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MPO-16 Fiber Optic Cable - MPO to MPO OS2 Singlemode, 16-Fiber Jumper Cord, product detail view 1
MPO-16 Fiber Optic Cable - MPO to MPO OS2 Singlemode, 16-Fiber Jumper Cord, product detail view 2
fiber optic cable SM OS2
PHILISUN fiber optic product detail
PHILISUN fiber optic product detail

MPO-MPO OS2 16F Jumper Cable

MPO-16 OS2 singlemode jumper for 800G QSFP-DD and OSFP DR8 links, with APC polish, Type B polarity, low-loss options and test reports.

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SPECIFICATIONS
Connector AMPOConnector BMPO
Fiber typeG657A1Fiber number16 Fibers
MPO ILStandard loss/low lossPolishingAPC
Connector housing colorYellow/GreenConnector boot typeRound/ribbon/bare fiber
Connctor typeFemale/MaleRL≥60dB（SM）
IL(Typical)0.1/0.2dBIL(Max. value)0.35/0.6dB
Tolerance﹢6cmCable colorYellow
Cable outer diameter3.0/3.5/4.5/5.0mmFlame retardant gradeOFN/OFNR/OFNP
Cable materialLSZH/PVC/TPUFiber loss0.35db@1310nm/0.2dB@1550nm
Fiber brandCorning/YOFCMin.bending radius(long term)20D
Working wavelength1310/1550(SM)Durability≥500 times
Min.bending radius(short term)10DPolarityTYPE B
Operating temperature-10 to 70℃ (14 to 158℉)Storage temperature-40 to 85℃ (-40 to 185℉)

 

PRODUCT PRESENTATION
This 16-fiber MPO to MPO OS2 Singlemode fiber optic cable is specifically engineered for next-generation solutions, specifically supporting 800G QSFP-DD and 800G OSFP DR8 applications. As MPO is an optical fiber connector adopted by IEEE standard for 40G / 100G, product reliability is key. Committed to the production of fiber optical patch cord for 19 years, PHILISUN has built an experienced R & D team. This MPO cable features MPO (Female/Male) connectors with an APC polish (RL ≥60dB), available in low loss (≤0.35dB) options, supporting Type B polarity. The PHILISUN MPO patch cord is 100% tested and passes 3D IEC standard, ensuring high-performance Singlemode fiber connectivity.

 

MPO SERIES PRODUCTS
MPO 16 fiber optic cable MPO to MPO OS2 singlemode 16 fiber jumper cord for mpo series products

 

Production & Testing Equipment
fiber jumper production and testing environment

 

FIBER OPTIC CABLE STRUCTURE
MPO 16 fiber optic cable MPO to MPO OS2 singlemode 16 fiber jumper cord for cable structure diagram mpo jumpers

 

