fiber optic cables fibrain

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2 fiber optic cables fibrain content Information Application FOC Parameters Low Loss SM/MM Bendsafe Fiber and Cables Information Fiber Identification Page Page Page 6 Page 7 Page 8 Page 9 Page 0 DATACOM Furcation tube FSMX Buffer BFR Simplex SMX Duplex ZIP LDC LBR DC-PRIM DC-DRIM EXO-CU EXO-C0 EXO-CI EXO-GU EXO-G0 EXO-GI BDC-MSA Page 6 Page 7 Page 8 Page 9 Page Page Page Page Page Page 6 Page 7 Page 8 Page 9 Page 0 Page Page 6 FTTH VC-D0 VC-D0 VC-D0 VC-DCY Resibend Cables VC-D0 Resibend VC-D0 Resibend Plus Easy Section Module Cables VC-D0 Easy Section Module VC-D0 Easy Section Module DC-PRIM EAC-RAs EAC-RAm DAC-BURRY VC-T60 Aero-DF0 Page Page Page 6 Page 7 Page 8 Page 9 Page 0 Page Page Page Page Page Page 6 Page 7 Page 8 Page 9 Page 0

3 fiber optic cables fibrain content MICRODUCT MK-AX MK-DX// MK-LX MK-LXS6/7/8 MK-LXS9/0 MK-LX6 MK-LX7 MK-LX8 MK-LX9 MK-LX Page Page Page Page Page 6 Page 7 Page 8 Page 9 Page 60 Page 6 Page 6 Telecom Duct BDC-MSA BDC-MIB BDC-C0 BDC-CI BDC-CK DDC-SI DDC-CI Page 6 Page 6 Page 6 Page 66 Page 67 Page 68 Page 69 Page 70 6 Telecom Aerial Aero-DF0 Aero-AS0.0 mm Aero-AS0.0 mm Aero-AS0. mm Aero-AS0.0 mm Aero-AS0. mm Aero-AS06.0 mm Aero-AS06. mm Aero-AS09. mm Aero-AS. mm Aero-AS. mm Page 7 Page 7 Page 7 Page 7 Page 7 Page 76 Page 77 Page 78 Page 79 Page 80 Page 8 Page 8 7 Special Cable Designs FTTA-DAC BDC-CIP. mm BDC-CIP 0. mm H0V-U BDC-CIP 0.7 mm H0V-U BDC-CIP.00 mm H0V-U BDC-DIP.0 mm H07V-U BDC-DIP.0 mm H0V-U BDC-DID 0.80 mm Page 8 Page 8 Page 8 Page 86 Page 87 Page 88 Page 89 Page 90 Page 9 8

4 Information

5 symbols Mechanical features Basic Rodent Protection Flexible Direct buried High Rodent Protection Rodent Protection Extreme Blowing installation Last mile connection outdoor Aerial Hi-crush Duct Microduct Generation ETR Optimal Diameter Branch of business Industrial Ship and offshore Datacom Mining Military Oil resistance Robotic Windfarms Datacenter Telecom FTTH FTTA Design features Semi-tight Easy-strip LSOH Compact design Flexible Bendsafe Multifiber connectors termination Low Friction Easy to terminate Hybrid FO + Power Last mile connection indoor symbols

6 Fiber type ITU-IT FOC parameters G.6D G.6D LL G.6 A,B,C,D G.66 A,B,C,D G.67A G.67A G.67B (A) G.67B Plus Standard single mode telecommunication fiber with zero water-peak attenuation Premium single mode fiber low loss with zero water-peak and lower attenuation in whole bandwidth Long distance single mode fiber with non-zero dispersion shifted (NZDSF) for CWDM and DWDM system 0G and future 0G or 00G Long distance single mode fiber with non-zero dispersion shifted (NZDSF) for CWDM and DWDM system 0G and future 0G or 00G Bend insensitive fiber fully compatible with G.6D standard, bend radius 0- mm Bend insensitive fiber fully compatible with G.6D standard, bend radius 7. mm Bend insensitive fiber fully compatible with G.6D standard, bend radius mm Bend insensitive fiber, non-compatible with G.6D standard, for connectorization application, bend radius. mm single-mode fiber types Maximum attenuation for uncabled fibers IL [db/km] 0 nm 8 nm 0 nm 0 nm 90 nm 0 nm 6 nm FOC Parameters Fiber types and applications Tight 900 μm fiber Possibility to remove the 900 μm coat at the distance of - cm Semi-tight 900 μm fiber Possibility to remove the 900 μm coat at the distance of 0-0 cm Easy strip 900 μm fiber Possibility to remove the 900 μm coat at the distance of 00-0 cm Available bend radius BEND RADIUS 7. mm BEND RADIUS mm BEND RADIUS 0 mm BEND RADIUS 0 mm Fiber type ITU-T 6./ OM 0/ OM Bend Insensitive 0/ OM Bend Insensitive 0/ OM Bend Insensitive Overfilled modal bandwidth [MHz/km] 80 nm nm Fiber Capacity [m] GBase-SR 0GBase-SR multimode fiber types 0GBASE- SR/ 00GBASE- SR0 Attenuation [db/km] 80 nm 00 nm Bending loss turns [db] Bending loss 0 turns [db] Radius = 7. mm Radius = mm Radius = 0 mm 80 nm 00 nm 80 nm 00 nm 80 nm 00 nm * * * Maximum cabled fiber attenuation.0 db/km at 80 nm, maximum total connector loss of.0 db and VCSELs maximum RMS spectral width of 0.9 nm (according to IEEE 0GbE model: 6a.xls). BEND RADIUS 0 mm BEND RADIUS 60 mm G.6D G.6D LL Mandrel R=0 mm 00 turns 0/6 nm 0.0 db Mandrel R=0 mm 00 turns 0/6 nm 0.0 db Mandrel R=0 mm 00 turns G.6 A.B.C.D 0/6 nm 0.0dB Mandrel R=0 mm 00 turns G.66 A.B.C.D 0/6 nm 0.0 db G.67A G.67A G.67B (A) G.67B Plus Bending loss Mandrel R= mm 0/0 nm 00 turns 0.0 db Mandrel R= mm 0/0 nm 00 turns 0.0 db Mandrel R= mm 0/6 nm turn 0. db Mandrel R= mm 0/6 nm turn 0. db Mandrel R= mm 0 turns Mandrel R=0 mm turn 0 nm 0nm 0.0 db. 6 nm 0.0 db 0.0 db. 6 nm.0 db Mandrel R= mm 0 turns Mandrel R=0 mm turn 0 nm 0.0 db. 6nm 0.0 db 0 nm 0.0 db. 6 nm 0.dB; Mandrel R=0 mm turn Mandrel R=7. mm turn 0 nm 0 nm 0.0 db. 6 nm 0.0 db 0.0 db. 6 nm 0. db Mandrel R= mm turn Mandrel R=. mm turn 0 nm 0 nm 0.0 db. 6nm 0.0 db 0.0 db. 6 nm 0.0dB Mandrel R= mm 0 turn 0 nm 0. db 6 nm.0 db Mandrel R= mm 0 turn 0 0. db 6 nm.0 db Mandrel R=7. mm turn 0 nm 0.0 db. 6 nm.0 db Mandrel R= mm turn 0 nm 0.0 db. 6 nm 0.0 db

