Introduction.

Transcription

1 Introduction On the theshold of the 21st Century, we find ourselves with forms of communication and information that exceed all humankind s expectations. The advance of technology has brought together thousands of people and uncountable companies, joined in the ongoing process of globalization, mainly through telecommunications and data communication networks. Furukawa, a company specialized in developing systems in this field, is a leading manufacturer of fiber optic cables, applying cutting-edge technology to building products for conveying information. This evolved from Furukawa s decision, in 1974, to set up activities in Brazil, to make aluminum cables at its Lorena plant, in the State of São Paulo. In 1977, it opened in Curitiba one of the most modern factories of telephone, electronic and optic cables, as well as beginning a pioneering activity in Wide Band systems. From then on, Furukawa has never stopped. Having consolidated its image in this new technological scenario, it herewith issues its most recent Optic Fiber and Cable Catalog, providing the information and specifications required for proper system deployments. With Furukawa-designed Fiber Optic systems, the information payload flows faster and efficiently, bringing technology closer to everyone. Rounding out its activities, Furukawa also prepares projects and carries out deployments in all areas related to telecommunication and data networks for companies and institutions seeking state-of-the-art technology. BUILDING THE NETWORKS OF THE FUTURE 1

2 TABLE OF CONTENTS Coding Outdoor Underground Network CFOA-SM-DD-S / CFOA-NZD-DD-S BLOW CABLE... 5 and 6 CFOA-SM-DD-G / CFOA-NZD-DD-G... 7 and 8 CFOA-SM-DD-S / CFOA-NZD-DD-S... 9 and 10 CFOA-SM-DE-G / CFOA-NZD-DE-G and 12 CFOA-SM-ARE-G / CFOA-NZD-ARE-G CFOA-SM-ARD-G / CFOA-NZD-ARD-G and 14 CFOA-SM-DPE-G / CFOA-NZD-DPE-G and 16 CFOA-SM-DER-G (PPU) / CFOA-NZD-DER-G (PPU) CFOA-SM-DER-G (PFV) / CFOA-NZD-DER-G (PFV) and 18 Outdoor Overhead Network CFOA-SM-ASY-G / CFOA-NZD-ASY-G CFOA-SM-ASY-RA-G / CFOA-NZD-ASY-RA-G and20 CFOA-SM-LVY-S / CFOA-NZD-LVY-S and 22 OPGW-SM / OPGW-NZD and 24 Indoor Plant CFOI-SM-MF / CFOI-NZD-MF CFOI-SM-UB / CFOI-NZD-UB and 26 COA-SM-MF / COA-NZD-MF Cord and 28 Characteristics of in Cables Connectors General Installation Methods and 32 Acknowledgement We thank you for deciding to select Furukawa quality products. This Catalog provides the main technical characteristics of Furukawa-made and Cables. The main cables are supplied in loose and tight configurations, designed to meet the requirements of any kind of deployment. The each Fiber s attenuation figure is measured to assure that it complies with the requirements of the strictest specifications. Our Customer Care Center is available to answer any questions on our products at: 2

3 OPTICAL CABLES Coding Outdoor Underground Network CFOA-X-Y-W-Z (K) Outdoor Overhead Network CFOA-X-ASY-W-Z CFOA-X-ASY-RA-G-Z CFOA-X-LVY-W-Z-K The cables given in this catalog are coded as follows: Special Characteristics: PFV - Fiberglass protection/ppu - Pultruded-Element Protection Number of Optic G- Gel Core; S - Dry Core Cable Application DD - DE - DPE - ARO - ARE - DER - DDR - Dielectric for installation in ducts Dielectric for directly buried installation Dielectric and protected for directly buried installation Protected with Corrugated Steel Strip for Duct installation Protected with Corrugated Steel Strip for directly buried installation Dielectric and protected from rodents for directly buried installation Dielectric and protected from rodents for duct installation Type of : MM - Multimode / SM - Single Mode / NZD - Non Zero Dispersion Fiber cable jacket Fiber Cable Number of G - Gel Core; S - Dry Core Maximum span - (80, 120, 200 m) AS - Self-supported Type of Fiber: MM - Multimode / SM - Single Mode / NZD - Non Zero Dispersion Fiber cable jacket Fiber Cable Fiber Cable Subscriber Network OPGW Ground Wire Type of Cable Jacket: RT- Trailing-resistant / RC - Flame stopping Number of G - Gel Core; S - Dry Core Maximum span - (300, 400, 500 m) Long span Type of Fiber: MM - Multimode / SM - Single Mode / NZD - Non Zero Dispersion Cable jacket ( ) Indoor Network CFOI-X-Y-Z COA-X-MF Number of Cable Core: MF - Single Fiber / UB - Basic Unit Type of Fiber: MM - Multimode / SM - Single Mode / NZD - Non Zero Dispersion Indoor Fiber Cable Single Fiber Type of Fiber: MM - Multimode / SM - Single Mode / NZD - Non Zero Dispersion fiber cable jacket Cord 3