PERFORMANCE PARAMETER
Technical Performance
Ferrule typeInsertion lossReturn loss
TypicalMaximum
SM standard loss0.20dB≤0.75dB≥ 60dB （APC 8°）
SM low loss0.10dB≤0.35dB
MM standard loss0.20dB≤0.6dB≥ 20dB
MM low loss0.10dB≤0.35dB
MT Ferrule Options
Fiber modePerformanceFiber count
Single modeStandard loss12 (1x12)
24 (2x12)
Low loss12 (1x12)
MultimodeStandard loss12 (1x12)
16 (1x16)
24 (2x12)
32 (2x16)
Low loss12 (1x12)
24 (2x12)
Cable Parameter
ItemsSpecifications
Fiber Count24681224
FiberDiameter250±15μm
ColorBlue/Orange/Green/Brown/Gray/White/Red/Black/Yellow/Purple/Pink/Aqua
Strength MemberAramid Yarn
Outer JacketDiameter3.0±0.2mm
MaterialPVC /LSZH
ColorBlue/Orange/Green/Brown/Gray/White/Red/Black/Yellow/Purple/Pink/Aqua
Mechanical Performance
ItemsSpecifications
Fiber Count24681224
Tensile Strength (Long Term) / N80
Tensile Strength (Short Term)/ N150
Crush Resistance (Long Term) / N/10cm150100
Crush Resistance (Long Term) / N/10cm500
Min. Bend Radius (Dynamic) / mm20D
Min. Bend Radius (Static)/ mm10D
Operating Temperature/℃-20～+60
Storage Temperature/℃-20～+60
SM Fiber Parameter
ItemsUnitG.652DG.657A1G.657A2
Mode Field Diameter1310nmμm9.1±0.48.8±0.48.8±0.4
1550nmμm10.4±0.59.8±0.59.8±0.5
Cladding Diameterμm125±1125±0.7125±0.7
Cladding Non-Circularity%≤1≤0.7≤0.7
Core-Cladding Concentricity Errorμm≤0.6≤0.5≤0.5
Coating Diameterμm245±7245±5245±5
Coating Non-Circularity%≤6.0≤6.0≤6.0
Cladding-Coating Concentricity Errorμm≤12.0≤12.0≤12.0
Cable Cutoff Wavelengthnmλcc≤1260λcc≤1260λcc≤1260
Cable Attenuation Coefficient1310nmdB/km≤0.4≤0.4≤0.4
1550nmdB/km≤0.3≤0.3≤0.3
MM Fiber Parameter
Itemsunit62.5/12550/125OM3-150OM3-300OM4
Core Diameterμm62.5±2.550±2.550±2.550±2.550±2.5
Cladding Diameterμm125±1.0125±1.0125±1.0125±1.0125±1.0
Core Non-Circularity%≤5.0≤5.0≤5.0≤5.0≤5.0
Cladding Non-Circularity%≤1.0≤1.0≤1.0≤1.0≤1.0
Core-Cladding Concentricity Errorμm≤1.5≤1.5≤1.0≤1.0≤1.0
Coating Diameterμm245±7245±7245±7245±7245±7
Coating Non-Circularity%≤6.0≤6.0≤6.0≤6.0≤6.0
Cladding-Coating Concentricity Errorμm≤12.0≤12.0≤12.0≤12.0≤12.0
OFL Bandwidth850nmMHz·km≥160≥500≥700≥1500≥3500
1300nmMHz·km≥500≥500≥500≥500≥500
Cable Attenuation Coefficient850nmdB/km≤3.0≤3.0≤3.0≤3.0≤3.0
1300nmdB/km≤1.0≤1.0≤1.0≤1.0≤1.0

 

Product Certification
certification and compliance module 跳线

 

Quality Advantage
quality comparison 跳线

 

CONFIGURATION INFORMATION
MPO Jumpers产品详情订购信息

MPO-16 OS2 Jumper Cable for 800G DR8 Links

This MPO-16 OS2 jumper cable is built for 800G QSFP-DD and 800G OSFP DR8 links where single-mode fiber, APC polish and stable polarity are critical to the link budget.

  • Use MPO-16 when the transceiver, switch port or optics specification requires 16-fiber lane mapping.
  • Select OS2 single-mode fiber and APC polish for DR8-style optical links and strong return-loss control.
  • Confirm female or male connector gender and Type B polarity before matching the jumper to the port or panel.
  • Request low-loss test data, 3D geometry checks, end-face inspection and route labels for deployment records.

Related planning pages: SM OS2 MPO jumper cable series, 800G QSFP-DD transceivers, ConnectX-8 800G cabling guide, MPO cable assemblies and contact PHILISUN.

MPO-16 OS2 Jumper Cable for 800G DR8 Links FAQ

What is this MPO-16 OS2 jumper used for?

It is used for 800G QSFP-DD and OSFP DR8 single-mode links that require MPO-16 connectivity, APC polish and controlled polarity.

Why use OS2 single-mode fiber for 800G DR8?

DR8-style links use parallel single-mode lanes, so OS2 fiber helps support the required reach and insertion-loss budget when paired with compatible optics.

Is Type B polarity always required?

No. Type B is common for many parallel-optics channels, but the final polarity must match the transceiver, panel and complete link design.

Can this jumper be ordered with female or male MPO connectors?

Yes. Connector gender should be selected to match the transceiver interface, adapter or patch panel used in the installed channel.

What test reports should be requested?

Request insertion loss, return loss, polarity, 3D geometry and end-face inspection records, especially for 800G links with tight optical budgets.

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