7 low loss fibers Low Loss At present, low loss and pure quartz optic fibers with max. 0.7 db/km attenuation at 0 nm wavelength and max. 0. db/km at 0 nm wavelength are ready for use. Low loss and pure quartz optic fibers have at least 0.0 db/km lower spectral attenuation in comparison to the standard ones G.6D. In such fibers, the retention of flat spectral characteristics within the transmission windows provide the possibility of achieving substantially smaller deviations of attenuation: 0 nm (+ 0 nm / - nm) wavelength max. deviation is 0.0 db/km 0 nm ( + nm / - nm) wavelength max. deviation is 0.0 db/km with the retention of 6 nm attenuation 0.0 db/km. The chromatic dispersion complies with ITU-T G.6 and the polarizing at the level of 0.0 ps/ km of these fibers provides the possibility of using such fibers in high- speed systems e.g. transmission of 0 GBit/s or even higher. Low loss fibers which are obtained in the pure quartz technology can work properly in telecommunication networks at the distance of even thousand kilometers far, which significantly limits the number of necessary amplifiers and repeaters in a fiber optic connection. Attenuation / Wavelength Attenuation [db/km] G.6.D G.6.D LL G.67.A G.6.D G.6.D LL G.67.A G.6.D G.6.D LL G.67.A G.6.D G.6.D LL G.67.A G.6.D G.6.D LL G.67.A low loss Introduction 7

8 low loss fibers Low Loss Performance Specifications Parameter Value Attenuation [db/km] 0 nm 8 ± nm 90 nm 0 nm 6 nm Attenuation Difference [db/km] The attenuation from λ [nm] to λ [nm] shall not exceed the attenuation at λ [nm] by more than Δ Point Discontinuity [db] nm and 0 nm 0.0 Optical Return Loss [db] Absolute value at all points along the fiber 60 λ 8 λ 0 7 λ 0 0 Δ Attenuation with Bending [db] Turns mm nm db Cable Cutoff Wavelength [nm] 60 Mode Field Diameter [µm] 0 nm 9.±0. 0 nm 0.±0. Dispersion [ps/(nm km)] 0 nm nm.0 Zero Dispersion Wavelength - λo [nm] 0 to Zero Dispersion Slope - So [ps/(nm km)] 0.09 Polarization Mode Dispersion (ps/ km) Individual fiber 0. Link value 0.0 Environmental / Attenuation Effects (db/km) 0 / 0 / 6 nm Temperature Dependence ( 60 C to +8 C) 0.0 Temperature-Humidity Cycling (-0 C to +8 C with humidity cycling up to 98% RH) 0.0 Dry Heat Soak (8± C) 0.0 Water Immersion (± C) 0.0 Damp Heat Soak (8± C, 8% RH, 0 Days) 0.0 Fiber Curl 0.0 Deflection for 0 mm overhang (µm). Corresponding radius of curvature (meters).0 Minimum Strength (by Proof Test) 0.69 GPa (00 kpsi) Operating Temperature Range -60 C to +8 C 8 foc low loss fibers

9 BENDSAFE FIBERS SM/MM SM/MM Available bend radius BEND RADIUS 7. mm BEND RADIUS 0 mm BEND RADIUS mm BEND RADIUS 0 mm BEND RADIUS 0 mm BEND RADIUS 60 mm G.67B,B G.67B G.6A,A G.6D Bendsafe SM Bend radius , G.6D G.6D LL G.6 - A.B.C.D G.66 - A.B.C.D G.67A G.67A G.67B (A) G.67B Plus 0.0dB 0.0dB 0.dB.00dB 0.0dB 0.0dB.00dB 0.dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.00dB 0.0dB 0.0dB 0.0dB 0.dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB Max. attenuation for wavelength 0 nm 6 nm/both [db] Bendsafe MM Bend radius / OM Bend Insensitive 0.0dB 0.0dB 0.0dB 0.0dB 0/ OM Bend Insensitive 0.0dB 0.0dB 0.0dB 0.0dB 0/ OM Bend Insensitive 0.0dB 0.0dB 0.0dB 0.0dB Bending loss for wavelength 80nm 00nm/both [db] 7, FOC sm/mm bendsafe fibers 9

10 fiber and cables information FOC Fiber and cables Information Post-production fiber parameters Tight buffer vs. Loose tube Type Attenuation [db/km] Tight buffer Loose tube Low Loss (LL) mm Telecom Standard µm Datacom Tube Gel 900 µm outer coating 0 µm coating Stripping Core µm coating Tight buffer Tight 900 μm fiber Possibility to remove the 900 μm coat at the distance of - cm Semi-tight Semi-tight 900 μm fiber Possibility to remove the 900 μm coat at the distance of 0-0 cm Easy strip Easy strip 900 μm fiber Possibility to remove the 900 μm coat at the distance of 00-0 cm. 0 foc fiber and cables information

11 fiber identification FOC telecom Fiber color codes in Loose tube cable design Other colors available on demand T-Telecom (according to IEC 600) Color red green blue white violet orange grey yellow brown pink black aqua Color red green blue white violet orange grey yellow brown pink natural aqua *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm T-TELecom (according to IEC 600 Table & ZN-/TPSA-00-0) Color red blue white green violet orange grey yellow brown pink black aqua Color red blue white green violet orange grey yellow brown pink natural aqua *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm T-TELecom (according to EIA 98A) Color blue orange green brown grey white red black yellow violet pink aqua Color blue orange green brown grey white red natural yellow violet pink aqua *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm FOC fiber color codes

12 fiber in Loose tube color codes FOC telecom Loose tube color codes in Loose tube cable design Other colors available on demand t-telecom - Loose tube in cable (according to iec600): Tube Color red green blue white violet orange grey yellow brown pink black aqua **In cable with a multi-layer construction color of the tubes will be repeated in second layer ***In case of lower fiber count some tubes can be replaced by fillers t-telecom - Loose tube in cable (according to IEC 600 Table & ZN-/TPSA-00-0) Tube Color red blue white green violet orange grey yellow brown pink black aqua 9 **In cable with a multi-layer construction color of the tubes will be repeated in second layer ***In case of lower fiber count some tubes can be replaced by fillers t-telecom - Loose tube in cable (according to EIA 98A) Tube Color blue orange green brown grey white red black yellow violet pink aqua 9 **In cable with a multi-layer construction color of the tubes will be repeated in second layer ***In case of lower fiber count some tubes can be replaced by fillers t-telecom - Loose tube in cable according to IEC 600) Tube Color red green blue white violet orange grey yellow brown pink black aqua **In cable with a multi-layer construction color of the tubes will be repeated in second layer ***In case of lower fiber count some tubes can be replaced by fillers luminous red patina green signal blue E-telecom - Loose tube in cable (according to EIA 98A) Tube Color red green white white white white white white white white white white **In cable with a multi-layer construction color of the tubes will be repeated in second layer ***In case of lower fiber count some tubes can be replaced by fillers foc fiber color codes

