Rosenberger 201601151328430349

FIBER OPTICS AND DATA COMMUNICATION solution for wireless cellular sites and network

www.rosenberger.com www.rosenbergerap.com

Rosenberger HQ, Bavaria, Germany

INTRODUCTION Rosenberger Hochfrequenztechnik GmbH&Co. was founded in Germany in 1958 and ranks among the leading manufacturers of high-speed interconnect solutions worldwide. To serve the continuous growth and demand of the global market, Rosenberger Asia Pacific Electronic Co., Ltd. was established in China in 1997. With its long tradition of excellence and providing creative solutions, Rosenberger Asia Pacific has excelled and earned an outstanding reputation in the Asia Pacific region. Rosenberger Asia Pacific provides products and solutions for Telecommunication, Automotive Electronics, Information Technology, Test & Measurement, Aviation, and Medical & Industries. A sales network covering the entire Asia Pacific region generates an annual turnover close to 300 million USD. Reliability and competitiveness are the cornerstones of this sustainable growth, resulting in long term partnerships with most of the leading companies in their respective industries.

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E Rosenberger Asia Pacific: A: Beijing, China− Headquarters, R&D and Production B: GOA, India − R&D and Production C: Guangdong Dongguan, China − R&D and Production D: Haryana, India − R&D and Production

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E: Jiangsu Kunshan, China − R&D and Production F: Shanghai Pudong, China − R&D and Production

Rosenberger Asia Pacific maintains 6 modern manufacturing and R&D base locations in Beijing, Shanghai, Kunshan and Dongguan in China as well as Haryana & GOA in India, the largest of its kind in the Asia Pacific Region. Rosenberger Asia Pacific is an ISO 9001 quality system, ISO 14001 environmental system, and ISO/TS 16949 automotive industry system certified company. Equipped with advanced machining, electronic plating, cable manufacturing, assembly and testing centers and staffed with more then 200 R&D engineers, Rosenberger Asia Pacific has developed the first class production assembly lines and exercises stringent product and quality control. Presently, Rosenberger Asia Pacific maintains a far reaching network of R&D, Production, Sales and Service which extends to the whole Asia Pacific and Middle East region. For over 55 years Rosenberger has established its brand and reputation all over the world. Moving forward, Rosenberger Asia Pacific will continue to provide excellent product solutions and services for its customers in the entire region.

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MISSION STATEMENT • Design, manufacture and deploy total solutions for telecommunication networks worldwide • Create value for our customers through innovative products, customized services and cost effective solutions • Maintain the highest quality standards, state-of-the-art manufacturing facilities and employ reliable supply chain management to achieve and exceed customer expectations • Be socially responsible to our community and environment • Be committed to employee's personnel development

Core Value • Value Innovation • Customer Focus • Sustainable Growth • Social Responsibility

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PRODUCT PORTFOLIOS

Base Station Antenna Feeder Systems Wireless Coverage Solutions Microwave Backhaul Solutions RF Connectivity Solutions

Telecommunication System Solutions

Passive Intermodulation Measurement Systems FTTA Fiber Optic Site Solutions FTTx-ODN Passive Network Solutions Fiber Optic Connectivity Solutions Low Frequency Cables and Components Network Optimization Services

Premise Network Cabling Products

IT/Data Communication

Data Center/Cloud Computing Solutions Intelligent Infrastructure Management System

RF Test Cables

Test and Measurement

RF Precision Connectors Calibration Kits Accessories and Tools

FAKRA Connectors and Cable Assemblies

Automotive Electronics

HSD® System HVR® High Voltage Connectors RoPD® Power Data Connectors

Non-Magnetic RF Connectors Non-Magnetic RF Cable Assemblies

Medical & Industries

Data/RF/Power/DC Hybrid Connectors and Assemblies Customized Data/Power Connectivity System Fiber Optic Connectivity Products

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The Advanced Fiber Optics and Data Communication Solution for today and tomorrow’s wireless cellular sites and network Remote radio head (RRH) has become one of the most important subsystems of today and tomorrow's distributed wireless infrastructure. Remote radio head has operation and management processing capabilities and it has standardized or customized optical, power, data and RF interfaces for connecting to the rest of wireless radio network. The evolution and deployment of remote radio systems significantly improve the network bandwidth and performance while at the same time reduce energy consumption. The ubiquitous data explosion continues today in the every place and every second which demands the upgrades or new deployments of 3G and 4G-LTE network infrastructure by applying remote radio technology. Rosenberger is committed to develop and supply the most reliable fiber optic, power and data cabling infrastructures for fiberto-the-antenna (FTTA) and power-to-the-antenna (PTTA) as well as the communication network requirements.

The New Generation of FTTA Cabling This becomes effective in streamlining operations when replacing traditional base station equipment with RRHs or upgrading a site to support RRHs. There is a huge demand for highspeed data transfer in today’s global mobile telecommunication networks. Fiber-feeder remote radio technology offers potential savings in both capital expenditure (CAPEX) and operating expense (OPEX) reductions compared with traditional coaxial cable based solutions. The connectivity and cable performance between the base station and RRH/antenna is essential for maintaining the quality of service between the networks and end users. A single hybrid cable provides multiple fiber and copper transmission lines. This is a clear advantage as it consolidates space and provides room for growth for additional RRHs besides many other benefits. Rosenberger EasyLinkTM hybrid solution benefits telecommunication operators with innovative interconnect technology which can meet the next-generation mobile network requirements.

