TAIHAN FIBEROPTICS's SOLUTION. FTT_Air. Head Quarter 49 Jangjagol-ro, Danwon-gu, Ansan-si, Gyeonggi-do, Korea. TEL.

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1 TAIHAN FIBEROPTICS's SOLUTION FTT_Air Head Quarter 9 Jangjagol-ro, Danwon-gu, Ansan-si, Gyeonggi-do, Korea TFO@taihan.com TEL

2 GLOBAL LEADING COMPANY IN FIBER OPTICS Long history over 60 years Enhanced high technology in telecommunications Customer value in focus

3 Definition of TFO Total Solution ) Include every product and service domain required for a specific network configuration. (e.g., network building/turn-key) ) Provide product portfolio optimized for a specific network configuration and provide service based on profession technical prowess. ) Minimize the total cost by compact design, ease of installation and strong durability. ) Support customized variations or upgrades to cope with environmental change and to meet customer demands. FTT_Building FTT_Air Branch Cable ONU FTT_Coaxial FTT_Home Micro Duct Cable Optical Closure Micro Duct Closure Loose Tube Cable (for Aerial/Direct Buried/Duct) Micro Duct Cable Drop Cable Optical Terminal Box TO Loose Tube Cable (for Aerial/Direct Buried/Duct) FTT_CO&OSP Coaxial Cable TBA ONU(HFC) Loose Tube Cable (for Aerial/Direct Buried/Duct) Optical Closure Ribbon Slot/ Tube Cable FDH Hybrid Cable HD-ODF MU Dual Rack HU RU FTT_Antenna OLT FTT_DAS

4 FTT_Air Air Solution The FTT_Air solution is optimized to build optical networks by using air blown cable laying method. This air blown cable laying method is using air pressure generated by a compressor, which will lay air blown cables (ABCs) or air blown fibers (ABFs). This method is highly efficient, especially in terms of cost-saving including labor cost. In addition, ABCs of TFO are using specialized sheath structure and weight reduction, which will help to save time when laying cables over long distances. Product & Service ANYWAVE Series ANYWAVE Series products best serves FTTx system, providing and supporting uniform, excellent optical characteristics throughout the wavelength from 0nm to 65nm in compliance with the latest ITU-T standard. The benefits include low loss, large bandwidth, low bending, low dispersion, etc. to serve wide range of applications from last mile to long-haul. Air Blown Fiber & Cable ① ABF ② Microduct tube ⑤ Optical Outlet - Designed to optimize low friction and blowing distance in the microduct - Air Blown Fiber and Cables are small diameter, lightweight and have excellent optical, mechanical and environment performance Microduct tube ④ Optical Terminal Box - Designed to have al smooth or ribbed inner surface that enables an air blown installation of air blown fibers and cables - The microduct provides excellent protection from physical environment withstanding pressure Microduct closure - Designed for ABC/ABF tube cable connection applications - Provides easy installation for connection and distribution work ③ Microduct closure OTB(Optical Terminal Box) ③ Microduct closure ① ABC ② Microduct tube - Designed to terminate, splice and interconnect fiber optic cables in an indoor environment. - The unit accommodates a variety of OSP cable types via entry Optical Outlet 5 ⑧ UTP - In-building hub solution for connecting cabling systems, network terminal, adaptors, and connectors. Transparent Flex Cable 6 - Breakthrough indoor fiber cable with compact and transparent design - Micro fiber pathway hiring ultra bending-insensitive fiber (ITU-T G.657.B) - Complete transparency allows easy control and installation ONT(Optical Network Terminal) 7 ⑥ Transparent Flex Cable(Nylon) - Converting light signals to electric signals - Key element of FTTx Triple Play services at customer premises ⑦ ONT UTP Options ANYWAVE 00 (00um Fiber) All Dry Cable LSZH Non-Bolt Closure Eco-Friendly Cable All Fiber - CAT5E - CAT6