13 FOC fiber color codes datacom Fiber, buffer and tubes color codes for Datacom cables range Other colors available on demand D-DATACOM (according TO DIN VDE 0888 & IEC 600) Fiber in buffer Fiber Buffer Color 0/900/600 µm red green blue yellow white grey brown violet aqua black orange pink Fiber Buffer Color 0 µm Color* 600/900 µm red green blue yellow white grey brown violet aqua natural orange pink red green blue yellow white grey brown violet brown dark green orange pink *Buffer with black mark to identifiy fibers - in tubes Color red green blue yellow white grey brown violet aqua black orange pink Color red green blue yellow white grey brown violet aqua dark green orange pink *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm Loose tubes in cables Tube Color red green blue white violet orange grey yellow brown pink black aqua **In cable with a multi-layer construction color of the tubes will be repeated in second layer ***In case of lower fiber count some tubes can be replaced by fillers FOC fiber color codes

14 FOC fiber color codes datacom Fiber and buffer color codes for datacom cables range Other colors available on demand D-DATACOM (according to IEC 600 ; TIA/EIA 98-A ; TIA/EIA 98-C /Data Center cables) Fiber in buffer Fiber Buffer Color 0/900/600 µm blue orange green brown grey white red natural yellow violet pink aqua Fiber Color 0 µm Color* 600/900 µm blue orange green brown grey white red natural yellow violet pink aqua blue orange green brown grey white red dark green yellow violet pink aqua *Buffer with black mark to identifiy fibers - in tubes Color blue orange green brown grey white red yellow yellow violet pink aqua Color blue orange green brown grey white red natural yellow violet pink aqua *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm Loose tubes in cables Tube Color red green blue white violet orange grey yellow brown pink black aqua 0 **In cable with a multi-layer construction color of the tubes will be repeated in second layer ***In case of lower fiber count some tubes can be replaced by fillers foc fiber color codes

15 FOC fiber color codes ftth Fiber and buffer color codes for FTTH cables range Other colors available on demand F-FTTH (according to DIN VDE 0888 & IEC 600) Fiber Buffer Color 0 µm Color 600/900 µm red blue green yellow violet white orange grey brown black aqua pink red blue green yellow violet white orange grey brown black aqua pink Fiber Color 0 µm Color* 600/900 µm red blue green yellow violet white orange grey brown black aqua pink red blue green yellow violet white orange grey brown dark green aqua pink *Buffer with black mark to identifiy fibers - FOC fiber color codes

16 FIBRAIN COATINGS Industrial Mining Oil resistance Ship and offshore Military Robotic Windfarms Datacenter Telecom Physical properties of coatings PE polyethylene LSOH PVC polyvinyl chloride PUR polyurethane PA polyamide NBR nitrile rubber Mechanical resistance Mechanical resistance Mechanical resistance Mechanical resistance Mechanical resistance Mechanical resistance Temperature resistance Temperature resistance Temperature resistance Temperature resistance Temperature resistance Temperature resistance Chemical resistance Chemical resistance Chemical resistance Chemical resistance Chemical resistance Chemical resistance

17 furcation tube fsmx Furcation datacom tube FSMX mm. LSOH outer jacket. Aramid yarns. Central Tube 900 μm TRUE COLORS Flexible Easy to terminate Bendsafe nominal ± % FSMX Nominal weight ± % Max. installation tension (ε=0. %) [N] [N/0 cm] FSMX.8.8/0.9/ FSMX.8.8/0.9/ Distribution systems cable For patchcords and pigtails Terminals connection Jacket colors Standard Yellow RAL 0 White RAL 900 Blue RAL 0 Orange RAL 00 Aqua RAL 607 Violet RAL 00 LSOH with low coefficient of friction Aramid yarns Central tube 900 µm Color codes Low-radius bending resistance SM D-DATACOM (according TO DIN VDE 0888 & IEC 600) - & Buffers 0 mm G.6D Fiber Buffer Color 900 µm red green blue yellow white grey brown violet aqua black orange pink bend radius mm 7. mm G.67A G.67A C -0 C -00 datacom furcation tube fsmx 7

18 Buffer bfr Buffer datacom BFR mm. Outer Tight Buffer Tube 600/900 µm (LSOH). Colored coating on fiber 0 µm. Optical Fiber with cladding µm TRUE COLORS Flexible Easy to terminate Semi-tight Easy-strip Bendsafe Fiber qty BFR nominal ± % Max. installation tension ± % [N] F 0.6 F 0.9 [N/0cm] 00 Distribution systems cable For patchcords and pigtails Terminals connections Available outer jacket colors Buffer made of LSOH with low coefficient of friction 0 µm fiber SM G.6D Yellow RAL 0 SM G.67 A / A / A White RAL 900 MM 6./ OM Blue RAL 0 MM 0/ OM Orange RAL 00 MM 0/ OM Aqua RAL 607 MM 0/ OM Violet RAL 00 Variants with different stripability Stripping Fiber qty Stripping Color codes F F Stripping - length in one piece [cm] TB00 / TB0 / TB0 - / 0-0 / 00-0 D-DATACOM (according TO DIN VDE 0888 & IEC 600) - & Buffers Fiber Buffer C -0 C -00 Color 0/600/900 µm red green blue yellow white grey brown violet aqua black orange pink 8 datacom buffer bfr cables

19 simplex smx cable Simplex datacom SMX. -.8 mm. LSOH outer jacket. Aramid yarns. Central tight buffer Tube 600/900 μm TRUE COLORS Flexible Easy to terminate Semi-tight Easy-strip Bendsafe Fiber qty smx nominal ± % Max. installation tension (ε=0. %) [N] [N/0 cm] F F F F F Distribution systems cable For patchcords and pigtails Terminals connection Jacket colors Standard LSOH with low coefficient of friction Aramid yarns Central tight buffer tube 600/900 µm 0 µm colored fiber Low-radius bending resistance SM Yellow RAL 0 White RAL 900 Blue RAL 0 Orange RAL 00 Aqua RAL 607 Violet RAL 00 0 mm G.6D Color codes D-DATACOM (according TO DIN VDE 0888 & IEC 600) - & Buffers bend radius mm 7. mm G.67A G.67A Fiber Buffer Color 0/600/900 µm red green blue yellow white grey brown violet aqua black orange pink C -0 C -00 datacom simplex smx cables 9

20 DATACOM CABLES Selection of tubes and cables colors Other colors available on demand TRUE COLORS orange green grey brown red violet yellow pink black aqua