4 OPTICAL FIBERS Characteristics Characteristics Requirement Application: Recommende for low-loss and high throug-ban optical systems, such as: long distance systems, trunking networks, data and video distribution and transmission. Single-mode optical fiber with Matched Cladding type index profile and double acrylic jacket. Excellent geometric properties, allowing low-loss splices. Recommended for all types of optical cables, such as loose tube, tight, ribbon or slotted, providing excellent performance. Description: Furukawa-made matched cladding type profile optical fiber for use in the 1310 nm to 1550 nm wavelenght range. Primary acrylic jacket double-coated to 245 µm, providing adequate protection, minimizing its sensitivity to bends. Fiber Cutoff Wavelenght (λ cf) Cable Cutoff Wavelenght (λ cc) Null Dispersion Wavelenght (λ o ) Null Dispersion Stope (S o): To obtain the cromatic dispersion, use the following formula: 4 D (λ) = (λ λ o ) ps/nm.km (for 1200 nm λ 1600 nm) 3 λ Modal Field Diameter 1285 ~ 1330 nm Uniformity of Attenuation 1525 ~ 1575 nm Polarizing Mode Dispersion (PMD) Sensitivity to Bending Dimensional Characteristics Characteristic Mechanical Characteristics Characteristic Constant Mechanical Stress (Proof Test) Jacket Removal Force 1150 nm λ 1330 nm cf 1270 nm 1300 nm λ o 1323 nm ps / (nm².km) (9.3 ± 0.5) µm at 1310 nm (10.4 ± 0.8) µm at 1550 nm 0.05 db/km 0.05 db/km 0.2 ps / km ½ 0.10 db / km at 1550 nm Number of Turns = 100 Mandrel el Radius = 37.5 mm Requirement Diameter of Shell (125 ± 2) µm Diameter of Jacket (245 ± 10) µm Modal Field / Shell Concentricity Error 0.8 µm Non-Circularity of Shell 1% Fiber / Shell Concentricity Error 12 µm Environmental Characteristics Thermal Cycle Lengths of Delivery m to m Specification: ABNT NBR / ITU-T G-652 Requirement 0,70 Gpa (1.0 %) 1.5 F 5.0 N 0.05 db / km at 1550 nm (-60 ºC to + 85 ºC) 4

5 OUTDOOR UNDERGROUND NETWORK Cables BLOW CABLE CFOA-SM-DD-S / CFOA-NZD-DD-S Construction Characteristics Types Data CFOA-SM-DD-S CFOA-NZD-DD-S Fiber Primary Fiber Jacket Number of * Cable Core Central Element Tensile Element Core Tie * Other values can be provided through inquiry. Single Mode 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Hydro Expandable Material Non-metal Material Synthetic Synthetic Material Wires Black Polyethylene or Copolymer Non Zero Dispersion Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM systems. Its loose type design and the materials used in its manufacture provide full cable protection from bad weather. Indicated for outdoor deployment, such as in urban trunking transport or subscriber access networks. Its corrugated outer sheath provides a lower friction coefficient in ducts and subducts, allowing higher airflow drag efficiency. Dimensional Characteristics Designation BLOW CABLE CFOA-SM-DD-S CFOA-NZD-DD-S * Other lenghts can be provided on inquiry. per Basic Unit Specification: ABNT NBR and Furukawa PT-1035 External Diameter (mm) Net Mass (kg/km) * Length per Coil (m) 04 to to to Description: Fully dielectric optical cable. Core waterproofed with hydro expandable material (dry core). External black corrugated thermoplastic sheath. 5

6 OUTDOOR UNDERGROUND NETWORK Mechanical Characteristics CFOA-SM-DD-S / CFO-NZD-DD-S (BLOW CABLE) Formation Maximum Installation Load Compression Resistance Minimum Bend Radius (mm) During Installation Installed Cable 4, 6, 8, 10, 12, 18, 24, 30,36, 48, 60, 72, 96, 120, x Weight of Cable per km. Minimum: x Weight of Cable per km. Minimum: x External 10 x External Cable Formation Available from 04 to 144. CFOA-SM-DD-S / CFOA-NZD-DD-S (BLOW CABLE) Tensile Element Filler Protection Tube Central Dielectric Material Waterproofing Ribbons Rip Cord