Telecommunication Office Interconnect Solution The network performance is also assured by having a more reliable, high bandwidth and low latency switching and transmission system. Software defined networking (SDN) and radio (SDR) equipment and new silicon photonics technology require high quality interconnect solutions particularly the fiber optic connectivity and cable assemblies, in addition to traditional copper solutions. Rosenberger is sophisticated in offering both copper and fiber optic interconnect products in all available bandwidths and interfaces, which are designed and manufactured for achieving the optimum performance mechanically, environmentally and in the way of transmission. The Rosenberger passive interconnect cable products are compatible to all communication equipment vendor products and supports the future upgradability of active equipment.

Leading Connectivity and Cable Products Not only Rosenberger supplies the industry-standard connectivity products both fiber optics and copper, but also the specialized 2-fiber Rosenberger Duplex Connector (RDC), 4-fiber Rosenberger Quad Connector (RQC), 12/24-fber Rosenberger Multi-fiber Connector (RMCTM) and Rosenberger Fiber Enclosure (RFE) the field installable IP67 waterproof kit have been developed for realizing today and tomorrow’s high density FTTA cabling, smart-grid and industrial cabling applications in harsh environment. Rosenberger Cable Systems designs and manufacturers standard and customized fiber optic cables according to the highest quality standards both IEC and Telecordia. UL and/or Anatel certified cable are able to be fulfilled together with monkey-bite design for certain local market requirements.

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Superior Quality The quality of our products and services is an essential part of our corporate strategy. Rosenberger’s quality philosophy is not just to optimize components and products, but to continuously improve and optimize all processes to ensure customer satisfaction: from product development, planning, purchasing, production, sales, logistics and service to environmental policy – all in all, to offer maximum benefit to our customers all over the world. Responsibility for quality also means being proactive in protecting our environment and natural resources. We endeavour to avoid or minimize environmental pollution – even beyond the requirements of legal regulations whenever possible. Rosenberger is certified according to ISO/TS 16949, ISO 9001 and ISO 14001

Environmental Directives Connectors and cable assemblies manufactured by Rosenberger correspond to the following Directives: • 2011/65/EU - Restriction of the use of certain Hazardous Substances in electrical and electronic equipment (RoHS) • 2012/19/EU - Waste Electrical and Electronic Equipment (WEEE) The objective of the above mentioned European Directives is to avoid or to limit the use of the following hazardous substances: • Lead • Mercury • Cadmium • Chrome VI • PBB (Polybrominated Biphenyls) • PBDE (Polybrominated Diphenyl Ethers)

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Content Introduction................................................ 2 Discrete FTTA Solution............................ 10 FTTA Cable Assembly E Series........................................... 11

Copper Connectivity Solution.................. 53 D-Sub Series Cable Assembly............................................ 54 RJ45 Ethernet Cable Assembly........................................... 55 Customized Assembly......................................................... 58

FTTA Cable Assembly H Series.......................................... 13

Ethernet Patch Panel.......................................................... 60

FTTA Cable Assembly N Series.......................................... 15

Balun Panel......................................................................... 63

FTTA Cable Assembly S Series........................................... 17

LSA Module and Distribution Unit........................................ 66

Pre-terminated Trunk FTTA Solution....... 19

Power Cable Assembly........................... 69

RDC Trunk Solution............................................................. 20

Indoor D-sub Type High Power Cable Assembly................. 70

RQC Trunk Solution............................................................ 21

Indoor ET 2 Pole Power Cable Assembly............................ 71

LC Trunk Solution................................................................ 22

Outdoor IP67 Power Cable Assembly................................. 72 Outdoor IP65 Power Cable Assembly................................. 73

EasyLinkTM FTTA Hybrid Solution............ 23 EasyLinkTM RDC Hybrid Solution......................................... 24 EasyLink

TM

RDC Hybrid Trunk Cable.................................. 25

EasyLink

TM

Fiber Optic Connectivity.......................... 74 Rosenberger Multi-fiber Connector (RMCTM)....................... 75

RQC Hybrid Solution........................................ 27

Rosenberger Quad Connector (RQC)................................. 76

EasyLinkTM RQC Hybrid Trunk Cable.................................. 28

Rosenberger Duplex Connector (RDC)............................... 77

EasyLinkTM RMCTM Hybrid Solution..................................... 30

Rosenberger Effcient Connector (REC).............................. 78

EasyLinkTM RMCTM Hybrid Trunk Cable............................... 31

LC Loopback Connector...................................................... 79

EasyLinkTM LC Hybrid Solution............................................ 33

LC Connector...................................................................... 80

EasyLinkTM LC Hybrid Cable Assembly............................... 34

SC Connector...................................................................... 81 MU Connector..................................................................... 82

RRH Jumper............................................ 35 RDC Fiber Jumper.............................................................. 36 RQC Fiber Jumper ............................................................. 37

E2000TM Connector............................................................. 83 Rosenberger Fiber Enclosure (RFE)................................... 84

RMCTM Fiber Jumper........................................................... 38

Rosenberger Cable Systems.................. 85

Hybrid Jumper..................................................................... 39

Quality and Environment..................................................... 86

Distribution Box....................................... 41

Simplex Fiber Optic Cable................................................... 92

Buffered Fiber...................................................................... 90

Fiber Distribution Box.......................................................... 42 Power Distribution Box........................................................ 43 Hybrid Distribution Box........................................................ 44

Installation Accessory.............................. 45

Duplex Fiber Optic Cable.................................................... 94 Distribution Fiber Optic Cable............................................. 96 Breakout Fiber Optic Cable................................................. 98 Distribution Fiber Optic Cable for FTTA............................. 100 Armored Fiber Optic Cable for FTTA................................. 101 Breakout Fiber Optic Cable for FTTA................................ 102

Cable Clamp........................................................................ 46 Grounding Kits..................................................................... 47 Hoisting Grips...................................................................... 47

Fiber Optic Interconnect Products........... 48 Patchcord & Pigtail.............................................................. 49 Fiber Patch Panel................................................................ 51 High Density VelaTM Modular Fiber Patch Panel................. 52

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Discrete FTTA Solution Rosenberger discrete FTTA solution supports all kinds of cellular radio site installation scenario whatever the remote radio heads (RRH) are collocated on top of tower or distributed on rooftop of a building. Rosenberger has developed and manufactured various fiber optic connectors such as RDC, RQC, RMCTM, RFE for harsh environment applications, fiber optic cables as well as cable assemblies with most stringent quality standards for remote radio network systems. Rosenberger has been the close partners of the major radio equipment manufacturers worldwide for many years by providing the world-leading Fiber-To-The-Antenna technologies and solutions.

