Strength member Waterblocked EGlass fibre elements Sheath 1.0 mm black FireBur sheath, UV stabilised, IEC Sheath marking Draka I/O CT LSHF 1.

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1 1000N central tube cable w 2 2 fibres, glass elements and black FireBur sheath, VDE UDQ(ZN)BH Application and installation This cable can be used for LAN and WAN backbones, telecom access lines, fibre to business and fibre to the building drop connections as well as fibre to the home drop and access connections. With its FireBur LSHF sheathing this cable is ideal for mixed indoor and outdoor installation. It is equally suited for installation in ducts and on trays. Standards ISO nd edition, EN :2002, IEC 0791 Flame resistance IEC , IEC 0751, IEC 0752, IEC 1032 Construction Loose tube Ø2.8 mm jelly filled loose tube with 2 1 fibres; Ø3.5 mm loose tube with 2 fibres Fibre colour code 1 Red 13 Yellow w/mark every 70 mm 2 Green 3 Blue Yellow 5 White Grey 7 Brown 8 Violet 9 Turquoise 10 Black 11 Orange 12 Pink 1 White w/mark every 70 mm 15 Grey w/mark every 70 mm 1 Turquoise w/mark every 70 mm 17 Orange w/mark every 70 mm 18 Pink w/mark every 70 mm 19 Yellow w/mark every 35 mm 20 White w/mark every 35 mm 21 Grey w/mark every 35 mm 22 Turquoise w/mark every 35 mm 23 Orange w/mark every 35 mm 2 Pink w/mark every 35 mm LINKING THE FUTURE amk (a black) 1 of 3

2 Strength member Waterblocked EGlass fibre elements Sheath 1.0 mm black FireBur sheath, UV stabilised, IEC Sheath marking Draka I/O CT LSHF 1.0 kn <Fibre count> <Fibre type><fibre brand><item No>05<Batch Number><Meter mark> UDQ(ZN)BH <Fibre count> <Fibre family> <Mode field diameter> /125 <Transmission Class> Physical properties Attribute Nominal outer diameter Nominal weight Maximum installation tensile strength Short term tensile strength Permanent tensile strength Compressive strength (crush) Impact IEC Method E3 E Limits 2 1 fibres:.0 mm 18 2 fibres:.5 mm 2 1 fibres: 0 kg/km 18 2 fibres: 5 kg/km 1000 N (fibre strain less than 1/2 of proof test level) 750 N (fibre strain less than 1/3 of proof test level) 500 N (no attenuation change, fibre strain less than 1/ of proof test level) 1500 N 15 Nm (no attenuation change, no broken cable elements) Torsion Kink Min. bending radius, unloaded Min. bending radius, loaded Temperature range Water penetration E7 0 1 F1 F5B 5 cycles ± 1 turn The cables do not form a kink when a loop is drawn together to a diameter of 100 mm R = 0 mm R = 100 mm Storage: 0 C to +0 C Installation: 30 C to +0 C Operation: 30 C to +0 C. No water on free end Heat of combustion 21 fibres: 30 MJ/km = 0.18 kwh/m 2 fibres: 800 MJ/km = 0.22 kwh/km Product codes ordering information Prysmian group material code Prysmian Group material description Draka Material code Fibre count Fibre type DR I/O CT LSHF 1.0kN OM2B BK DR I/O CT LSHF 1.0kN OM2B BK DR I/O CT LSHF 1.0kN 8 OM2B BK DR I/O CT LSHF 1.0kN 12 OM2B BK DR I/O CT LSHF 1.0kN 2 OM2B BK DR I/O CT LSHF 1.0kN OM3B BK DR I/O CT LSHF 1.0kN OM3B BK MaxCapBBOM3 50/125 multi mode MaxCapBBOM3 50/125 multi mode C31 C DR I/O CT LSHF 1.0kN 8 OM3B BK 8 MaxCapBBOM3 50/125 multi mode C DR I/O CT LSHF 1.0kN 12 OM3B BK 12 MaxCapBBOM3 50/125 multi mode C DR I/O CT LSHF 1.0kN 2 OM3B BK 2 MaxCapBBOM3 50/125 multi mode C DR I/O CT LSHF 1.0kN OMB BK DR I/O CT LSHF 1.0kN OMB BK DR I/O CT LSHF 1.0kN 12 OMB BK Fibre data sheet LINKING THE FUTURE amk (a black) 2 of 3