7 OUTDOOR UNDERGROUND NETWORK Cables CFOA-SM-DD-G / CFOA-NZD-DD-G Construction Characteristics Data Fiber Primary Fiber Jacket Number of * Cable Core Central Element Tensile Element Core Tie Types * Other lenghts can be provided on inquiry. CFOA-SM-DD-G Single Mode 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Gel Non-metal Material Synthetic Non Hygroscopic Material Black Polyethylene or Copolymer CFOA-NZD-DD-G Non Zero Dispersion Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferecing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM systems. Its loose type design and the materials used in its manufacture provide full cable protection from bad weather. Indicated for outdoor deployment, such as urban trunking transport or subscriber access networks. Can be installed in duct runways or overhead lines, with steel cordage support. Dimensional Characteristics Designation CFOA-SM-DD-G CFOA-NZD-DD-G * Other lenghts can be provided on inquiry. per Basic Unit External Diameter (mm) Net Mass (kg/km) * Length per Coil (m) 04 to to to Specification: ABNT NBR 14566, Telebrás ANATEL Certification XXX256 / XXX256 / XXX256 Description: Fully dielectric optical cable with high tensile resistance. Gel-filled core for waterproofing. External black thermoplastic sheath. 7

8 OUTDOOR UNDERGROUND NETWORK Mechanical Characteristics CFOA-SM-DD-G / CFOA-NZD-DD-G Formation Maximum Installation Load Compression Resistance Minimum Bend Radius (mm) During Installation Installed Cable 4, 6, 8, 10, 12, 18, 24, 30,36, 48, 60, 72, 96, 120, x weight of Cable per km. Minimum: x weight of Cable per km. Minimum: x External 10 x External Cable Formation Available from 04 to 144. CFOA-SM-DD-G / CFOA-NZD-DD-G Tensile Element Filler Protection Tube Central Dielectric Material Rip Cord

9 OUTDOOR UNDERGROUND NETWORK Cables CFOA-SM-DD-S / CFOA-NZD-DD-S Construction Characteristics Data Fiber Primary Fiber Jacket Number of * Cable Core Central Element Tensile Element Core Tie Types * Other lenghts can be provided on inquiry. CFOA-SM-DD-S Single Mode 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Hydro Expandable Material Non-metal Material Synthetic Synthetic Material Threads Black Polyethylene or Copolymer CFOA-NZD-DD-S Non Zero Dispersion Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferecing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM systems. Its loose type design and the materials used in its manufacture provide full cable protection from bad weather. Indicated for outdoor deployment, such as in urban trunking transport or subscriber access networks. Can be installed in duct runways or overhead lines, with steel cordage support. Dimensional Characteristics Designation CFOA-SM-DD-S CFOA-NZD-DD-S * Other lenghts can be provided on inquiry. Specification: ABNT NBR per Basic Unit External Diameter (mm) Net Mass (kg/km) * Length per Coil (m) 04 to to to Description: Fully dielectric optical cable with high tensile resistance. Core waterproofed by hydro expandable material (dry core). External black corrugated thermoplastic sheath. 9

10 OUTDOOR UNDERGROUND NETWORK Mechanical Characteristics CFOA-SM-DD-S / CFOA-NZD-DD-S Formation Maximum Installation Load Compression Resistance Minimum Bend Radius (mm) During Installation Installed Cable 4, 6, 8, 10, 12, 18, 24, 30,36, 48, 60, 72, 96, 120, x Weight of Cable per km. Minimum: x Weight of Cable per km. Minimum: x External 10 x External Cable Formation Available from 04 to 144. CFOA-SM-DD-S / CFOA-NZD-DD-S Tensile Element Filler Protection Tube Central Dielectric Material Waterproofing Ribbons Rip Cord

11 OUTDOOR UNDERGROUND NETWORK Cables CFOA-SM-DE-G / CFOA-NZD-DE-G FURUKAWA CFOA-SM-DE-G Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rate, such as in SDH/SONET and ATM, among others, or multiple wavelengths, such as in WDM or DWDM systems. Its loose type design and the materials used in its manufacture provide full cable protection from bad weather. Indicated for outdoor deployment, such as urban trunking transport networks. Its polyamide jacket provides protection from ants and termites, making it suitable for directly buried installation. Construction Characteristics Data Fiber Primary Fiber Jacket Number of * Cable Core Central Element Core Tie Internal Sheath Internal Jacket Dimensional Characteristics Designation CFOA-SM-DE-G CFOA-NZD-DE-G Type * Other lenghts can be provided on inquiry. * Other lenghts can be provided on inquiry. CFOA-SM-DE-G Single Mode per Basic Unit External Diameter (mm) Net Mass (kg/km) * Length per Coil (m) 04 to to to Specification: ABNT NBR 14103, Telebrás ANATEL Certification XXX256 / XXX256 / XXX256 Non Zero Dispersion 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Gel Non-metal Material Non Hygroscopic Material Black Polyethylene or Copolymer Polyamide (Nylon) CFOA-NZD-DE-G Black Polyethylene or Copolymer Description: Fully dielectric optical cable with high compression resistance, protected from ants and termites. 11