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FTTA Cable Assembly E Series

Description This FTTA cable assembly is designed for connecting the Main Unit (MU) and the E Series of Radio Remote Head (RRH).

Feature and Benefit • Good for all common 3G/4G-LTE radio systems • IP67 ruggedized and compact cable divider • IP67 classed RFE for RRH connection • 100% factory assembled and tested

• Plug-and-play installation • Armored cable for monkey-bite and anti-rodent protection • UL(OFNR) and Anatel certified cable available on request • Customized cable and cable assembly available on request

Specification Profile/Outline Type A Side B B A

B A

Side A

Type B Side A

Side B

Type C Side A Side B B A B A

Type D Side A

Side B B A

Type E

B

A

Side A Side B B A

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Type F Side A

Side B

Type G Side A

Side B B A

Mechanical and Optical Property Type A

Type B

Type C

Type D

Type E

Type F

Type G

Connector Side A

LCD, SM

LCD (c/w RFE), LCD (c/w RFE), LCD (c/w RFE), SM SM SM

LCD, SM

LCD (c/w RFE), LCD (c/w RFE), SM SM

Side B

LCD, SM

LCD (c/w RFE), SM

LCD, SM

LCD (c/w RFE), SM

Fiber Optic Cable Fiber Type Fiber Count Cable Diameter Jacket Material Armor Protection

2 fibers 4.8mm

2 fibers 4.8mm

No

No

Min. Bending Radius (Static)

20mm

20mm

60mm

20mm

20mm

20mm

20mm

Min. Bending Radius (Dynamic)

30mm

30mm

100mm

30mm

30mm

30mm

30mm

Max. Tension Strength (Long-Term)

300N

300N

300N

300N

300N

300N

300N

Max. Tension Strength (Short-Term)

450N

450N

400N

450N

450N

450N

450N

3000N/10cm

3000N/10cm

Cursh Resistance Flame Resistance

LCD, SM

Single-mode according to ITU-T G.657A2, IEC 60793-2-10 4 fibers 2 fibers 2 fibers 2 fibers 5.0mm 4.8mm 4.8mm 4.8mm LSZH NO NO YES YES

2000N/10cm 3000N/10cm 7000N/10cm 7000N/10cm IEC 60332-1, IEC 60332-3-24, UL 1666 (optional)

Smoke and Halogen Emission UV Resistance

LCD, SM

Yes

Temperature Range Operation Temperature Range Storage Temperature Range Installation 2011/65/EU(RoHS)

Yes

Yes

Yes

Yes

-40 °C to +80 °C -40 °C to +80 °C -20 °C to +60 °C Compliant

Packing and Delivery

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2 fibers 4.8mm YES

7000N/10cm

IEC 60754-2, IEC 61034-2

Environmental Data

L ≤100 m L >100 m

LCD, SM

1 pc in a bag 1 pc on cardboard/wooden drum

Yes

Yes

FTTA Cable Assembly H Series

Description This FTTA cable assembly is designed for connecting the Main Unit (MU) and the H Series of Radio Remote Head (RRH).

Feature and Benefit: • Good for all common 3G/4G-LTE radio systems • IP67 ruggedized and compact cable divider • 100% factory assembled and tested • Plug-and-play installation

• Armored branch cable for anti-rodent protection and bird-proof • UL(OFNR) certified cable available on request • Customized cable and cable assembly available on request

Specification Profile/Outline

Type A Side A

Side B 1A

2A

1B

2B

Type B Side B

Side A 2A 1A 1B 2B

Type C Side A

Side B

1A 1B

0A

0A

0B

0B

1A 1B

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Type D Side B Side A 0A 0B

1A 1B 1A

1B


Type B

Type C

Type D

Connector Side A

LCD

LCD

2*LCD

2*LCD

Side B

LCD

2*FC

2*LCD

4*FC

Side A

Yes

Yes

Yes

Yes

Side B

Yes

No

Yes

No

Armored fan-out tube

Fiber Optic Cable Fiber Type

G652D, G657A2, OM2 or OM3 according to ITU-T standard

Fiber Count

2 fibers

2 fibers

Cable Diameter

7.0mm

7.0mm

Jacket Material Armor Protection Min. Bending Radius (Static) Min. Bending Radius (Dynamic) Max. Tension Strength (Long-Term) Max. Tension Strength (Short-Term) Crush Resistance

4 fibers

7.0mm

7.0mm

LSZH No

No

No

No

70mm

70mm

70mm

70mm

140mm

140mm

140mm

140mm

200N

200N

200N

200N

400N

400N

400N

400N

2200N/10cm

2200N/10cm

2200N/10cm

2200N/10cm

Flame Resistance Smoke and Halogen Emission UV Resistance

4 fibers

IEC 60332-1, IEC 60332-3-24, UL 1666 (optional) IEC 60754-2, IEC 61034-2 Yes

Yes

Yes

Environmental Data Temperature Range Operation

-40 °C to +80 °C

Temperature Range Storage

-40 °C to +80 °C

Temperature Range Installation

-20 °C to +60 °C

2011/65/EU(RoHS)

Compliant


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L ≤40 m

1 pc in a bag

L >40 m

1 pc on cardboard/wooden drum

Yes

FTTA Cable Assembly N Series

Description This FTTA cable assembly is designed for connecting the Main Unit (MU) and the N Series of Radio Remote Head (RRH).

