthe core.Thisleadstobasic internal reflection.Most
fibersworkinduplex joints:one isusedtotransmitfiberandthe otherisusedto receive. Butitis
possible tosendbothsignalsinthe same way.
Types ofFiber optic cable
It has twotypes.The firsttype of cable is Single-ModeFiber(SMF) andthe secondisMulti-Mode
Fiber(MMF). Multi-mode fibercan carry multiple lightmodesatthe same time byhavingdifferent
optical properties.The shortestroute mustbe traveled.The largercore simplifiesconnectivityand
takesadvantage of low-costLED and VCSELtechnologiesthatrunin the 850nm window.
The single-mode fiberhasa base size of 9 microns,isverysmall andhas a lightpath,and can travel
up to 100 km. Thisrequiresmore expensive electronicsthatrunonWindows1310 and1550nm and
are commonlyusedinlong-distance LANs,cable TV,andtelephone applications.
How fiberoptics works
Fiberopticstransmitlightinthe arrangementof particlesorphotonsthatpulsationviafiberoptic
cable.The lightbouncesoff the wallsrepeatedlyandtravelsunderthe fiberopticcable.Glassfiber
coresand claddingeachhave a separate reflex indicatorthatdeflectsincominglightfroma
particularangle.Whenlightsignalsare transmittedviafiberopticcable,theyreflectcore and
claddingina sequence of zig-zagbounces,andthisprocedure isfollowedbyamethodcalledinternal
reflection.Lightindicatorsdonottravel atthe speedof lightbecause theyindicate layersof glass,
insteadof traveling30%slowerthanthe speedof light.Fiberopticstransmissionssometimesrequire
repeatersatlongintervalstoreneworboostthe signal throughoutitsjourney,sothatby converting
the optical signal intoanelectrical signal,the optical signalcanbe implementedoptically.The signal
can be transmittedagain.
Usesof FiberOptics
Fiberopticcablestransmithuge amountsof data at veryloftyspeeds.Therefore,thistechnologyis
generallyappliedtoInternetcables.Comparedtotraditional copperwires,fiberopticcablesare
heavier,lighter,andmore elasticandtake more data.It has neverbeeneasiertomake a telephone
call inside oroutside the country.Withthe use of fiberopticcommunication,youcanquickly
connectand communicate clearlywithbothpartieswithoutabreak.
The use of fiberopticsinthe fieldof decorative lightinghasalsoincreasedinrecentyears.Fiber
opticcablesoffereasy,reasonable,andgorgeoussolutionsforlightingprojects.Asaresult,theyare
2. widelyusedinlightingdecorationsandbrightChristmastrees.Fiberopticcablesare extensively
usedindrug and research.Optical communicationisanimportantpartof non-invasive surgical
procedures,knownasendoscopy.
The use of fiberopticcablesinsignal transmissionhasincreasedexponentiallyinrecentyears.These
cablesare ideal fortransmittingsignalstohighdefinitiontelevisionsbecause of theirhighbandwidth
and speed.Similarly,fiberopticcablesare cheaperthanthe same amountof copperwire.
Fiberopticcablesplayan importantrole inthe lightingandsafetyfeaturesof existingautomobiles.
Theyare widelyusedinlighting,bothinteriorandexteriorof vehicles.Due tospace conservation
and highlightsupplycapacity,fiberopticsare usedinmore and more vehicleseveryday.
Fibre optic cable advantages and disadvantages
Fiberoptictransmissionusingoptical fiberisbecomingmore andmore commoninmodernsociety,
drivenbythe growingdemandforhighbandwidthandhigh-speedconnectivityforvariousindustrial
and residential purposes.Here are some detailsof the advantagesanddisadvantagesof fiberoptic
transmission
Fibre Optic Cable Advantages and Disadvantages - Advantages
Low Power Loss
An optical fiberofferslowpowershortages,allowinglongertransmissiondistances.Comparedto
copper,ina network,the longestdistance of copperis100 meterswhile withfiber,itis2 kilometers.