21 duplex zip cables Duplex datacom Zip Cables mm. LSOH outer jacket. Aramid yarns. Central tight buffer Tube 600/900 µm with colored fibers 0 µm TRUE COLORS LSOH Bendsafe Easy to terminate Easy-strip Semi-tight Jacket colors Standard Fiber qty ZIP Dimensions nominal ± % Max. installation tension (ε=0. %) [N] [N/0 cm] F.6 x F.8 x F.0 x F.8 x Distribution systems cable Patchcords and pigtails Terminals connection Structure and composition LSOH with low coefficient of friction Aramid yarns 0 µm colored fibers SM G.6D Yellow RAL 0 SM G.67 A / A / A White RAL 900 MM 6,/ OM Blue RAL 0 MM 0/ OM Orange RAL 00 SM low-radius bending resistance 0 mm G.6D MM 0/ OM Aqua RAL 607 MM 0/ OM Violet RAL 00 bend radius mm 7. mm G.67A G.67A C -0 C -00 datacom DUPLEX ZIP CABLES

22 datacom LDC LDC. Outer jacket LSOH UV Stabilized. Tight Tubes 900 µm (LSOH) with colored fibers 0 µm. Aramid yarns TRUE COLORS LSOH Bendsafe Easy to terminate Easy-strip Semi-tight Datacenter Tight buffers [pcs] ± % LDC Nominal weight LSOH ± % F. F.0 6 6F 6. 0 Max. tensile load [N] installation operation 00 [N/0 cm] Indoor/outdoor installations Distribution networks in multifamily buildings FTTD Connections Distribution systems Fully dielectric 8F 8. 0F F LAN and FTTX network ODF connection Datacenter distribution 6F F Jacket colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) - & Buffers Fiber Buffer Color 0/600/900 red green blue yellow white grey brown violet aqua black orange pink µm Compact design Lightweight Flexible Easy to strip Fully dielectric Reduced diameter Direct connectorization Fiber +00 Color 0 µm Color* 600/900 µm red green blue yellow white grey brown violet aqua natural orange pink red green blue yellow white grey brown violet brown *Buffer with black mark to identifiy fibers - dark green orange pink - C -0 C -00 datacom LDC

23 datacom LBR. Outer jacket LSOH UV Stabilized. Subcables.8 mm with tight tubes 900 µm (LSOH) with 0 µm colored fibers. Aramid yarns. Central FRP strength member. Ripcord LBR TRUE COLORS LSOH Bendsafe Easy to terminate Easy-strip Semi-tight Datacenter Fiber qty ± % LBR Nominal weight LSOH ± % Max. tensile load [N] installation operation F F F F F F [N/0 cm] 000 Indoor/outdoor installations Distribution networks in multifamily buildings FTTD Connections Distribution systems Fully dielectric LAN and FTTX network ODF connection Datacenter distribution F Standard jacket colors: PE Black RAL900 LSOH Grey RAL70 LSOH Light Grey RAL707 Simplex sub cable up to fibers Fully dielectric cable Aramid yarns as tensile elements UV Resistant and LSOH flame retardant outer jacket Outer jacket color options: C SM G.6D RAL 0 SM G67A, A, A RAL 900 MM 0/ OM RAL 00 MM 0/ OM RAL607 MM 0/ OM RAL00-0 C -00 datacom LBR

24 datacom DC-PRIM DC-PRIM. LSOH outer jacket. Aramid yarns. 0 µm optical fibers TRUE COLORS LSOH Bendsafe Easy to terminate Datacenter DC-PRIM No. of fibers Outer diameter (±%).0. Max tensile load (ε=0.%) [N] 0 0 Weight (±0%) 8 9 [N/0 cm] 0 Min. bend radius (depends on fiber type) 60 (depends on fiber type) Outer jacket color options: Optical cable with aramid yarns reinforcement Customer connection, fully dielectric cable MTP/MPO termination cable LAN and FTTX networks Distribution network Inside house OLT connection Data Center connections cable Ivory RAL 0 Yellow RAL 0 White RAL 900 Blue RAL 0 Orange RAL 00 Green RAL 608 Aqua RAL 607 Violet RAL 00 Aramid strength element 0 µm optical fibers (-) LSOH outer jacket Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) Fiber Color red green blue yellow white grey brown violet aqua black orange pink Fiber - C -0 C Color* red green blue yellow white grey brown violet brown dark green orange pink *Fiber with black mark to identify fibers datacom DC-PRIM

25 datacom DC-DRIM DC-DRIM. LSOH outer jacket. Aramid yarns. LSOH inner jacket. Aramid yarns. 0 µm optical fibers TRUE COLORS LSOH Bendsafe Easy to terminate Datacenter DC-DRIM No. of fibers Outer diameter (±%)..0 Max tensile load (ε=0.%) [N] Weight (±0%) 8 9 [N/0cm] 00 Min. bend radius 6 (depends on fiber type) 7 (depends on fiber type) Outer jacket color options: Optical cable with aramid yarns reinforcement Customer connection, fully dielectric cable MTP/MPO termination cable LAN and FTTX networks Distribution network Inside house OLT connection Data Center connections cable Ivory RAL 0 Yellow RAL 0 White RAL 900 Blue RAL 0 Orange RAL 00 Green RAL 608 Aqua RAL 607 Violet RAL 00 Aramid strength element in two layers 0 µm optical fibers (-) LSOH double jacket Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) Fiber Color red green blue yellow white grey brown violet aqua black orange pink Fiber C -0 C Color* red green blue yellow white grey brown violet brown *Fiber with black mark to identify fibers - dark green orange pink -00 datacom DC-DRIM

26 datacom exo-cu cables EXO-CU Cables Loose tube Datacom ETR Compact design LSOH Basic Rodent Protection. LSOH outer jacket. Central Loose tube (PBT) with colored fibers in filling compound. Optical fibers. Fiberglass yarns. Ripcord LSOH Jacket Exo-CU Fiber qty Nominal weight ± % LSOH ± % T x F 6. 7 T x F T x 6F T x 8F T x F 6.8 Max. tensile load [N] installation 00 (ε=0,%) 600 (ε=0,%) operation [N/0 cm] Fully dielectric cable Basic rodent protection LAN and FTTX networks Distribution network ODF connections T x F 7. 6 Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) Color red green blue yellow white grey brown violet aqua black orange pink Fiberglass strength element Optical fibers Loose tube with filling compound Loose tube (PBT) Fiberglass as water absorbent and strain relief element LSOH outer jacket Color red green blue yellow white grey brown violet aqua Jacket colors Standard dark green *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm orange pink Fiber identification C -0 C 6 7 PE Black RAL 900 LSOH Grey RAL 70 LSOH Light Grey RAL Optional SM G.6D RAL 0 SM G67 A, A, A RAL 900 MM 0/0 OM RAL 00 MM 0/0 OM RAL607 MM 0/0 OM RAL00 6 datacom exo-cu cables