Feature and Benefit • Good for all common 3G/4G-LTE radio systems • IP67 classed IP seal boot for RRH connection • 100% factory assembled and tested • Plug-and-play installation

• Standard or flexible (FLEX) connector boot • UL(OFNR) certified cable available on request • Customized cable and cable assembly available on request

Specification Profile/Outline Type A

Side B

Side A

Type B

Side A

Side B

Type C Side B

Side A B A

B

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A

Type D B

A

A

Side B B

B

Side A A

B

A

Type E Side A

Side B

A

B

B

A

A

B

B

A


Type B

Type C

Type D

Type E

Side A

LC SM(90°)

LC SM(Flex)

LCD SM(90°)

LCD SM(Flex)

LCD SM

Side B

LC SM(90°)

LC SM(Flex)

LCD SM

LCD SM(Flex)

LCD SM

Fiber Type

G652D/G657A

G657A2

G657A2

G657A2

G652D

Fiber Count

1 fiber

1 fiber

2 fibers

2 fibers

4 fibers

Cable Diameter

5.0mm

5.0mm

5.0mm

5.0mm

5.2mm

Jacket Material

PVC

PVC

PVC

PVC

LSZH

Connector

Fiber Optic Cable

No

No

No

No

No

Min. Bending Radius (Static)

Armor Protection

50mm

50mm

50mm

50mm

50mm

Min. Bending Radius (Dynamic) Max. Tension Strength (Long-Term) Max. Tension Strength (Short-Term)

75mm

75mm

75mm

75mm

75mm

600N

600N

600N

600N

600N

1200N

1200N

1200N

1200N

1200N

7500N/10cm

7500N/10cm

7500N/10cm

7500N/10cm

7500N/10cm


IEC 60332-1, IEC 60332-3-24, UL 1666 (optional)


IEC 60754-2, IEC 61034-2 (optional) Yes

Yes

Yes

Yes


-40 °C to +80 °C


-40 °C to +80 °C


-20 °C to +60 °C

2011/65/EU(RoHS)

Compliant


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L ≤100 m

1 pc in a bag

L >100 m

1 pc on cardboard drum

Yes

FTTA Cable Assembly S Series

Description This FTTA cable assembly is designed for connecting the Main Unit (MU) and the S Series of Radio Remote Head (RRH).

Feature and Benefit • Good for all common 3G/4G-LTE radio systems • IP67 ruggedized and compact cable divider • 100% factory assembled and tested • Armored cable for monkey-bite and anti-rodent protection

• Plug-and-play installation • UL(OFNR) certified cable available on request • Customized cable and cable assembly available on request

Specification Profile/Outline Type A

Grounding kit

Side B

Side A RX

RX

DU

RU

TX

Type B

TX

Grounding Kit

Side A A

Side B DU

TX

RX

Type C Side B A

Side A DU

TX

RX

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Type B

Type C

Side A

2*LC, SM

LCD(c/w PDLC03J-02) SM

LCD(c/w PDLC03J-01) SM

Side B

2*LC, SM

2*LC, SM

2*LC, SM

Fiber Type

G652D

G657B3

G657B3

Connector

Fiber Optic Cable Fiber Count

2 fibers

2 fibers

2 fibers

Cable Diameter

4.8mm

4.8mm

6.3mm

Jacket Material

LSZH

LSZH

LSZH

Yes

Yes

NO

Armor Protection Min. Bending Radius (Static)

50mm

50mm

60mm

Min. Bending Radius (Dynamic)

100mm

100mm

120mm

Max. Tension Strength (Long-Term)

300N

300N

600N

Max. Tension Strength (Short-Term)

450N

450N

1500N

7000N/10cm

7000N/10cm

3000N/10cm


IEC 60332-1, IEC 60332-3-24, UL 1666 (optional)


IEC 60754-2, IEC 61034-2 Yes

Yes


-40 °C to +80 °C


-40 °C to +80 °C


-20 °C to +60 °C

2011/65/EU(RoHS)

Compliant


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L ≤100 m

1 pc in a bag

L >100 m

1 pc on cardboard drum

Yes

Pre-terminated Trunk FTTA Solution The FTTA trunk solution utilizes one fiber cable trunk with 3 to 18 pairs / channels of optical fiber connecting base stations and remote radio heads (RRH) in wireless communication network, with or without a FTTA distribution box. One trunk can provide fiber for supporting up to 18 RRHs. Developing a fiber cable trunk system provides the fiber needed for today and future network growth requirements. All Rosenberger trunk fiber cables assemblies are 100% factory assembled and tested with performance guaranteed. Fiber optic jumpers with standard fiber optic LC connector interface are used in conjunction with Rosenberger FTTA trunk system.

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RDC Trunk Solution

Description 2-fiber RDC (Rosenberger Duplex Connector) trunk is an innovative solution with multi-fibers in a single cable to simply the RRH deployments. The trunk is designed with slim dividers which split multi-fibers into individual outdoor cables. The trunk cables are terminated with IP67-rated RDC connectors. Different types of jumpers are available to allow connection between the trunk cable

and any vendor-specific hardware interface. Trunk Solution is the good choice for operators who lease space on tower cell sites. It reduces annual leasing costs by reducing the space utilized on the tower. Plug-and-Play connections minimize installation time and require no tools.