12 OUTDOOR UNDERGROUND NETWORK Mechanical Characteristics CFOA-SM-DE-G / CFOA-NZD-DE-G Formation Maximum Installation Load Compression Resistance Minimum Bend Radius (mm) During Installation Installade Cable 4, 6, 8, 10,12, 18, 24, 30, 36, 48, 60, 72, 96, 120, x External 10 x External Cable Formation Available from 04 to 144. CFOA-SM-DE-G / CFOA-NZD-DE-G Internal Sheath Protection Tube Central Dielectric Element Filler Rip Cord Polyamide Internal Element (Nylon)

13 OUTDOOR UNDERGROUND NETWORK Cables CFOA-SM-ARE-G / CFOA-NZD-ARE-G CFOA-SM-ARD-G / CFOA-NZD-ARD-G Construction Characteristics Data Fiber Primary Fiber Jacket Number of * Cable Core Central Element Tensile Element CFOA-SM-ARD-G CFOA-NZD-ARD-G Single Mode or Single Mode With Non Zero Dispersion 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Gel Non Metal Material Core Tie Non Hygroscopic Material Internal Sheath - Protection from Rodents Corrugated Steel Tape Types Synthetic Fiber CFOA-NZD-ARE-G CFOA-NZD-ARE-G Single Mode or Single Mode With Non Zero Dispersion 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Gel Non Metal Material Non Hygroscopic Material Polyethylene or Copolymer Corrugated Steel Tape Black Polyethylene or Copolymer Black Polyethylene or Copolymer - Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rate, such as in SDH/SONET and ATM, among others, or multiple wavelengths, such as in WDM or DWDM systems. Its corrugate steel tape shielding make it suitable for use in installations liable to rodent activity. Indicated for outdoor deployment, such as urban and interurban trunking transport or subscriber access networks, installed in underground tunnels or directly buried. Description: Fully dielecric optical cable protected by corrugated by steel armor. External black corrugated thermoplastic sheath. Dimensional Characteristics Designation CFOA-SM-ARE-G CFOA-NZD-ARE-G Dimensional Characteristics Designation CFOA-SM-ARD-G CFOA-NZD-ARD-G * Other lenghts can be provided on inquiry. * Other lenghts can be provided on inquiry. per Basic Unit per Basic Unit External Diameter (mm) External Diameter (mm) Net Mass (kg/km) Net Mass (kg/km) * Length per Coil (m) 04 to to to * Length per Coil (m) 04 to to to Specification: ABNT , and Furukawa PT

14 OUTDOOR UNDERGROUND NETWORK Mechanical Characteristics CFOA-SM-ARE-G / CFOA-NZD-ARE-G Formation Maximum Installation Load Compression Resistance Minimum Bend Radius (mm) During Installation Installed Cable 4, 6, 8, 10,12, 18, 24, 30, 36, 48, 60, 72, 96, 120, x External 10 x External Field test showing cable attacked by rodents. CFOA-SM-ARD-G / CFOA-NZD-ARD-G Formation 4, 6, 8, 10,12, 18, 24, 30, 36, 48, 60, 72, 96, 120, 144 Maximum Installation Load 2 x Weight of Cable per km. Compression Resistance 1 x Weight of Cable per km. Minimum:1000 Minimum Bend Radius (mm) During Installation 20 x External Installed Cable 10 x External Cable Formation Available from 04 to 144 CFOA-SM-ARE-G / CFOA-NZD-ARE-G Internal Sheat Protection Tube Central Dielectric Material Rip Cord Filler Waterproofing Ribbons Corrugated Steel Tape CFOA-SM-ARD-G / CFOA-NZD-ARD-G Rip Cord Protection Tube Central Dielectric Element Tensile Element Filler Waterproofing Ribbons Corrugated Steel Tape

15 OUTDOOR UNDERGROUND NETWORK Cables CFOA-SM-DPE-G / CFOA-NZD-DPE-G Construction Characteristics Data Primary Fiber Jacket Number of * Cable Core Tensile Element Central Element Core Tie External Jacket Types * Other lenghts can be provided on inquiry. CFOA-SM-DPE-G Single Mode 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Gel Synthetic Non-metal Material Non Hygroscopic Material Black Polyethylene or Copolymer Polyamide (Nylon) Black Polyethylene or Copolymer CFOA-NZD-DPE-G Non Zero Dispersion Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM systems. Its loose type design and the materials used in its manufacture provide full protection from bad weather. Indicated for outdoor deployment, such as in urban trunking transport networks lts polyamide jacket provides protection from ants and termites, and its external duct enhances even more the network s reliability, protecting it from accidental breakage by backhoes, for instance, making it suitable for directly buried installation. Dimensional Characteristics Designation CFOA-SM-DE-G CFOA-NZD-DE-G * Other lenghts can be provided on inquiry. per Basic Unit External Diameter (mm) Net Mass (kg/km) Cable Duct Cable Duct * Length per Coil (m) 04 to , to , , to , , , , , Specification: ABNT NBR 14103, Telebrás ANATEL Certification XXX256 / XXX256 / XXX256 Description: Fully dieletric optical cable with high tensile resistance. Core filled with waterproofing material, with thermoplastic jacket and a high-density polyethylene protection duct. 15

