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GigaGrade Multimode Fiber 50/125 - j-fiber

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Performance CharacteristicsSpec. Value RangeUnitBandwidth 1Light source: LED, overfilledlaunch assuming8<strong>50</strong>nm 400 7<strong>50</strong> MHz·kma linearrelationship1300nm <strong>50</strong>0 1200 MHz·kmLink Lengths at 1Gb/stransmission 1Light source: 8<strong>50</strong>nm <strong>50</strong>0 7<strong>50</strong> mLaser, restrictedmode launch 1300nmLink Lengths at 10Gb/stransmission 25<strong>50</strong> 2000Light source: 8<strong>50</strong>nm up to 1<strong>50</strong> mLaser, restrictedmode launch1300nmnot specified1For both, bandwidth and link lengths special combinations and valuesare available.2Assured by DMD control (Differential Mode Delay): <strong>Fiber</strong>s shall meetthe respective DMD templates in accordance with the standardTIA/EIA 455-220 or IEC 60793-2-10.Optical CharacteristicsAttenuationCoefficient 3Spec. Value Range Unit8<strong>50</strong>nm 2.2 2.4 dB/km1300nm 0.6 0.7 dB/kmAttenuation at 1383nm(OH-Peak) < 2.0 dB/kmAttenuation Discontinuities(OTDR 1300nm) < 0.05 dBChromatic dispersion Zero dispersionwavelength 0 1295 < 0 < 1340 nmZero dispersion slope, S 0 – from 1295 < 0 < 1310 0.105 ps/nm 2·km− from 1310 < 0 < 1340 0.000375·(1590- ) ps/nm 2·kmMacrobend lossmandrel radius 37.5 mmnumber of turns 100max. at 8<strong>50</strong>nm 0.5 dBmax. at 1300nm 0.5 dBNumerical Aperture 0.200 0.015Effective Group Index ofRefraction8<strong>50</strong>nm 1.4831300nm 1.478mGeometrical CharacteristicsSpec. ValuesUnitCore Diameter <strong>50</strong> 2.5 μmCore Non-Circularity 5.0 %Core/Clad Concentricity Error 1 μmCladding Diameter <strong>125</strong> 1.0 μmCladding Non-Circularity 1.0 %Coating Diameter 1 242 7 μmCoating /Clad Concentricity Error 10 μmStandard Lengths2.2/4.4/6.6/8.8/13.2/17.61Other coating diameters are available upon requestQuality ProcedureAll j-<strong>fiber</strong> <strong>Multimode</strong> <strong>fiber</strong>s comply with or exceed the ITUrecommendation G.651 or the IEC 60793-2-10 Optical <strong>Fiber</strong>Specifications. Each <strong>fiber</strong> is 100% quality measured accordingto IEC 60793. Furthermore, the specific <strong>fiber</strong> is subject toperformance measurements with laser light sources to provideguaranteed link lengths at 1Gb/s transmission rates and DMDcontrol to support applications at 10Gb/s transmission rates.Patented ProcessOptical <strong>fiber</strong>s are manufactured by j-<strong>fiber</strong>'s patented, proprietarytechnology using a MCVD (Modified Chemical VapourDeposition) process. This technology allows us to flexiblyprovide innovative <strong>fiber</strong> designs according to the customer'sown specifications. Our improved patented process results inlow attenuation <strong>fiber</strong> with consistent geometric properties, highstrength, and precise control of each <strong>fiber</strong>'s index of refraction.The <strong>fiber</strong> has a high level of splice compatibility with optical<strong>fiber</strong>s manufactured by other processes.km1Special attenuation values available upon request


Mechanical CharacteristicsSpec. ValuesUnitProof Test 100 kpsi 8.8Dynamic Tensile StrengthUnaged <strong>Fiber</strong> (0.5m)Median Tensile Strength 3.8 GPa15th Percentile Tensile Strength 3.3 GPaAged <strong>Fiber</strong> (0.5m)Median Tensile Strength 3.03 GPa15th Percentile Tensile Strength 2.76 GPaDynamic FatigueStress Corrosion Parameter n d 20Operating Temperature Range-60°C to +85°CCoating Strip Force (typical) 1.9 NEnvironmental CharacteristicsChange of TemperatureAttenuation increase, -60°Cto+85°CDry HeatAttenuation increase, 30 daysat 85°CDamp HeatAttenuation increase, 30 daysat 85°C/85% R.H.Water ImmersionAttenuation increase, 30 daysin 23°C waterSpec. Valuesat 8<strong>50</strong>/1300nm 0.1 0.1 0.1 0.1NUnitdB/kmdB/kmdB/kmdB/kmEnvironmental friendly PackagingThe shipping spool is designed to safeguard j-<strong>fiber</strong> optical <strong>fiber</strong>not only during shipping but also during subsequent handling inthe customer's plant. It features smooth inside surfaces toensure that the <strong>fiber</strong> is wound on and off the reel without therisk of breaking. The reel barrel is isolated via a polyethylenecover. The inside end of the <strong>fiber</strong> can be accessed for variousmeasurements while still on the shipping spool.Each spool carries product information, including <strong>fiber</strong> type,measurement data and peel-off bar coding to assist withinventory control. All reels and transport boxes are designed totake advantage of our recycling program.Coatingj-<strong>fiber</strong> <strong>Multimode</strong> optical <strong>fiber</strong> is protected with our enhancedcoating material that guarantees long-term performance andreliability. The dual layer acrylate material is user friendly andcompatible in all cable constructions, such as tight buffer andloose tube designs with low bending loss. Optimized for<strong>Multimode</strong> <strong>fiber</strong> the coating shows best-in-class lowmicrobending sensitivity. The coating is mechanically strippableand leaves no residue.Coating Diameter Options Standard: 242μm (JFC) Optional: <strong>50</strong>0μm Customized: info@j-<strong>fiber</strong>.comSpool diameterSpool widthSpindleTraverse widthSize9.25"/23.5cm4.21"/10.7cm1"/2.54cm3.75"/9.5cmOrdering InformationTo order <strong>GigaGrade</strong> optical <strong>fiber</strong> please call, fax or email us andspecify the following parameters when ordering:<strong>Fiber</strong> Type:Desired Attenuation,Bandwidth,Link Length at 1Gb/s:<strong>Fiber</strong> Quantity:Other:<strong>GigaGrade</strong> <strong>Multimode</strong> <strong>Fiber</strong><strong>50</strong>/<strong>125</strong>/242μmat 8<strong>50</strong>nm/1300nmkmsdesired ship date,reel length, special requestsAll <strong>fiber</strong>s and preforms are subject to j-<strong>fiber</strong>'s ongoing process andquality improvement programs ensuring excellent performance andhigh reliability. We reserve the right to make changes to the abovespecification without notice.DB-FN-001-06-0513 Issued May 2013Supersedes DB- FN-001-05-1112Copyright 2013© j-<strong>fiber</strong> GmbHOfficially registered facility according to EWG No. 1221/2009

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