Feature and Benefit • Up to 24 fibers • IP67 robust and compact divider • IP67 RDC connectors for water immersion and dust protection • Plug-and-play installation

• Reduced tower loading and leasing costs • Terminated with RDC in top breakout to connect with RRH by matching RDC fiber jumpers

Specification Profile/Outline 12 fibers RDC - LCD Length±Tolerance

Key B A

A

A-A

B

A

B

A

B

24 fibers RDC - LCD Length±Tolerance

Key B A

A

A-A

B

Trunk Cable Side A (Top) Side B (Bottom) Breakout Cable Length Cable Retention Force (Fiber Breakout) Cable Retention Force (Trunk Cable) Cable Bending Radius Min. (Installation) Cable Bending Radius Min. (Operation) Outer Diameter Nominal Jacket Material Fiber Type Flammability 2011/65/EU(RoHS) Temperature Range Packing

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12 fibers 6*RDC

24 fibers 12*RDC

6*LC duplex

12*LC duplex 600mm, 700mm, 800mm 200N 1000N 10 times the cable diameter 20 times the cable diameter

6.2 ± 0.3mm

8.5 ± 0.5mm LSZH G657A, OM2, OM3 IEC 60332-1 Compliant -40°C ~ +70°C Wood board drum

RQC Trunk Solution

Description 4-fiber RQC (Rosenberger Quad Connector) trunk is an innovative solution with multi-fibers in a single cable to simply the RRH deployments. The trunk is designed with slim dividers which split multi-fibers into individual outdoor cables. The trunk cables are terminated with IP67-rated RQC connectors. Different types of jumpers are available to allow connection between the trunk cable

and any vendor-specific hardware interface. Trunk Solution is the good choice for operators who lease space on tower cell sites. It reduces annual leasing costs by reducing the space utilized on the tower. Plug-and-Play connections minimize installation time and require no tools.

Feature and Benefit • Up to 24 fibers • IP67 robust and compact divider • IP67 RQC connectors for water immersion and dust protection • Plug-and-play installation

• Reduced tower loading and leasing costs • Terminated with RQC in top breakout to connect with RRU by matching RQC fiber jumpers

Specification Profile/Outline 12 fibers RQC - LCD Length±Tolerance

key

B A A

2B 2A 1B 1A

B

24 fibers RQC - LCD Length±Tolerance

key

B A A

2B 2A 1B 1A

B

Trunk cable Side A (Top) Side B (Bottom) Breakout Cable Length Cable Retention Force (Fiber Breakout) Cable Retention Force (Trunk Cable) Cable Bending Radius Min. (Installation) Cable Bending Radius Min. (Operation) Outer Diameter Nominal Jacket Material Fiber Type Flammability 2011/65/EU(RoHS) Temperature Range Packing

12 fibers 3*RQC 6*LC duplex

24 fibers 6*RQC 12*LC duplex 600mm, 700mm, 800mm 200N 1000N 10 times the cable diameter 20 times the cable diameter

6.2 ± 0.3mm

8.5 ± 0.5mm LSZH G657A, OM2, OM3 IEC 60332-1 Compliant -40°C ~ +70°C Wood board drum

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LC Trunk Solution

Description Traditional trunk solution is a typical design using a LC connector terminated trunk cable and distribution box. The cable runs from the BBU up to a weatherproof distribution box at the tower top. The distribution box provides the interconnection point for fibers between the trunk cable and the jumpers leading to the RRHs.

Trunk Solution is the good choice for operators who lease space on tower cell sites. It reduces annual leasing costs by reducing the space utilized on the tower. Plug-and-Play connections minimize installation time and require no tools.

Feature and Benefit • Up to 36 fibers • PRECONNECT® technologies • Loose tube cable with high tensile strength and crush resistance

• Fiber jumpers available to support vendor-specific interfaces • Connects to FO patch panel at base station side • Reduced tower loading and leasing costs

Specification Profile/Outline 12 fibers LCD - LCD

A

B A

B A

Length±Tolerance

B

A

B

A

B

24 fibers LCD - LCD

A

B A

B A

Length±Tolerance

B

Trunk cable 12 fibers

24 fibers

Side A (Top)

6*LC duplex

12*LC duplex

Side B (Bottom)

6*LC duplex

Breakout Cable Length Cable Retention Force (Fiber Breakout)

200N

Cable Retention Force (Trunk Cable)

1000N 10 times the cable diameter

Cable Bending Radius Min (Installation)

20 times the cable diameter

Cable Bending Radius Min (Operation) Outer Diameter Nominal Jacket Material Fiber Type Flammability

22

12*LC duplex 600mm, 700mm, 800mm

6.2 ± 0.3mm

8.5 ± 0.5mm LSZH G657A, OM2, OM3 IEC 60332-1

2011/65/EU(RoHS)

Compliant

Temperature Range Packing

-40°C ~ +85°C Wood board drum

EasyLinkTM FTTA Hybrid Solution The New Generation of FTTA Cabling−Hybrid Solutions are effective in streamlining operations when replacing traditional base station equipment with RRH or upgrading a site to support RRH. A single hybrid cable provides multiple fiber and power transmission lines. This is advantageous as it consolidates space and provides room for growth for additional RRHs. Rosenberger pre-terminated hybrid cable assemblies minimize the amount of cables running up the tower. A single hybrid cable provides several fibers and power conductors to support multiple RRHs. The flexible lightweight aluminum corrugated cable allows operators to ground the cabling system. To simplify installation, the Rosenberger hybrid cable outer dimension follows standard feeder dimensions (1/2", 7/8"or 1-1/4") and enables the use of standard feeder clamps and grounding kits.