27 exo-c0 cables EXO-C0 datacom Cables Loose tube Datacom ETR Compact design LSOH Basic Rodent Protection. LSOH outer jacket. Central Loose tube (PBT) with colored fibers in filling compound. Optical fibers. Fiberglass yarns. Ripcord LSOH Jacket Fiber qty ± % Exo-C0 Nominal weight LSOH ± % T x F 6.8 T x F 7. Max. tensile load [N] installation operation [N/0 cm] Fully dielectric cable Basic rodent protection LAN and FTTX networks Distribution network Tx 6F T x 8F T x F (ε=0,%) 900 (ε=0,%) ODF connections T x 6F T x F 7. 6 Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) Fiberglass strength element Optical fibers Loose tube with filling compound Loose tube (PBT) Fiberglass as water absorbent and strain relief element LSOH outer jacket Color red green blue yellow white grey brown violet aqua black orange pink Color red green blue yellow white grey brown violet aqua Jacket colors Standard dark green *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm orange pink Fiber identification C -0 C PE Black RAL 900 LSOH Grey RAL 70 LSOH Light Grey RAL Optional SM G.6D RAL 0 SM G67 A, A, A RAL 900 MM 0/0 OM RAL 00 MM 0/0 OM RAL607 MM 0/0 OM RAL00 datacom exo-c0 Cables 7

28 exo-ci cables EXO-CI datacom Cables Loose tube Datacom ETR Compact design LSOH Basic Rodent Protection. LSOH outer jacket. Central Loose tube (PBT) with colored fibers in filling compound. Optical fibers. Fiberglass yarns. Ripcord LSOH Jacket Fiber qty ± % Exo-CI Nominal weight LSOH ± % T x F 7. T x F 7. Max. tensile load [N] installation operation [N/0 cm] Fully dielectric cable Basic rodent protection LAN and FTTX networks Distribution network Tx 6F T x 8F T x F (ε=0,%) 700 (ε=0,%) ODF connections T x 6F T x F Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) Color red green blue yellow white grey brown violet aqua black orange pink Fiberglass strength element Optical fibers Loose tube with filling compound Loose tube (PBT) Fiberglass as water absorbent and strain relief element LSOH outer jacket Color red green blue yellow white grey brown violet aqua Jacket colors Standard dark green *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm orange pink Fiber identification C -0 C PE Black RAL 900 LSOH Grey RAL 70 LSOH Light Grey RAL Optional SM G.6D RAL 0 SM G67 A, A, A RAL 900 MM 0/0 OM RAL 00 MM 0/0 OM RAL607 MM 0/0 OM RAL00 8 datacom exo-ci CABLES

29 exo-gu cables EXO-GU datacom Cables Loose tube Datacom ETR Compact design LSOH Basic Rodent Protection. LSOH outer jacket. Central Loose tube (PBT) with colored fibers in filling compound. Optical fibers. Fiberglass yarns. Ripcord LSOH Jacket Fiber qty per tube ± % Exo-GU Nominal weight LSOH ± % T x F.8 T x F.8 T x 6F T x 8F T x F.8 T x 6F T x 8F T x F.8 6 Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) - Max. tensile load [N] installation 00 (ε=0,%) 00 (ε=0,%) operation [N/0 cm] Fully dielectric cable Basic rodent protection LAN and FTTX networks Distribution network ODF connections Central Loose tube (PBT) with filling compound Optical fibers Fiberglass as water absorbent and strain relief element LSOH outer jacket Color red green blue yellow white grey brown violet aqua black orange pink Color red green blue yellow white grey brown violet aqua dark green orange pink *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm; C Jacket colors Fiber identification -0 C Standard PE Black RAL 900 LSOH Grey RAL 70 LSOH Light Grey RAL Optional SM G.6D RAL 0 SM G67 A, A, A RAL 900 MM 0/0 OM RAL 00 MM 0/0 OM RAL 607 MM 0/0 OM RAL 00 datacom exo-gu Cables 9

30 exo-g0 cables EXO-G0 datacom Cables Loose tube Datacom ETR Compact design LSOH Basic Rodent Protection. LSOH outer jacket. Central Loose tube (PBT) with colored fibers in filling compound. Optical fibers. Fiberglass yarns. Ripcord LSOH Jacket Fiber qty per tube ± % Nominal weight LSOH ± % T x F.9 7 Exo-G0 Max. tensile load [N] installation operation [N/0 cm] Fully dielectric cable Basic rodent protection LAN and FTTX networks Distribution network T x F.9 7 ODF connections T x 6F T x 8F T x F.9 8 T x 6F T x 8F T x F.9 0 Available colors 00 (ε=0,%) 00 (ε=0,%) Central Loose tube (PBT) with filling compound Optical fibers Fiberglass as water absorbent and strain relief element LSOH outer jacket D-DATACOM (according TO DIN VDE 0888 & IEC 600) Color red green blue yellow white grey brown violet aqua black orange pink Color red green blue yellow white grey brown violet aqua dark green orange pink *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm; C Jacket colors Fiber identification -0 C Standard PE Black RAL 900 LSOH Grey RAL 70 LSOH Light Grey RAL Optional SM G.6D RAL 0 SM G67 A, A, A RAL 900 MM 0/0 OM RAL 00 MM 0/0 OM RAL 607 MM 0/0 OM RAL 00 0 datacom exo-g0 CABLES

31 exo-gi cables EXO-GI datacom Cables Loose tube Datacom ETR Compact design LSOH Basic Rodent Protection. LSOH outer jacket. Central Loose tube (PBT) with colored fibers in filling compound. Optical fibers. Fiberglass yarns. Ripcord LSOH Jacket Fiber qty per tube ± % Exo-GI Nominal weight LSOH ± % T x F 6. 8 T x F 6. 8 T x 6F T x 8F T x F 6. 0 T x 6F T x 8F T x F 6. Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) - Max. tensile load [N] 800 (ε=0,%) 700 (ε=0,%) installation operation [N/0 cm] Fully dielectric cable Basic rodent protection LAN and FTTX networks Distribution network ODF connections Central Loose tube (PBT) with filling compound Optical fibers Fiberglass as water absorbent and strain relief element LSOH outer jacket Color red green blue yellow white grey brown violet aqua black orange pink Color red green blue yellow white grey brown violet aqua dark green orange pink *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm; C Jacket colors Fiber identification -0 C Standard PE Black RAL 900 LSOH Grey RAL 70 LSOH Light Grey RAL Optional SM G.6D RAL 0 SM G67 A, A, A RAL 900 MM 0/0 OM RAL 00 MM 0/0 OM RAL 607 MM 0/0 OM RAL 00 datacom exo-gi Cables

32 datacom bdc-msa DATACOM BDC-MSA. LSOH outer jacket. Water-blocking fiberglass yarns. Water blocking yarns. PET tape. Central strength member (FRP) 6. Loose tubes (PBT) with colored fibers in filling gel 7. Fillers 8. Ripcord Datacom ETR Compact design LSOH Basic Rodent Protection Datacenter per tube Active tubes BDC-msa ± % Nominal weight PE ±% Nominal weight LSOH ±% Max. tensile load [N] T x F T x 6F Total elements installation operation [N/0 cm] Fully dielectric cable Basic rodent protection LAN and FTTX networks Distribution network ODF connections T x F T x 6F T x F T x 6F T x F T x F T x F T x F T x F FRP strength and anti-buckling element Optical fibers Loose tube with filling compound (PBT.8 mm) Dry yarns to prevent moisture into the cable Fiberglass as water absorbent and strain relief element UV stabilized LSOH jacket Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) Color red green blue yellow white grey brown violet aqua black orange pink D-DATACOM (according TO DIN VDE 0888 & IEC 600) - Tubes - C Tube C Color red green blue yellow white grey brown violet aqua black orange pink *In case of lower fiber count some tubes can be replaced by fillers. -00 datacom bdc-msa cables