16 OUTDOOR UNDERGROUND NETWORK Mechanical Characteristics CFOA-SM-DPE-G / CFOA-NZD-DPE-G Formation Maximum Installation Load Compression Resistance Minimum Bend Radius (mm) During Installation Installed Cable 4, 6, 8, 10,12, 18, 24, 30, 36, 48, 60, 72, 96, 120, x External 10 x External Duct sealer accessory around the Cable DPE. Cable Formation Available from 04 to 144. CFOA-SM-DPE-G / CFOA-NZD-DPE-G HDPE Duct Internal Sheath Internal Jacket Tensile Element Protection Tube Central Dielectric Material Filler Rip Cord

17 OUTDOOR UNDERGROUND NETWORK Cables CFOA-SM-DER-G (PPU)/CFOA-NZD-DER-G (PPU) CFOA-SM-DER-G (PFU)/CFOA-NZD-DER-G (PFV) Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD singlemode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM, systems. Its loose type design and the materials used in its manufacture provide full cable protection from bad weather. Indicated for outdoor deployment, such as in interurban trunking transport networks. CFOA-SM-DER-G (PPU) The polyamide jacket and layer of pultitruded elements (FRP) provide protection from ants and termites, making it suitable for directly buried installation. CFOA-SM-DER-G (PFV) The polyamide jacket and layer of fiberglass provide protection from rodents, ants and termites, making it suitable for directly buried installation. Description: Fully dieletric optical cable with high compression resistance, protected from insects and rodents. (PPU) Pultrade Protection. (PFV) Fiberglass Protection. Note.: Also available for duct installation (CFOA-SM-DDR-G / CFOA-NZD-DDR-G) through inquiry. Construction Characteristics Data Fiber Primary Fiber Jacket Number of * Cable Core Central Element Core Tie Internal Sheat Internal Jacket Protection from Rodents External Sheat Types * Other lengths can be provide on inquiry. Dimensional Characteristics Desigantion CFOA-SM-DER-G (PFU) CFOA-NZD-DER-G (PFV) * Other lengths can be provide on inquiry. CFOA-SM-DER-G (PPU) CFOA-NZD-DER-G (PPU) Single Mode or Single Mode with Non Zero Dispersion 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Gel Non-metal Material Non Hygroscopic Material Polyethylene or Copolymer Polyamide (Nylon) Layer of Fiber Reinforced Plastic Pultruded Element Black Polyethylene or Copolymer per Basic Unit Dimensional Characteristics Desigantion CFOA-SM-DER-G (PPU) CFOA-NZD-DER-G (PPU) External Diameter (mm) CFOA-NZD-DER-G (PFV) CFOA-NZD-DER-G (PFV) Single Mode or Single Mode with Non Zero Dispersion 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Gel Non-metal Material Non Hygroscopic Material Polyethylene or Copolymer Polyamide (Nylon) Layer of Fiberglass Net Mass (kg/km) Black Polyethylene or Copolymer * Length per Coil (m) 04 to to to , * Other lengths can be provide on inquiry. per Basic Unit External Diameter (mm) Specification: ABNT , and Furukawa PT-0511 ANATEL Certification XXX256 / XXX256 Net Mass (kg/km) * Length per Coil (m) 04 to to to

18 OUTDOOR UNDERGROUND NETWORK Mechanical Characteristics CFOA-SM-DER-G / CFOA-NZD-DER-G (PPU and PFV) Formation Maximum Installation Load Compression Resistance Minimum Bend Radius (mm) During Installation Installed Cable 4, 6, 8, 10,12, 18, 24, 30, 36, 48, 60, 72, 96, 120, x External 10 x External Field test showing cable attacked by rodents. Cable Formation Available from 04 to 144. CFOA-SM-DER-G (PFV) / CFOA-NZD-DER-G (PFV) Internal Sheath Rodent Protection (PFV) Filler Protection Tube Nylon Jacket CFOA-SM-DER-G (PPU) / CFOA-NZD-DER-G (PPU) Rodent Protection (PPU) Nylon Jacket Central Dielectric Material Cladding Filler Internal Sheath