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EasyLinkTM RDC Hybrid Solution

Description EasyLink TM RDC (2-fiber Rosenberger Duplex Connector) terminated hybrid cable is an innovative solution to combine optical fibers and DC power lines in a single cable to simply the RRH deployments. The EasyLinkTM hybrid system is designed with slim dividers which split multi-fiber and DC cables into individual outdoor cables. The hybrid trunk cables are terminated with IP67rated RDC connectors. Different types of jumpers are available

to allow connection between the hybrid cable and any vendorspecific hardware interface. EasyLink TM Hybrid Solution is the best choice for operators who lease space on tower cell sites. It reduces annual leasing costs by reducing the space utilized on the tower. Plug-and-Play connections minimize installation time and require no tools.

Feature and Benefit • Support up to 6 RRH • IP67 robust and compact divider • IP67 RDC and power connectors for water immersion and dust protection • Corrugated aluminum or copper tape armored design

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• Plug-and-play installation • Reduced tower loading and leasing costs • Terminated with RDC on top breakout to connect with RRHs by matching RDC fiber jumpers • Easy adjustment of length of bottom breakout point

EasyLinkTM RDC Hybrid Trunk Cable Specification

Profile/Outline 3X3 (Top side 3 power connectors and 3 RDC)

Length±Tolerance

B A B A B A

3X6 (Top side 3 power connectors and 6 RDC)

B A B A

Length±Tolerance

B A B A B A B A

6x6 (Top side 6 power connectors and 6 RDC)

B A

Length±Tolerance

B A B A B A B A B A

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Hybrid Trunk Number of RRH

3 RRH

Structure

6 RRH

3X3, 3X6 6X6 RDC (Rosenberger Duplex Connector) DC power Connector or open ended LC duplex open ended Aluminum Min. Ф63mm Min. Ф80mm 180mm 220mm 600mm, 700mm, 800mm 500mm 1500mm 1500mm 200N 500N 1000N 10 times the cable diameter 20 times the cable diameter -40°C ~ +70°C Wood board drum

Fiber Power Fiber Side B (Bottom) Power Material Divider Diameter Height Fiber Breakout Cable Length (Top)* Power Fiber Breakout Cable Length (Bottom)* Power Fiber Breakout Cable Retention Force (Divider) Power Breakout Hybrid Trunk Installation Cable Bending Radius Min. Operation Temperature Range Packing

Side A (Top)

Hybrid Cable Number of RRH Number of Copper Conductor Number of Fiber Conductor Size

3 RRH 6 (3 pairs) 6~12 4mm2 (12AWG), 6mm2 (10AWG), 10mm2 27.5 ± 0.5mm (4mm2) 27.5 ± 0.5mm (6mm2) 27.5 ± 0.5mm (10mm2)

Outer Diameter Nominal Jacket Material Armored Type

6 RRH 12 (6 pairs) 12 (8AWG) 27.5 ± 0.5mm (4mm2) 27.5 ± 0.5mm (6mm2) 32± 0.8mm (10mm2)

FRPE, UV resistance Corrugated aluminum Copper tape Singlemode: G652D, G657A Mulitmode: OM1, OM2, OM3, OM4 Uo/U 600/1000V IEC 60332-1, IEC 60754-2, IEC 61034-2 Compliant

Fiber Type Nominal Voltage Flammability 2011/65/EU(RoHS)

Ordering Information EasyLinkTM RDC Hybrid Series L98Y-C0001-XXX

Number of RRH

Number of fiber

3

6

Number of power conductor 6

L98Y-C0002-XXX

3

6

6

6

L98Y-C0003-XXX

3

6

6

10

3

12

6

4

3

12

6

6

L98Y-C0027-XXX

3

12

6

10

L98Y-C0103-XXX

6

12

12

4

L98Y-C0104-XXX

6

12

12

6

L98Y-C0105-XXX

6

12

12

10

L98Y-C0004-XXX

3

6

6

4

L98Y-C0005-XXX

3

6

6

6

L98Y-C0006-XXX

3

6

6

10

3

12

6

4

3

12

6

6

L98Y-C0030-XXX

3

12

6

10

L98Y-C0106-XXX

6

12

12

4

L98Y-C0107-XXX

6

12

12

6

L98Y-C0108-XXX

6

12

12

10

Fiber type

L98Y-C0025-XXX L98Y-C0026-XXX

G657A


26

OM2

*XXX represents length (mm). E. g. L98Y-C0001-20000 means trunk length 20m

Power conductor(mm2) 4

EasyLinkTM RQC Hybrid Solution

Description EasyLinkTM RQC ( 4-fiber Rosenberger Quad Connector ) terminated hybrid cable is an innovative solution to combine optical fibers and DC power lines in a single cable to simply the RRH deployments. The EasyLinkTM hybrid system is designed with slim dividers which split multi-fiber and DC cables into individual outdoor cables. The hybrid trunk cables are terminated with IP67-rated RQC connectors. Different types of jumpers are available to allow

connection between the hybrid cable and any vendor-specific hardware interface. EasyLinkTM Hybrid Solution is the best choice for operators who lease space on tower cell sites. It reduces annual leasing costs by reducing the space utilized on the tower. Plug-and-Play connections minimize installation time and require no tools.