33 FTTH Cables

34 VC-D0/VC-D0 VC-D0/VC-DCY SOLID CONNECTION TO YOUR PROVIDER BEND RESISTANCE LSOH SAFE COVER EASY TO TERMINATE SMALL DIMENSIONS SAFE DAILY USE

35 ftth VC-d0 FTTH VC-D0. LSOH outer jacket. Aramid yarns. 900 µm central semi tight buffer tube with 0 µm colored fiber Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe VC-d0 No. of fibers F 900 µm Outer diam.0 Tensile load perm/inst. [N] 7/00 Weight 7 Min. bend radius 0-60 mm* [N/0 cm] 00 *Depends on fiber type Bend radius/maximum attenuation Optical cable with aramid yarns reinforcement Customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Bend radius , G.6D G.6D LL G.67A G.67A G.67B (A) G.67B Plus 0.0dB 0.0dB 0.dB.00dB 0.0dB 0.0dB.00dB 0.dB 0.0dB 0.0dB 0.0dB.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.00dB 0.0dB 0.0dB 0.0dB 0.0dB 0.dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB Max. attenuation for wavelength 0 nm 6nm/both [db] Aramid strength element Optical 900 µm semi tight tube LSOH outer jacket C -0 C -00 ftth VC-D0 cables

36 ftth VC-d0 FTTH VC-D0. LSOH outer jacket. Aramid yarns. 900 µm central semi tight buffer tube with 0 µm colored fiber Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe VC-d0 No. of fibers F 900 µm Outer diam.0 Tensile load perm/inst. [N] 60/70 Weight 8 Min. bend radius 0-60 mm* [N/0 cm] 00 *Depends on fiber type Optical cable with aramid yarns reinforcement Customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Bend radius/maximum attenuation Bend radius , G.6D G.6D LL G.67A G.67A G.67B (A) G.67B Plus 0.0dB 0.0dB 0.dB.00dB 0.0dB 0.0dB.00dB 0.dB 0.0dB 0.0dB 0.0dB.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.00dB 0.0dB 0.0dB 0.0dB 0.0dB 0.dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB Max. attenuation for wavelength 0 nm 6nm/both [db] Aramid strength element Optical 900 µm semi tight tube LSOH outer jacket C -0 C ftth VC-D0 cables

37 ftth VC-d0 FTTH VC-D0. LSOH outer jacket. Aramid yarns. 900 µm central semi tight buffer tube with 0 µm colored fiber Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe VC-d0 No. of fibers -F 900 µm Outer diam.0 Tensile load perm/inst. [N] 0/00 Weight Min. bend radius 0-60 mm* [N/0 cm] 000 *Depends on fiber type Bend radius/maximum attenuation Optical cable with aramid yarns reinforcement Customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Bend radius , G.6D G.6D LL G.67A G.67A G.67B (A) G.67B Plus 0.0dB 0.0dB 0.dB.00dB 0.0dB 0.0dB.00dB 0.dB 0.0dB 0.0dB 0.0dB.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.00dB 0.0dB 0.0dB 0.0dB 0.0dB 0.dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB Max. attenuation for wavelength 0 nm 6nm/both [db] Aramid strength element Optical 900 µm semi tight tube LSOH outer jacket C -0 C -00 ftth VC-D0 cables 7

38 ftth VC-dcy FTTH VC-DCY. LSOH outer jacket (white/ivory/black). FRP rod. 0 µm optical fibers Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe Hi-crush VC-dCY No. of fibers -F 900 µm Outer diam.0x. ±0. Tensile load perm/inst. [N] 0/00 Weight 8. Min. bend radius -0 mm* [N/0 cm] 000 *Depends on fiber type FTTH drop cable reinforced with FRP rods Customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Bend radius/maximum attenuation G.6D G.6D LL G.67A G.67A G.67B (A) G.67B Plus Bend radius , 0.0dB 0.0dB 0.dB.00dB 0.0dB 0.0dB.00dB 0.dB FRP rods 0 µm optical fibers LSOH outer jacket dB 0.0dB 0.0dB.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.00dB 0.0dB 0.0dB 0.0dB 0.dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB Max. attenuation for wavelength 0 nm 6nm/both [db] -0 C ftth VC-Dcy cables

39

40 ftth VC-d0 resibend FTTH VC-D0 RESIBEND. LSOH outer jacket. Aramid yarns. 900 µm central semi tight buffer tube with 0 µm colored fiber Resibend Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe VC-d0 resibend No. of fibers F 900 µm Outer diam.0 Tensile load perm/inst. [N] 60/70 Weight 8 Min. bend radius 0 [N/0 cm] 00 Bend radius/maximum attenuation G.67B (A) Max. change in attenuation [db] Fiber bending radius 0 nm 6 nm Optical cable with aramid yarns reinforcement For customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Aramid yarns as strain relief Optical fiber in 900 µm semi tight buffer LSOH outer jacket (various colors available) G.67B A optical fibers C -0 C ftth VC-D0 resibend cables

41 ftth VC-d0 resibend plus FTTH VC-D0 RESIBEND PLUS. LSOH outer jacket. Aramid yarns. 900 µm central semi tight buffer tube with 0 µm colored fiber Resibend Plus Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe VC-d0 resibend plus No. of fibers F 900 µm Outer diam.0 Tensile load perm/inst. [N] 60/70 Weight 8 Min. bend radius 7. [N/0 cm] 00 Bend radius/maximum attenuation G.67B Plus Optical cable with aramid yarns reinforcement For customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Fiber bending radius Max. change in attenuation [db] 0 nm 6 nm Aramid yarns as strain relief Optical fiber in 900 µm semi tight buffer LSOH outer jacket (various colors available) G.67B optical fibers C -0 C -00 ftth VC-D0 resibend plus cables

42

43 VC-d0 Easy Section Module FTTH ftth VC-D0 Easy Section Module. LSOH outer jacket. Aramid yarns. Optical fibers (0 µm) in Easy Section Module Easy Section Module Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe Bend radius , G.6D G.6D LL G.67A G.67A G.67B (A) G.67B Plus 0.0dB 0.0dB 0.dB.00dB per module Bend radius/maximum attenuation 0.0dB 0.0dB.00dB 0.dB VC-D0 Easy Section Module Total elements Active modules 0.0dB 0.0dB 0.0dB.0dB ± % 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.00dB Nominal weight ±% F. 9 F dB 0.0dB 0.0dB 0.0dB 0.dB 0.0dB Max. tension [N] allowed static 0.0dB 0.0dB 0.0dB 0.0dB [N/0 cm] Max. attenuation for wavelength 0 nm 6nm/both [db] Optical cable with aramid yarns reinforcement For customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Aramid strength element Optical fibers (up to pcs) inside 900µm FlexModule LSOH outer jacket C -0 C -00 ftth Vc-d0 Easy Section Module