5 FTT_Air ABC(Air Blown Cable) Installation Basic Diagram for air-assisted installation is below figure Maximum length up to Km Cable installation Speed is 6m/Min(Max. 00m / Min) Advantages with faster installation period and less friction loss compared to conventional method Compressor Air Blown Equipment Air Injection Manhole Air Blown Cable Micro Duct Air assisted installation into the Micro Duct

6 FTT_Air ABF(Air Blown Fiber) & ABC(Air Blown Cable) FTT_Air Case Study Easy branches and reduction of installation time(pre-connectrized) Improvement of cable arrival distance(weight lightening) Improvement of the radius curvature (ANYWAVE FLEX A/B(ITU-T G.657.A/B) application) Excellent Tensile strength and durability Applicable to SMF & MMF Filling Compound Loose Buffer Tubes Water Blocking Yarn Optical Fiber Central Strength Member Installation Site Ripcords Outer Jacket Micro duct Improvement of cable arrival distance IApplicable to traditional method and trenching method IStrong sheath to external shock IEfficient construction IExcellent durability IApplicable to effective and quick branch Comparison of construction method division Installation time Input manpower Cost Duct connection Replacement Addition Structure Slow 5~0 people High many Difficult Difficult Pulling installation method Air blown method Fast (0 times that of the conventional method) people Low small Easy Easy 5 mm mm mm 5 mm

7 Major Specification ANYWAVE Series Major Specification Air Blown Fiber Single-mode. Multimode 50/5, Multimode 6.5/5 Small diameter and light weight Excellent low friction and blowing distance Excellent mechanical and environmental performance Up to fibers and other configurations available Fully compliant with ITU-T G.65,G.65 and G.657 Conspicuous lower attenuation Superior bending performance Mechanically strippable coating Excellent geometric properties for low splicing loss SMF(Single Mode Fiber) Classificatio Mode Field Diameter at 0nm Attenuation At 0nm ANYWAVE D (G.65.D) 9.±0. μm 0. /km ANYWAVE FLEX A (G.657.A).9±0. μm 0. /km Specification ANYWAVE FLEX A (G.657.A).6±0. μm 0. /km ANYWAVE FLEX B (G.657.B).6±0. μm 0. /km Classification Diameter Weight Fiber s Fiber.0mm 0.g/m Blue, Orange Fiber.0mm 0.g/m Blue, Orange, Green, Fiber.mm.5g/m Blue, Orange, Green,, Violet, Grey, Yellow, Brown Fiber.mm.55g/m Blue, Orange, Green,, Violet, Grey, Yellow, Brown, Black,, Pink, Turquoise At ±nm 0.7 /km 0./km (after H aging) 0./km (after H aging) 0./km (after H aging) Chromatic Dispersion At 550nm At 65nm 5~0nm 550nm 0.0 /km 0. /km.5 ps/(nm km) ps/(nm km) 0.0 /km 0. /km.5 ps/(nm km) ps/(nm km) 0.0 /km 0. /km.5 ps/(nm km) ps/(nm km) 0.0 /km 0. /km.5 ps/(nm km) ps/(nm km) Air Blown Cable 65nm ps/(nm km) ps/(nm km) ps/(nm km) ps/(nm km) Macro Bending Radius Radius(mm) Number Of Turns At 550nm() At 65nm() Small diameter and light weight SZ stranding for easy installation Rapid cost effective installation and removal Excellent low friction and blowing distance Excellent mechanical and environmental performance Up to fibers and other configurations available MMF(Multi Mode Fiber) Classificatio Specification ANYWAVE OM ANYWAVE OM ANYWAVE OM ANYWAVE OM Mode Field Diameter at 0nm Attenuation At 50nm At 00nm Min. Bandwidth At 50nm At 00nm Numerical Aperture 6.5±.5 μm.7 /km 0.6 /km 00 MHz km 600 MHz km 0.75± ±.5 μm. /km 0.6 /km 600 MHz km 500 MHz km 0.00± ±.5 μm. /km 0.6 /km 500 MHz km 500 MHz km 0.00± ±.5 μm. /km 0.6 /km 500 MHz km 500 MHz km 0.00±0.05 Classification Diameter Weight Min. Bending radius Tensile Loading (N) Application micro duct inner diameter (mm) 7 Fiber 6.0mm 0kg/km Fiber.0mm 0kg/km Fiber 9.mm 50kg/km