19 OUTDOOR OVERHEAD NETWORK Cables CFOA-SM-ASY-G / CFOA-NZD-ASY-G (PPU) CFOA-SM-ASY-RA-G / CFOA-NZD-ASY-RA-G CFOA - SM - AS120 - RA - G Construction Characteristics Data Primary Fiber Jacket CFOA-SM-ASY-G Single Mode Number of * 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Cable Core Gel Central Element Non-metal Material Core Tie Type Tensile Element External Jacket * Other lengths can be provided on inquiry. Theads of non Hygroscopic Material CFOA-NZD-ASY-G Non Zero Dispersion Aramine Synthetic Fiber Black Polyethylene or Copolymer With or Without Sire Stopping Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or with multiple wavelengths, such as WDM or DWDM, systems. Its loose type design and the materials used in its manufacture provide full protection from bad weather. Indicated for outdoor deployment, such as urban trunking transport or subscriber access networks, the cable is recommended for outdoor overhead, self-supporting installations. Description: Fully dielectric optical cable with high tensile resistance, waterproofed core and external thermoplastic jacket. Construction Characteristics Data Fibe Primary Fiber Jacket Types specification: ABNT NBR 14160, Telebrás Furukawa PT-0352 ANATEL Certification XXX256 CFOA-SM-ASY-RA-G / CFOA-NZD-ASY-RA-G Single Mode Number od * 2, 4, 6, 8, 10 and 12 Supporting Element Fiber Reinforced Plastic (FRP) - Pultuted Element External Jacket Black Polyethylene or Copolymer * Other lengths can be provided on inquiry. Dimensional Characteristics Designation CFOA-SM-ASY-G CFOA-NZD-ASY-G CFOA-SM-ASY-RA-G CFOA-NZD-ASY-RA-G * Other lengths can be provided on inquiry. Fiber per Basic Unit External Diameter (mm) Net Mass (kg/km) * Length per Coil (m) 04 to to to

20 OUTDOOR OVERHEAD NETWORK Mechanical Characteristics CFOA-SM-ASY-G / CFOA-NZD-ASY-G Formation 4, 6, 8, 10,12, 18, 24, 30, 36, 48, 60, 72, 96, 120, 144 Span (m) Maximum Instalattion Load Tensile Load 1.5 x cable weight/km 2 x cable weight/km 3 x cable weight/km Compression Resistance (kgf/10 cm) 1 x Weight of Cable per km. Minimum N Projected Fluency After Installed for 20 years (%) Maximum 0.2 CFOA-SM-ASY-RA-G / CFOA-NZD-ASY-RA-G Formation 2, 4, 6, 8, 10,12 Span (m) Maximum Instalattion Load Tensile Load 1.5 x cable weight/km 2 x cable weight/km Compression Resistance (kgf/10 cm) 1 x Weight of Cable per km. Minimum N Projected Fluency After Installed for 20 years (%) Maximum 0.2 Cable Formation Available from 2 to 12. CFOA-SM-ASY-RA-G 12 Tensile Element External Jacket Rip Cord Protection Tube 12 Cable Formation Available from 04 to 12. CFOA-SM-ASY-RA-G 72 Dielectric Tensile Element Internal Sheath Filler Central Dielectric Material Protection Tube 72 20

21 OUTDOOR OVERHEAD NETWORK Cables CFOA-SM-LVY-S / CFOA-NZD-LVY-S Construction Characteristics Data Fiber Primary Fiber Jacket Number of * Cable Core Central Element Core Tie Tensile Element External Jacket Types * Other lengths can be provided on inquiry. CFOA-SM-LVY-S Singe Mode 4, 6, 8, 10, 12, 18, 24, 30, 36, 48, 60 and 72 CFOA-NZD-LVY-S Non Zero Dispersion Non Hydro Expanding Material Non-metal Material Ribbons of non Hygroscopic Material Aramine Synthetic Fiber Black Polyethylene or Copolymer With or Without Fire Stopping or Trailling-resistant Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM, systems. Its loose type design and the materials used in its manufacture provide full protection from bad weather. Indicated for outdoor deployment, such as urban trunking transport, teh cbale is recommended for utdoor overhead, wide-span, self-supporting installations or on power transmission pylons. Dimensional Characteristics Designation CFOA-SM-LVY-S CFOA-NZD-LVY-S * Other lengths can be provided on inquiry. Fiber per Basic Unit Specification: ABNT y Furukawa PT-949 External Diameter (mm) Net Mass (kg/km) * Length per Coil (m) 04 to to to Description: Fully dieletric optical cable with high tensile resistance, waterproofed core and external thermoplastic jacket. 21

22 OUTDOOR OVERHEAD NETWORK Mechanical Characteristics CFOA-SM-LVY-S / CFOA-NZD-LVY-S Formation Span (m) Maximum Installation Load N Tensile Load Compression Resistance (kgf/10 cm) Projected Fluency after Installed for 20 years (%) 4, 6, 8, 10,12, 18, 24, 30, 36, 48, 60, x Cable weigth/km 6 x Cable weigth/km 7.5 x Cable weigth/km 1 x Weight ot cable/km. Maximum 0.2 Cable Formation Avaialable from 2 to 72. CFOA-SM-LVY-S / CFOA-NZD-LVY-S Dielectric Tensile Element Water Proof Threads Internal Sheath Filler Central Dielectric Material Protection Tube 36 External Sheat Dielectric Tensile Element Water Proof Threads Internal Sheath Filler Central Dielectric Material Protection Tube 72 22