Feature and Benefit • • • • • • • •

Support up to 9 RRH IP67 robust and compact divider IP67 RQC and power connectors for water immersion and dust protection Corrugated aluminum or copper tape armored design Plug-and-play installation Reduced tower loading and leasing costs Terminated with RQC on top breakout to connect with RRH by matching RQC fiber jumpers Easy adjustment of length of bottom breakout point

27

EasyLinkTM RQC Hybrid Trunk Cable

Specification Profile/Outline 3X6 (Top side 3 power connectors and 3 RQC)

Length±Tolerance B A B A B A B A B A B A

B A

6X12 (Top side 6 power connectors and 6 RQC)

B A B A B A B A B A B A

Length±Tolerance

B A B A B A B A B A

9X18 (Top side 9 power connectors and 9 RQC)

Length±Tolerance

28

Hybrid Trunk 3 RRH

Number of RRH

Structure

6 RRH

9 RRH

3X6

Side A (Top) Side B (Bottom) Divider Breakout Cable Length (Top)* Breakout Cable Length (Bottom)* Cable Retention Force (Divider) Cable Bending Radius Min.

6X12 9X18 RQC (Rosenberger Quad Connector) DC power Connector or open ended LC duplex MTP open ended Aluminum Min. Ф63mm Min. Ф80mm Min. Ф80mm 180mm 220mm 220mm 600mm, 700mm, 800mm 500mm 1500mm 1500mm 200N 500N 1000N 10 times the cable diameter 20 times the cable diameter -40°C ~ +70°C Wood board drum

Fiber Power Fiber Power Material Diameter Height Fiber Power Fiber Power Fiber Breakout Power Breakout Hybrid Trunk Installation Operation

Temperature Range Packing *customized lengths available

Hybrid Cable 3 RRH 6 (3 pairs) 12

6 RRH 9 RRH 12 (6 pairs) 18 (9 pairs) 24 36 4mm2 (12AWG), 6mm2 (10AWG), 10mm2 (8AWG) 27.5 ± 0.5mm (4mm2) 32± 0.8mm (4mm2) 27.5 ± 0.5mm (4mm2) 27.5 ± 0.5mm (6mm2) 27.5 ± 0.5mm (6mm2) 32± 0.8mm (6mm2) 2 2 27.5 ± 0.5mm (10mm ) 32± 0.8mm (10mm ) 36± 0.8mm (10mm2) FRPE, UV resistance Corrugated aluminum Copper tape Copper tape Singlemode: G652D, G657A Mulitmode: OM1, OM2, OM3, OM4 4mm2 (12AWG), 6mm2 (10AWG), 10mm2 (8AWG) Uo/U 600/1000V IEC 60332-1, IEC 60754-2, IEC 61034-2 Compliant

Number of RRU Number of Copper Conductor Number of Fiber Conductor Size Outer Diameter Nominal Jacket Material Armored Type Fiber Type Conductor Size Nominal Voltage Flammability 2011/65/EU(RoHS)

Ordering Information EasyLinkTM RQC Hybrid Series L98Y-C0109-XXX L98Y-C0110-XXX L98Y-C0111-XXX L98Y-C0115-XXX L98Y-C0116-XXX L98Y-C0117-XXX L98Y-C0121-XXX L98Y-C0122-XXX L98Y-C0123-XXX L98Y-C0112-XXX L98Y-C0113-XXX L98Y-C0114-XXX L98Y-C0118-XXX L98Y-C0119-XXX L98Y-C0120-XXX L98Y-C0124-XXX L98Y-C0125-XXX L98Y-C0126-XXX

Fiber type

G657A

OM2

Number of RRH

Number of fiber

3 3 3 6 6 6 9 9 9 3 3 3 6 6 6 9 9 9

12 12 12 24 24 24 36 36 36 12 12 12 24 24 24 36 36 36

*XXX represents length (mm). E.g. L98Y-C0109-20000 means trunk length 20m

Number of power conductor 6 6 6 12 12 12 36 36 36 6 6 6 12 12 12 36 36 36

Power conductor(mm2) 4 6 10 4 6 10 4 6 10 4 6 10 4 6 10 4 6 10

29

EasyLinkTM RMCTM Hybrid Solution

Description EasyLinkTM RMCTM (Rosenberger Multi-fiber Connector) terminated hybrid cable is an innovative solution to combine optical fibers and DC power lines in a single cable to simply the RRH deployments. The EasyLink TM hybrid system is designed with slim dividers which split multi-fiber and DC cables into individual outdoor cables. RMCTM adopt standard MPO fiber interface with additional protection to work under harsh environments which particularly applicable for 6 RRH and 9 RRH solution. The hybrid trunk cables

are terminated with IP67-rated RMCTM connectors. Different types of jumpers are available to allow connection between the hybrid cable and any vendor-specific hardware interface. EasyLinkTM Hybrid Solution is the best choice for operators who lease space on tower cell sites. It reduces annual leasing costs by reducing the space utilized on the tower. Plug-and-Play connections minimize installation time and require no tools.

Feature and Benefit • • • • • • • • •

30

Support 6 RRH and 9 RRH IP67 robust and compact divider IP67 RMCTM and power connectors for water immersion and dust protection 8 fibers and 12 fibers RMCTM as option Corrugated aluminum or copper tape armored design Plug-and-play installation Reduced tower loading and leasing costs Terminated with RMCTM in top breakout to connect with RRH by matching RMCTM fiber jumpers Easy adjustment of length of bottom breakout point

EasyLinkTM RMCTM Hybrid Trunk Cable

Specification Profile/Outline 6X12 ( Top side 6 power connectors and 3 RMCTM )

Length±Tolerance

9X18 ( Top side 9 power connectors and 3 RMCTM ) B A B A B A B A B A B A B A

Length±Tolerance

B A B A B A B A B A

31

Hybrid Trunk Number of RRU

6 RRH

Structure

6X12

9X18

RMCTM 8 fibers

RMCTM 12 fibers

Fiber

Side A (Top)

Power

DC power Connector or open ended

Fiber

Side B (Bottom)

9 RRH

LCD

MTP 12 fibers

Power

Open ended

Material Divider

Aluminium

Diameter

Min. Ф63mm

Min. Ф80mm

180mm

220mm

Height Breakout Cable Length (Top)* Breakout Cable Length (Bottom)*

Fiber

600mm, 700mm, 800mm

Power

500mm

Fiber

1500mm

Power

1500mm

Fiber Breakout Cable Retention Force (Divider)

Cable Bending Radius Min.