8 Major Specification DI(Direct Installed Mircoduct) Major Specification DB(Direct Buried microduct) Installation environment : Duct or Sub Duct High density polyethylene Assist the air blown cable to blow long distance Excellent moisture-barrier and flexibility High rugged material without duct Excellent physical protection Fast and efficient branch Easy of installation Highly optimized for Fiber Cable Installation environment : Buried High density polyethylene Assist the air blown cable to blow long distance Excellent moisture-barrier and flexibility High rugged material without duct Excellent physical protection Fast and efficient branch Easy of installation Highly optimized for Fiber Cable 0/mm /0mm Division way way way 7way way way way 7way.±0.5.x.± ±.0.±.0 5.±0.5 7.x5.±0..±.0 9.±.0 Outer Duct Thickness (mm) Inner Duct Inner dia.(mm) /mm /0mm Division way way way 7way way way way 7way Outer Duct(nd Sheath) Outer Duct(st Sheath) Inner Duct Thickness(mm) ±0.5.x.±0. 7.9±.0.±.0 5.±0.5 5.x7.±0..±0. 9.±.0 Thickness(mm) ±0.6 7.x7.±0..9±.0.±.0 9.5±0.6.x9.5±0. 6.5±.0.5±. Inner dia.(mm) way way way 7 way Item Identification Green Blue Green Blue 5 Brown 6 Pupple 7 Yellow way way way 7 way Item Identification Green Blue Green Blue 5 Brown 6 Pupple 7 Yellow way way way 7 way way way way 7 way

9 Major Specification TW(Thick Walled Micro Duct) Major Specification Micro COD Installation environment : Duct High density polyethylene Assist the air blown cable to blow long distance Excellent moisture-barrier and flexibility High rugged material without duct Excellent physical protection Fast and efficient branch Easy of installation Highly optimized for Fiber Cable Installation environment : Buried High density polyethylene Assist the air blown cable to blow long distance Excellent moisture-barrier and flexibility High rugged material without duct Fast and efficient branch Easy of installation Excellent OFC(Optical Fiber Cable) Protection Inner, Outer & Built-in Multiple Ducts 0% Cost Saving than PVC Suitable for Facility Construction /0mm Division way 6way 7way 0.0x x7.0.0x0.0 Outer Duct Thickness (mm) Inner Duct Inner dia.(mm) /0mm Division way 6way 7way 0.0x x7.0.0x0.0 Outer Duct Thickness (mm) Inner Duct Inner dia.(mm) Item Identification way way 7 way Green Green Blue Blue 5 Brown 6 Pupple 7 Yellow Micro COD dedicated socket Simple one-touch type Easy connection and defect discovery (Transparency) Excellent durability(not air leakage) way way 7 way Total Size : Ø X 0 Cylinder Size : Ø X 000 (Possibility of Length adjustment)