23 OUTDOOR OVERHEAD NETWORK Cable OPGW-SM / OPGW-NZD Construction Characteristics Data Types OPGW-SM OPGW-NZD Fiber Single Mode Non Zero Dispersion Primary Fiber Jacket Number of * 6, 12, 18, 24, 36 and 48 Spacer Slotted Steel Protection Tube Aluminum External Wires * Other lengths can be provided on inquiry. Steel Wire Covered With Aluminum and/or Steel-aluminum Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM, systems. Its loose type design and the materials used in its manufacture provide full protection from bad weather. Indicated for outdoor deployment, such as urban trunking transport, teh cbale is recommended for utdoor overhead, wide-span, self-supporting installations or on power transmission pylons. Description: Steel wire and/or steel-aluminium alloy lightning shielded cable with and optical fiber core. Dimensional Characteristics Characteristics Aluminum-Steel Tape Unit *OPGW 47 mm² Specification: Furukawa PT mm² / PT mm² PT mm² / PT mm² PT mm² *OPGW 54 mm² *OPGW 63 mm² *OPGW 79 mm² *OPGW 96 mm² nº / mm 9 / / / / / 3.9 Aluminum Alloy Wires nº / mm / 3.9 Aluminum Tube Outer Diameter mm Cable Outer Diameter mm Rated Net Mass kg / km * Other lengths can be provided on inquiry. Electrical and Mechanical Characteristics Characteristics DC Electrical Resistance at 20ºC Final Linear Expansion Coefficient Steel-Aluminum Wire Conductivty Final Elastic Modulus Breaking Load Maximum Short Circuit Current Capacity Maximum Short Circuit Current Temperature Unit OPGW 47 mm² OPGW 54 mm² OPGW 63 mm² OPGW 79 mm² OPGW 96 mm² Ω/km /ºC x % IACS kgf / mm² 16,500 16,500 13,520 15,030 10,300 kgf 5,600 6,600 7,770 8,950 5,700 ka².s (4,7 KA x 0,5s) (6,5 KA x 0,5s) (33 KA x 0,5s) (6,8 KA x 0,5s) (11,8 KA x 0,5s) ºC

24 OUTDOOR OVERHEAD NETWORK OPGW Cable Formation Available from 6 to 48. OPGW 54 mm² - 36 Fibras Configuration of the Basic Unit (06 to 08 fibers) Central Element Configuration of the Core Basic Unit Aluminum Spacer Aluminum Tube Steel-Aluminum Wires Basic Unit Aluminum Tube Aluminum Spacer 24

25 OUTDOOR PLANT Cables CFOI-SM-MF / CFOI-NZD-MF CFOI-SM-UB / CFOI-NZD-UB Construction Characteristics Data Fiber Primary Fiber Jacket Sencondary Jacket Types CFOI-SM-MF CFOI-NZD-MF Single Mode or Single Mode with Non Zero Dispersion Thermoplastic CFOI-SM-UB CFOI-NZD-UB Number of * 2, 4, 6, 8, 10 and 12 18, 24, 30, 36, 48, 60, 72, 96, 120 and 144 Cable Core Single Fiber Cords Single Mode or Single Mode with Non Zero Dispersion - Basic Units with 06 to 12 per Unit Central Element Dielectric Material Dielectric Material Core Tie External Jacket Non Hygroscopic Material Blue Fire Stopping Thermoplastic Non Hygroscopic Material Blue Fire Stopping Thermoplastic Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM, systems. With fire stopping characteristics, these cables are indicated for indoor installations at telephone central offices and commercial, industrial or residential buildings where fire-stopping safety is required. Description: Fully dielectric optical cable formed by optical cords or basic units, with fire stopping characteristics. Dimensional Characteristics Designation CFOI-SM-MF CFOI-NZD-MF CFOI-SM-UB CFOI-NZD-UB 02 to 06 * Other lengths can be provided on inquiry. per Basic Unit Specification: Telebrás y Furukawa PT-0696 ANATEL Certification XXX256 / XXX256 - External Diameter (mm) 12.0 Net Mass (kg/km) 150 * Length per Coil (m) to to to

26 OUTDOOR OVERHEAD NETWORK Mechanical Characteristics CFOI-SM-MF / CFOI-NAD-MF and CFOI-SM-UB / CFOI-NZD-UB Formation 4, 6, 8, 10, 12,18, 24, 30, 36, 48,60, 72, 96, 120, 144 Maximum Installation Load 0.2 x Cable Weight per km Compression Resistance 1000 Minimum Bend Radius (mm) During Installation 20 x External Installed Cable 10 x External Cable Formation Available from 04 to 144. CFOI-SM-MF / CFOI-NZD-MF Outer Jacket Cords Central Dilectric Element 6 CFOI-SM-UB / CFOI-NZD-UB Outer Sheath Protection Tube Central Dielectric Element