44 VC-d0 Easy Section Module FTTH ftth VC-D0 Easy Section Module. LSOH outer jacket. Aramid yarns. Optical fibers (0 µm) in Easy Section Module Easy Section Module Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe Bend radius , G.6D G.6D LL G.67A G.67A G.67B (A) G.67B Plus 0.0dB 0.0dB 0.dB.00dB per module Bend radius/maximum attenuation 0.0dB 0.0dB.00dB 0.dB VC-D0 Easy Section Module Total elements Active modules 0.0dB 0.0dB 0.0dB.0dB ± % 0.0dB 0.0dB 0.0dB 0.0dB 0.0dB.00dB Nominal weight ±% F. F. 0.0dB 0.0dB 0.0dB 0.0dB 0.dB 0.0dB Max. tension [N] allowed static 0.0dB 0.0dB 0.0dB 0.0dB [N/0 cm] Max. attenuation for wavelength 0 nm 6nm/both [db] Optical cable with aramid yarns reinforcement For customer connection Fully dielectric cable Last mile connection LAN and FTTX networks Distribution network ODF connections Inside house OLT connection Aramid strength element Optical fibers (up to pcs) inside 900µm FlexModule LSOH outer jacket C -0 C -00 ftth VC-D0 Easy Section Module

45 ftth DC-PRIM DC-PRIM. LSOH outer jacket. Aramid yarns. 0 µm optical fibers TRUE COLORS LSOH Bendsafe Easy to terminate Datacenter DC-PRIM No. of fibers Outer diameter.0. Tensile load perm/inst. [N] 0/0 0/0 Weight 8 9 Min. bend radius (depends on fiber type) 0 (depends on fiber type) Min. bend radius 0 Available colors D-DATACOM (according TO DIN VDE 0888 & IEC 600) - Optical cable with aramid yarns reinforcement Customer connection, fully dielectric cable MTP/MPO termination cable LAN and FTTX networks Distribution network Inside house OLT connection Data Center connections cable Fiber Color red green blue yellow white grey brown violet aqua black orange pink Aramid strength element 0 µm optical fibers (-) LSOH outer jacket Fiber Color* red green blue yellow white grey brown violet brown dark green orange pink +00 *Fiber with black mark to identify fibers - - C -0 C -00 ftth DC-PRIM

46 ftth EAC-Ras FTTH EAC-RAs. LSOH outer jacket. Dielectric strength members. 900 µm semi tight buffer (LSOH) with colored 0 µm optical fiber Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe Buffers EAC-Ras ± % Nominal weight ±% Max. tensile load [N] installation 8F F F F Available colors F-FTTH (according to DIN VDE 0888 & IEC 600) [N/0 cm] Distribution cable For laying in risers FTTH feeder Easy access and installation FRP strength members inside cable jacket Optical fibers in bundles - elements in cable LSOH UV resistant outer jacket (ivory by default, various colors available) Fiber Buffer Color 0 µm red blue green yellow violet white orange grey brown black aqua pink Color 600/900 µm red blue green yellow violet white orange grey brown black aqua pink Fiber Color 0 µm Color* 600/900 µm red blue green yellow violet white orange grey brown black aqua pink red blue green yellow violet white orange grey brown *Buffer with black mark to identifiy fibers - dark green aqua pink C -0 C -00 Fiber extraction up to m Fiber extraction 6 ftth EAC-RAs cables

47 ftth EAC-RAm FTTH EAC-RAm. LSOH outer jacket. Dielectric strength members. FlexModules with 0 µm colored fiber Easy Section Module Last mile connection outdoor LSOH Flexible Easy to terminate FTTH Bendsafe EAC-RAm FlexModules F FlexModules ± % Nominal weight ±0% Max. tensile load [N] ε=0.6% Δ α 0. db, reversible , , , [N/0 cm] 00 Distribution cable For laying in risers FTTH feeder Easy access and installation F FlexModules , , F FlexModules -60-0, , , FRP strength members inside cable jacket Optical fibers in bundles - elements in cable LSOH UV resistant outer jacket (ivory by default, various color available) , , , F FlexModules , , F FlexModules -8-8, , C -0 C 8 9-,0 600 F-FTTH (according to DIN VDE 0888 & IEC 600) Fiber Color 0 µm red blue green yellow violet white orange grey brown black aqua pink Fiber extraction up to m Module Color red blue green yellow violet white orange grey brown black aqua pink Fiber extraction Module Color* red blue green yellow violet white orange grey brown dark green aqua pink *Black mark to identify FlexModules - ftth EAC 7

48 ftth DAC-Burry FTTH DAC-BURRY. PP/HDPE outer jacket. Aramid yarns. Central Loose tube (PBT) with 0 µm colored fibers in filling gel. Dielectric strength members in the jacket Direct buried FTTH Last mile connection outdoor Hi-crush Compact design per tube ± % T x F 6. T x F 6. DAC-BURRY Nominal weight PE ± % Max. tensile load [N] installation operation [N/0 cm] Optical access cable with aramid yarns reinforcement Direct buried design Fully dielectric cable Last mile connection Tx 6F High crush resistance (,kn) T x 8F Installation into existing ducts or direct buried T x F 6. Available colors T-Telecom (according to IEC 600) - in tube Color red green blue white violet orange grey yellow brown pink black aqua Central Loose tube (PBT) with filling compound Up to optical fibers (0 µm) Aramid yarns as strain relief and water absorbent Embedded FRP strength members Highly resistant outer jacket made of hard polyolefin material, UV resistant C ftth DAC-BURRY cables

49 ftth vc-t60 VC-T60. HDPE UV resistant outer jacket. Aramid yarns. Inner LSOH jacket. FRP rods. Module with optical fibers TRUE COLORS LSOH Bendsafe Easy to terminate Easy-strip Semi-tight Datacenter per module Total elements ± % VC-t60 Nominal weight ±% Max. tensile load [N] allowed [N/0 cm] -F static Drop cable for FTTH networks Optical access cable with aramid yarns reinforcement Direct buried construction Fully dielectric cable Last mile connection Aramid yarns as strength and water absorbent elements Easy strip buffer or modules with optical fibers Embedded strength members (FRP) Highly resistant outer jacket made of HDPE material UV stabilized +00 NESC Light span: 00 m sag:. m - C -0 C NSC Medium span: m -00 sag:. m NESC Heavy span: 0 m sag: 0.6 m ftth VC-t60 9