10 Major Specification Micro Duct Closure(Branches) Major Specification Fiber Distribution Hub_Swing Panel Protecting Micro duct (When it sets up Air-Blown Fiber) Size and bend radius by British Standard Double clamping structure for holding duct Using body and cable gasket for 00% sealing performance High strength plastic for impact and durability Easy maintenance and reassemble Installment : Underground, Direct buried, Aerial Compact and suitable wall mountable structure Accommodate a lot of splitter modules Front lockable single or double door Ease of identification, labeling and connector access Integrated cable management for slack storage and re-arrangement Excellent physical protection Customized design available Parameter Dimension (mm) Weight (kg) Micro duct Diameter (mm) In-let Port Water proof Micro Duct Closure(6Branches) TFO-MCL-B 6x6x0.59 Ø9~Ø5 IP6 Specification Description Body Dimensions(HxWxD)(mm) Pad Dimensions(HxWxD)(mm) Number of door(ea) No of cable entry(ea) Adaptor capa.(ea) Output parking lot adaptor capa.(ea) No. of or Slot for splitter(ea) No. of splice tray for input cable No. of splice tray for output cable TFO-FDH-PT- 70x500x00 50x500x00 Inlet : Outlet : (slot) Pole/wall mounting Pedestal TFO-FDH-PT x500x00 50x500x00 Inlet : Outlet : 96 (slot) Pole/wall mounting Pedestal TFO-FDH-PT- 790x600x00 50x600x00 Inlet : Outlet : (slot) 6 TFO-FDH-PT- 050x600x00 50x600x00 Inlet : Outlet : (slot) TFO-FDH-PT- 0x00x00 50x00x00 Inlet : Outlet : 7 (slot) Application Pedestal Pedestal Pedestal Protecting Micro duct (When it sets up Air-Blown Fiber) 6 ports are good for Micro duct branching Size and bend radius by British Standard Double clamping structure for holding duct Using body and cable gasket for 00% sealing performance High strength plastic for impact and durability Easy maintenance and reassemble Installment : Underground, Direct buried, Aerial The others Parameter Dimension (mm) Weight (kg) Micro duct Diameter (mm) In-let Port Water proof TFO-MCL-6B 6 x 0 x 70.9 Ø9~Ø5 6 IP6 HD ODF Type Up to 960C Front and rear lockable single or double door Expansion easy by adding to the shelf(hd-odf) Customized design available Sliding Type Up to C Front lockable single door Various connector type available (SC, LC, FC, ST, etc) Customized design available

11 Major Specification Optical Termination Box(Double Compartment) Major Specification Mini Fiber Distribution Open Rack Capacity from to core Seperated splicing and cable management compartment Integrated bend radius protection Adaptor panel used plastic latch and without tools Adding various splitter type available Customized design available Ultra-lightweight Saving space with wall-mount design 9" Rack applied Easy and quick assembly and installation Durable steel construction Specification Parameter TFO-R-MT-U TFO-R-MT-U Height(mm) Width(mm) Depth(mm) Unit Mounting bar Cord guidance 600 U inches Standard : none / Single management : one side pathway Light grey / Black(Available for customized color) 00 U Specification High Density Optical Distribution Frame Parameter TFO-OTB-DC- TFO-OTB-DC- TFO-OTB-DC-6 TFO-OTB-DC- General Cable entry Adaptor Connection Application Dimension (LxWxH)(mm) Material No. of entry(in/out) Dia. of inlet(mm) Dia. of outlet(mm) Type No. of adaptor Splice method No. of splice tray Capa. per tray Installation environment Installation type Grounding Locking method 50x0x0 (Max.) 50x0x0 50x0x5 Ivory / Beige / Black SPCC 0-5(Max.) 5.(Max.) SC(Default) (Max.) 6(Max.) Fusion / Adaptor (Max.) Indoor STD : Wall mount(option for pole mount) Available Key-lock 50x0x50 (Max.) U overall with /U individual tray Tray up to SC simplex or LC Duplex adaptor Tray up to FC simplex adaptor Open two direction both Left and Right(option) Angled adaptor for bend radius protection Splitter and Ribbon fan-out available Side and rear cable entry Specification General Cable distribution module Adaptor Parameter Dimension(WxD) High(mm) Cable dia.(mm) No. of distribution module Capa. a module Adaptor type No. of adaptor TFO-ODF-HD TFO-ODF-HD96 TFO-ODF-HD TFO-ODF-HD9 TFO-ODF-HD0 TFO-ODF-HD x60 ø~ fibers SC / LC