27 INDOOR OVERHEAD NETWORK Cord COA-SM-MF / COA-NZD-MF Application: The accelerated development in telecommunications and the need for higher transmission rates, to provide other services, such as multimedia, internet and remote conferencing, among others, has made optical cables the prime transmission media. These cables, using standard and NZD single-mode fibers, allow operating at high transmission rates, such as in SDH/SONET and ATM, among others, or multiple wavelength, such as WDM or DWDM, systems. With fire stopping characteristics, these cables are indicated for indoor installations at telephone central offices and commercial, industrial or residential buildings where fire-stopping safety is required. Description: Cord cable formed by tight type insulated fiber, dielectric tensile element and fire stopping thermoplastic outer sheath. Construction Characteristics Data Fiber Primary Fiber Jacket Secondary Jacket Tensile Element Outer Jacket Types Dimensional Characteristics Data COA-SM-MF 01 COA-NZD-MF * Other lengths can be provided on inquiry. Mechanical Characteristics Cords: COA-SM-MF / COA-NZD-MF Formation Single Fiber Cord Maximum Installation Load COA-SM-MF Single Mode Thermoplastic Non Metallic Material, Distributed Over the Outer Jacket (Synthetic Fiber) Blue Fire Stopping Thermoplastic Specification: ABNT NBR and Telebrás External Diameter (mm) COA-NZD-MF Non Zero Dispersion Thermoplastic Non Metallic Material, Distributed Over the Outer Jacket (Synthetic Fiber) Green Fire Stopping Thermoplastic Net Mass (kg/km) * Length per Reel (m) , 500, , 500, 750 Minimum Breaking Traction Minimum Bend Radius (mm) Without Incresing Attenuation Above 0.1 db mm 27

28 INDOOR NETWORK Cord Formation COA-SM-MF Outer Jacket Dielectric Tensile Element Secondary Jacket Fiber 28

29 General Informations of Cables Characteristics Characteristics Tipical Attenuation at 1310 nm Maximum Attenuation at 1310 nm Tipical Attenuation at 1550 nm db/km Maximum Attenuation at 1550 nm Chromatic Dispersion at 1310 nm Chromatic Dispersion from 1285 nm to 1330 nm Chromatic Dispersion at 1550 nm 18 - ps/nm.km Chromatic Dispersion from 1525 to 1575 nm 19 - Chromatic Dispersion at 1530 nm Chromatic Dispersion at 1565 nm Dimensional Characteristics Characteristics Diameter of Shell Unit µm Single Mode Fiber (SM) Non Zero Dispersion Single Mode Fiber (NZD) 125 ± ± 1 Diameter of Jacket µm 245 ± ± 10 Modal Field/Shell Concentricity Error µm Non Circularity of Shell % 1 1 Unit Single Mode Fiber (SM) Non Zero Dispersion Single Mode Fiber (NZD) Fiber/ Jacket Concentricity Error µm

30 Connectors Extension Cord and Mechanical Characteristics SM/NZD Connector General The extensions and cords supplied by Furukawa are produced to the strictest Brazilian and International standards. The figures for return and insertion loss are the characteristics that define the high performance of these products. The higher the return loss lower and the insertion loss, the better the system s optical characteristics will be. Accordingly, assembling these devices in clean environments is of utmoust importance, with controlled temperature and moisture and with polishing equipment suitable for meeting the highest quality standards. Characteristic Type of Polishing Return Loss (db) Insertion Loss (db) Operation Range (ºC) Mechanical Life Tensile Resistance Applicable Models * * Other types of connectors are assembled to order. For instance, ST, E2000, etc. Standard Lengths Standard Lengths of single fiber cords/extensions with connectors. 1,5 m; 2,5 m; 7 m; 15 m and 20 m. (Other lengths on inquiry) Fiber Single Mode or Single Mode with Non Zero Dispersion PC SPC UPC APC Average 0.3 Maximum to 70 > 500 insertions 100 HMS10A SC, FC SC, FC SC, FC 30

31 Installation Method Directly Buried Deployment The installation methods of Furukawa cables are shown below. Directly Buried - Manual Process. Directly Buried - Plow Mechanized Process Using Machine. Concrete direct covering on DPE-G Cable. Installing in Rocky Soil. DPE-G Cable after accident with backhoe. Not undamaged Core. 31

32 Installation Method Underground Duct Installation Cables for ducts (DD-G or DD-S) Overhead Installation OPGW Overhead Cable installed on a Transmission Line Pylon. ASBO-RA-G Overhead Cable with Furukawa Acessory. 32