Faster Speeds
Optical fibercable supportsextremelyhighbandwidthandspeed.The mostimportantadvantage of
optical fibercable isthe informationtransmittedperunit.
Better Reliability
Fiberisprotectedfromtemperature changes,extreme weather,andhumidity,all of whichcan
interfere withcoppercable communication.Also,the fiberdoesnotcarry an electriccurrent,soitis
not botheredbyelectromagneticinterference (EMI) whichcanhinderdatatransmission.
Flexibility
An optical fiberhasmore precise strengththancopperorsteel fibersof the same diameter.Itis
flexible,bendseasily,andresistsmostseriouselementsattackingcoppercable.
Thinnerand Light-weighted
Fiberopticcablesare much thinnerandlighterthanmetal wires.Theyalsotake uplessspace with
cableswiththe same informationcapacity.Lightweightfibermakesiteasytoinstall.Optical fiberis
thinnerandcan be tiedin a smallerdiameterthancopperwires. These comparablecopperwire
cablesare smallerinsize andlighterinweight,offeringabetterfitforareas where space isa
concern.
Security
3. Optical fibersare difficulttotap.Since theydonot activate electromagneticenergy,theycannot
stopthe emission.Because tappingfiberphysicallytakesgreatskillindoingunwantedwork,fiberis
one of the safestmeansof transportingsensitivedata.
Bandwidth
Fiberopticcableshave a muchlarger bandwidththanmetal wires.The mostimportantadvantage of
thisisthe informationtransmittedperunittime fiberonothertransmissionmedia.
Longer Distances
Fiberopticcablescan carry signalsfarbeyondthe 328-foot limitspecifiedforcoppercables.For
example,some 10Gbps single-modefibercablescancarry a signal about25 milesaway.The actual
distance dependsonthe cable type,wavelength,andnetwork.
Cost
Optical fibercable canbe made several milescheaperthanthe equivalentlengthof copperwire.To
compete formarketshare withmanyvendors,the price of optical cable issure to come down.The
raw materialsforglassare much higherthanfor copper.Thismeansthat glasscan be made cheaper
than copper.
Fibre Optic Cable Advantages and Disadvantages - Disadvantages
Althoughthe advantagesof usingfiberoptictransmissionfaroutweighthe disadvantages,its
disadvantagesshouldnotbe underestimated.
Difficultto Splice
Optical fibersare difficulttoseparate andscatteringcauseslightlossinthe fiber.Theyhave alimited
physical arc of cables.If you twistthemtoomuch,theywill break.
Fragility
It ismade of glass,whichismuch more delicate thanelectricalcablessuchascoppercabling.Not
onlythat,but glasscan also be damagedbychemicalssuchas hydrogengasthat can affect
transmission.Due toitsweakness,special care hastobe takenwithlayingfibercable underwater.
Can’t Be Curved
Transmissiononoptical fiberhastobe repeatedatlongintervals.Whenjustafew centimetresof
radiuscurvesare wrapped,the fiberscanbe brokenorthe transmissioncanbe damaged.
Highly Susceptible
Fiberopticcable isa small andcompact cable,andit isextremelysensitive tocutsor damage during
installationorconstructionactivities.Fiberopticcablescan provide greatdatatransmission
capabilities.Therefore,whenfiberopticcablingischosenasthe transmissionmedium, its
maintenance,backup,andsurvival mustbe identified.
Attenuationand Dispersion
4. Withlong-distance transmission,the lightwilldiminishandscatter,whichmeansadditional
componentssuchas EDFA (Erbium-DopedFiberAmplifier- an optical repeaterdevice usedto
amplifyoptical signals) whichare runthrougha fiberopticcommunicationsystem).
Fiberopticcable has bothadvantagesanddisadvantages.However,inthe lengthysprintoptical fiber
will putbackcopper.In today'snetwork,fiberopticcable isbecomingmore popularandwidelyused
than everbefore.
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