12 Major Specification Fiber Optic Outlet Major Specification Straight Connector Very small and flat design Up to core capacity Appliable auto-shutter adaptor Cable entry bottom ports, rear port. Integrated bend radius protection Straight connector is a clip-in duct connector used for jointing two micro ducts. The installation is simple and can be carried out in a few seconds. The connector is transparent to allow a visual inspection of a micro cable passing through. To enable cable blowing, the connector is designed to operate at 5 bars without leakage. Size : 5/.5mm, 7/.5mm, 7/5.5mm, /6mm, 0/mm, /0mm, /0mm, /mm, 6/mm Parameter TFO-OL-ID-M Remark Size(mm) Adapter type No. of adaptor Storage of fibers Max. cable diameter(mm) No. of cable entry No. of Splice capa.(ea) Capa. Splice method Material 0(L)x70(W)x5(H) SC G.657 of G.65.D applied ~6 (Max.) C Fusion Ivory Plastic Available to change Rear and Bottom 0mm sleeve applied End Cap End Caps are used to tighten the ends of unused primary tubes to avoid water and dust from emerging into ducts. They are also used in combination with the valve end stop connector during installation of micro ducts into existing cable ducts. Size : 5mm, 7mm, mm, 0mm, mm, mm, 6mm ucing Connector Push-fit reducing connectors make micro duct splicing fast and easy. Simply push the micro duct into the center of the connector. No tools are required. The reducers can be connected and disconnected 0 times and still maintain the high performance requirements for air blown installation systems. Size : Outer diameter 5mm Parameter TFO-OL-ID-B Remark Size(mm) Adapter type No. of adaptor Storage of fibers Max. cable diameter(mm) No. of cable entry No. of protection sleeve slot Splice method Material Installation 00(L)x95(W)x(H) SC/APC G.657 ~6 Fusion Ivory Plastic Wall Auto shutter type for dust protection 0mm sleeve applied Gas Block Gas Block Connectors are used when it is necessary to block moisture(avoiding condensation) or to block gas passing freely into different micro duct sections. This could be necessary when changing from outdoor to indoor installation, for example. The connector works in a similar way to the standard connector when jointing micro ducts but has a compressible rubber gasket that is sealed after the cable has been installed. Size : Outer diameter 5mm

13 Major Specification PLC Splitter Major Specification Optical Jumper Cord Low loss and High uniformity Low Polarization Dependent Loss Broadband operating wavelength Excellent environment stability Single mode and Multi mode available Customized packing available Low insertion loss and back reflection Able to attach various connectors Excellent geometric properties XN Item Insertion loss Condition - Min - Value() Typical < 0.5 Max < 0.0 Parameter Insertion loss(max.) Uniformity PDL Unit x x x x x x Return loss SPC UPC APC > 0 > 50 > 60 > 5 > 55 > XN Parameter Insertion loss(max.) Uniformity PDL Unit Common Spec(xN, xn) x x x x x Auto-shutter Adaptor SC type Easy installation High precision alignment sleeve Low insertion loss Improved reconnect ability Parameter Unit Value Operating wavelength Return loss Directivity Operating temperature Storage temperature nm 60~ ~5-0~5 Field Assemble Connector Application Splitter Module Quick and easy assembly in the field Reliable and superior optical performance Possible to reuse(ave. 5times) No epoxy or polishing required Parameter Specification Type. Size : 0x90x0mm Up to ~x splitter MOB Type. Size : 90x5x0mm Up to ~x splitter FDH, OTB, ODF Type. Size : 0x90xmm Up to fan-out kit OTB, ODF Type. Size : 0xx6mm Up to x splitter OTB Fiber type Cable diameter Insertion loss Return loss The strength of coupling mechanism Operational temperature Storage temperature Tensile load(on 900µm) Ferrule material Single Mode 0.9mm /.0mm /.0mm / xmm Max 0. / Avg. 0. PC : 0 / APC : 50 < 0. with N Load -0~70-0~0 0.55lb(50g) Load 0. change Zirconia Ceramic

14 GLOBAL LEADING COMPANY IN FIBER OPTICS