3 DR I/O CT LSHF 1.0kN 2 OMB BK DR I/O CT LSHF 1.0kN MM1 BK OM1 2.5/125 multi mode C02 DR I/O CT LSHF 1.0kN MM1 BK OM1 2.5/125 multi mode C02 DR I/O CT LSHF 1.0kN 8 MM1 BK 8 OM1 2.5/125 multi mode C02 DR I/O CT LSHF 1.0kN 12 MM1 BK 12 OM1 2.5/125 multi mode C02 DR I/O CT LSHF 1.0kN 2 MM1 BK 2 OM1 2.5/125 multi mode C DR I/O CT LSHF 1.0kN SM2D BK OS2 Single mode G52.D C03e DR I/O CT LSHF 1.0kN SM2D BK OS2 Single mode G52.D C03e DR I/O CT LSHF 1.0kN 8 SM2D BK 8 OS2 Single mode G52.D C03e DR I/O CT LSHF 1.0kN 12 SM2D BK 12 OS2 Single mode G52.D C03e DR I/O CT LSHF 1.0kN 2 SM2D BK 2 OS2 Single mode G52.D C03e DR I/O CT LSHF 1.0kN SM2D BK BendBright XS G.57.A2 C2 DR I/O CT LSHF 1.0kN SM2D BK BendBright XS G.57.A2 C2 PRYSMIAN GROUP 2010, All Rights Reserved All sizes and values without tolerances are reference values. Specifications are for product as supplied by Prysmian Group: any modification or alteration afterwards of product may give different result. The information contained within this document must not be copied, reprinted or reproduced in any form, either wholly or in part, without the written consent of Prysmian Group. The information is believed to be correct at the time of issue. Prysmian Group reserves the right to amend this specification without prior notice. This specification is not contractually valid unless specifically authorised by Prysmian Group. LINKING THE FUTURE amk (a black) 3 of 3

4 C03 Properties of cable with standard Enhanced SM fibre ESMF, low water peak single mode fibre G52D, OS2 General and application The optical fibres are made of a high grade doped silica core surrounded by a silica cladding. They are coated with a dual layer, UV cured acrylate based coating. This enhanced single mode fibre provides improved performance across the entire 120 nm to 125 nm wavelength spectrum due to its low attenuation in 1383 nm, the waterpeak region. Standards and Norms IEC / EN Category B.1.3 ITUT Recommendation G.52.D and C, B, A IEEE incl ae EN :2007, cat. OS2 and OS1 ISO / IEC 11801:2002, cat. OS2 and OS1 ISO / IEC 2702: 200, cat. OS2 and OS1 Optical properties Mode field diameter at 1310 nm Mode field diameter at 1550 nm IEC/EN Chromatic dispersion coefficient: IEC/EN µm µm 9.0 ± ± 0.5 In the interval 1285 nm 1330 nm ps/km nm 3 At 1550 nm ps/km nm 18.0 At 125 nm ps/km nm 22.0 Zero dispersion wavelength, λ 0 nm Zero dispersion slope ps/(nm 2 km) Cutoff wavelength IEC/EN λ cc nm 120 * Polarisation mode dispersion (PMD) coefficient IEC/EN ps/ km 0.5 PMD Q Link Design Value (computed with Q=0.01%, N=20) IEC/EN 0793 ps/ km 0.2 * guaranteed value according to the ITUT (ATM G50) method Attenuation Maximum attenuation value of cable in the interval 1310 nm 125 nm IEC/EN db/km 0.39 Maximum attenuation value of cable at 1550 nm IEC/EN db/km 0.25 Local discontinuity at 1310 and 1550 nm IEC/EN db Max. 0.1 Attenuation variation vs Bending 100 turns on a R=25 mm mandrel at 1310 & 1550 nm IEC/EN db turns on a R=30 mm mandrel at 125 nm IEC/EN db 0.05 C03_en / Version Issued / Page 1 of 2

5 C03 Group index of refraction Attribute Measurement method Units Values 1310 nm IEC/EN nm IEC/EN nm IEC/EN Geometrical properties Cladding diameter IEC/EN µm ± 0.7 Cladding noncircularity IEC/EN % 0.7 Core (MDF) cladding concentricity error IEC/EN µm 0.5 Primary coating diameter ColorLock XS and natural IEC/EN µm 22 ± 7 Primary coating noncircularity IEC/EN % 5 Primary coatingcladding concentricity error IEC/EN µm 12 Mechanical properties Proof stress level IEC/EN GPa 0.7 ( 1 %) Strip force (peak) IEC/EN N 1.2 F peak.strip 8.9 Dynamic fatigue resistance aged and unaged IEC / EN (N d ) 20 Static fatigue, aged IEC / EN (N s ) 23 PrysmianGroup 2012, All Rights Reserved All measurements in accordance with ITUT G50 recommendations All sizes and values without tolerances are reference values. Specifications are for product as supplied by PrysmianGroup: any modification or alteration afterwards of product may give different result. The information contained within this document must not be copied, reprinted or reproduced in any form, either wholly or in part, without the written consent of PrysmianGroup. The information is believed to be correct at the time of issue. PrysmianGroup reserves the right to amend this specification without prior notice. This specification is not contractually valid unless specifically authorised by PrysmianGroup. C03_en / Version Issued / Page 2 of 2