50 ftth aero-df0 FTTH aero-df0. PE jacket. Ripcord. Water blocking yarns. Central Loose tube (PBT) with 0 µm colored fibers in filling gel. FRP strength member Last mile connection outdoor Aerial FTTH Hi-crush Telecom Cable variants AERO-DF0 AERO-DF0 Fiber count - 6- Cable dimensions 8. x.6 (±%) 8.7 x.0 (-%) Cable weight 7 8 Max. installation tension[n] Mechanical and enviromental characteristics Installation on poles or walls Can be installed in pipelines Fully dielectric cable Parameter performance 000 N Bending performance 0 cycles [0 x D] Water Penetration m sample, m head, h Available colors T-Telecom (according to IEC 600) - in tube Loose tube with filling compound (PBT) Up to fibers in a cable Two FRP strength elements Dry yarns to prevent moisture into cable Ripcord yarns For easy jacket removal PE UV resistant Jacket Color red green blue white violet orange grey yellow brown pink black aqua Color red green blue white violet orange grey yellow brown pink natural aqua *In -fiber tube construction colors will be repeated to facillitate identification, fibers - will have rings every cm NESC Light span: 0 m C sag:. m -00 NSC Medium span: 70 m sag:. m NESC Heavy span: 0 m sag: 0.8 m 0 ftth AERO-DF0

51 Microduct

52 TRENCH MICROCABLES OPTIMAL DIAMETER HIGH BLOWING RANGE HIGH FIBERS DENSITY LOW FRICTION COEFFICIENT UNIT DESIGN

53 microduct MK-AX MICRODUCT MK-AX. Polymeric jacket with low coefficient of friction. 0 µm colored fibers Microduct Generation FTTH Last mile connection outdoor Blowing installation Flexible Compact design Bendsafe ± % MetroJET MK-AX Nominal weight ±0% T x F.. Max. install. tension [N] [N/0 cm] Microduct air-blowing application Metro networks T x F.. Flexible network design T x 6F 6..6 T x 8F Distribution network T x 0F T x F.6. Compatibility table standard microduct Outer Inner MK-AX -F 6-F /.. - Direct burried ducts Outer Inner 7/. 7. MK-AX -F 6-F Polymeric jacket with low coefficient of friction Central tube without gel 0 µm colored fibers /.. 7/ /. 7. 7/ 7 0/8 0 8 /0 0 / Fiber qty - 0/. 0. /8 8 - /0 0 - Fiber qty - - C Available colors -0 C -00 microduct MK-Ax

54 microduct MK-DX/. HDPE with low coefficient of friction. Aramid yarns. Central Loose tube (PBT) with 0 µm colored fibers in filling gel MICRODUCT MK-DX/ Microduct Generation FTTH Last mile connection outdoor Blowing installation Flexible Compact design Bendsafe ± % MetroJET MK-DX/ Nominal weight ±0% T x F.0,9 T x F.0.9 T x 6F 6.. T x 8F 8.. T x 0F 0..6 T x F..6 Max. installation tension [N] [N/0 cm] Microduct cabling system FTTH & Distribution networks Flexible network design Last mile connection Blowing & pulling installation method HDPE with low coefficient of friction Compatibility table Aramid yarns Central tube with gel standard microduct direct burried ducts 0 µm colored fibers Outer Inner MK-DX MK-DX Outer Inner MK- DX MK- DX Microbending resistant fiber G67A as standard / /.. - 7/. 7. 0/ / / / 7 0/ / / - - Fiber qty - - /8 8 / Fiber qty C Available colors T-Telecom (according to IEC 600) - in tube C -00 Color red green blue white violet orange grey yellow brown pink black aqua Microduct MK-DX/

55 microduct MK-LX MICRODUCT MK-LX (MK-LX). HDPE outer jacket. Water blocking yarns. Loose tubes (PBT) 6. Water blocking yarns with colored fibers in on strand element filling gel 7. Ripcord. Fillers. Central strength member (FRP) 6 7 Optimal Diameter Low Friction Telecom Blowing installation Microduct Generation per tube MetroJET MK-LX Active tubes Fillers ± % Nominal weight ±0% T x F 6. 8 T x F T x F 6. 9 T x F T x F T x F Other fiber counts available on demand Compatibility table standard microduct Outer Inner MK-LX /.. - /.. - 7/. 7. 0/8 0 8 /0 0 / - Fiber qty - Available colors T-Telecom (according to IEC 600) - Max. tensile load [N] Direct burried ducts Outer Inner Total elements installation operation [N/0 cm] MK-LX 7/ / / 7-0/. 0. /8 8 /0 0 Fiber qty - T-Telecom (according to IEC 600) - Tubes Microduct cabling air-blowing system Metro networks Flexible network design Distribution network HDPE, UV stabilized outer jacket with low friction Loose tubes (and fillers), SZ stranded around the CSM PBT tubes containing up to optical fibers Smallest outer diameter for blowing into. mm (ID) ducts C -0 C - Color red green blue white *In case of lower fiber count some tubes can be replaced by fillers. Tube 6 Color red green blue white violet orange -00 microduct MK-LX

56 microduct MK-LXs6/7/8 MICRODUCT MK-LXS6/7/8 (MK-LXS6). HDPE outer jacket. Loose tubes (PBT) with colored fibers in filling gel. Fillers. Central strength member (FRP). Water blocking yarns on FRP 6. Water blocking yarns on strand element 7. Ripcord 6 7 Optimal Diameter Low Friction Telecom Blowing installation Microduct Generation per tube Total elements MetroJET MK-LXS6 Active tubes Fillers ± % Nominal weight ±0% 6T x F T x 6F Max. tensile load [N] installation operation [N/0 cm] Microduct cabling air-blowing system Metro networks Flexible network design Distribution network 6T x 8F T x 0F T x F T x F HDPE, UV stabilized outer jacket with low coefficient of friction per tube Total elements MetroJET MK-LXS7 Active tubes Fillers ± % Nominal weight ±0% Max. tensile load [N] installation operation [N/0 cm] Loose tubes (and fillers), SZ stranded around the CSM PBT tubes containing up to optical fibers 8T x F T x 6F T x 8F T x 0F T x F per tube Total elements MetroJET MK-LXS8 Active tubes Fillers ± % Nominal weight ±0% Max. tensile load [N] installation operation [N/0 cm] - C -0 C T x F T x 6F T x 8F T x 0F T x F Other fiber counts available on demand 6 Microduct MK-LXs6/7/8

57 microduct MK-LXs9/0 MICRODUCT MK-LXS9/0 (MK-LX9). HDPE outer jacket. Loose tubes (PBT) with colored fibers in filling gel. Fillers. Central strength member (FRP). Water blocking yarns on FRP 6. Water blocking tape on strand element 7. Ripcord 6 7 Optimal Diameter Low Friction Telecom Blowing installation Microduct Generation T x F per tube Total elements MetroJET MK-LXS9 Active tubes Fillers ± % Nominal weight ±0% Max. tensile load [N] installation operation [N/0 cm] Microduct cabling air-blowing system Metro networks Flexible network design Distribution network 6T x F T x F per tube Total elements MetroJET MK-LXS0 Active tubes Fillers ± % Nominal weight ±0% Max. tensile load [N] installation operation [N/0 cm] T x F Other fiber counts available on demand HDPE, UV stabilized outer jacket with low coefficient of friction Loose tubes (and fillers), SZ stranded around the CSM PBT tubes containing up to optical fibers C -0 C -00 microduct MK-LXS9/0 7