200N

Power Breakout

500N

Hybrid Trunk

1000N

Installation


Operation

20 times the cable diameter -40°C ~ +70°C

Temperature Range

Wood board drum

Packing *customized lengths available

Hybrid Cable Number of RRU Number of Copper Conductor Number of Fiber Conductor Size

6 RRH 9 RRH 6 (3 pairs) 18 ( 9 pairs) 24 36 4mm2 (12AWG), 6mm2 (10AWG), 10mm2 (8AWG) 32± 0.8mm ( 4mm2) 27.5 ± 0.5mm (4mm2) 2 27.5 ± 0.5mm (6mm ) 32± 0.8mm ( 6mm2) 32± 0.8mm (10mm2) 36± 0.8mm (10mm2) FRPE, UV resistance Copper tape Copper tape Singlemode: G652D, G657A Mulitmode: OM1, OM2, OM3, OM4 Uo/U 600/1000V IEC 60332-1, IEC 60754-2, IEC 61034-2 Compliant

Outer Diameter Nominal Jacket Material Armored Type Fiber Type Nominal Voltage Flammability 2011/65/EU(RoHS)

Ordering Information RMCTM Hybrid Series Fiber type

Number of RRH

Number of fiber

Number of power conductor

Power conductor(mm2)

L98Y-C0127-XXX

6

24

12

4

L98Y-C0128-XXX

6

24

12

6

6

24

12

10

9

36

36

4

L98Y-C0134-XXX

9

36

36

6

L98Y-C0135-XXX

9

36

36

10

L98Y-C0130-XXX

6

24

12

4

L98Y-C0131-XXX

6

24

12

6

6

24

12

10

9

36

36

4

L98Y-C0137-XXX

9

36

36

6

L98Y-C0138-XXX

9

36

36

10



G657A

OM2


32

EasyLinkTM LC Hybrid Solution

Description Traditional Hybrid Solution is a typical design using a LC connector terminated hybrid cable and distribution box. The cable runs from the BBU up to a weatherproof distribution box at the tower top. The distribution box provides the interconnection point for power and fiber between the hybrid cable and the jumpers leading to the RRH. The Distribution box can include over-voltage protection

(OVP). A secondary distribution box at the bottom is optional. Towers containing multiple sectors can be supported by multiple LC terminated hybrid trunks. For example, 12 RRHs can be supported with only three LC terminated trunk cables running up to the tower.


Support up to 6 RRH per distribution box Support up to 4 RRH per hybrid cable Hybrid tail jumpers instead of individual fiber and power jumpers to support vendor- specific interface Flexibility to replace or upgrade RRH by changing hybrid tail jumpers IP67 Hybrid distribution box for fiber and power Easily grounded within the distribution box Easy adjustment of length of breakout point in hybrid cable Connects to FO patch panel at base station side

33

EasyLinkTM LC Hybrid Trunk Cable

Specification Hybrid Trunk Side A (Top) Side B (Bottom) Breakout Cable Length (Top)* Breakout Cable Length (Bottom)* Cable Bending Radius Min.

Fiber

LC duplex

Power

Open ended

Fiber

LC duplex

Power

Open ended

Fiber

600mm, 700mm, 800mm

Power

500mm

Fiber

4m

Power

4m

Installation


Operation


Temperature Range

-40°C ~ +70°C

Packing

Wood board drum *customized lengths available

Trunk Cable Number of RRH Number of Copper Conductor Number of Fiber Conductor Size

4 RRH 8 (4 pairs) Up to 16 4mm2 (12AWG), 6mm2 (10AWG), 10mm2 (8AWG) 27.5 ± 0.5mm (4mm2) 27.5 ± 0.5mm (6mm2) 27.5 ± 0.5mm (10mm2) FRPE, UV resistance Corrugated aluminum Singlemode: G652D, G657A Mulitmode: OM1, OM2, OM3, OM4 Uo/U 600/1000V IEC 60332-1, IEC 60754-2, IEC 61034-2 Compliant

Outer Diameter Nominal Jacket Material Armored Type Fiber Type Nominal Voltage Flammability 2011/65/EU(RoHS)

Ordering Information LC Hybrid Series L98Y-C0081-XXX L98Y-C0082-XXX L98Y-C0083-XXX L98Y-C0084-XXX L98Y-C0085-XXX L98Y-C0086-XXX

Fiber type G657A

OM2

Number of RRH

Number of fiber

4 4 4 4 4 4

12 12 12 12 12 12


34

Number of power conductor 6 6 6 6 6 6

Power conductor (mm2) 4 6 10 4 6 10

RRH Jumper Rosenberger provides standard and customized RRH jumpers for connection between Rosenberger FTTA trunk cable assemblies or Rosenberger FTTA hybrid cable assemblies and remote radio heads (RRHs). RRH jumper provides installation and upgrade flexibility for different cellular site scenarios. Fiber optic jumper, power jumper as well as hybrid jumper are available from Rosenberger with 100% factory assembled and tested, and are compatible with all types of system vendor equipment interfaces. Particularly the Rosenberger RDC, RQC and RMCTM terminated fiber jumpers provide IP67-rated direct connection without extra distribution box required, which significantly ease the installation and reduce labor costs.

35

RDC Fiber Jumper

Description The RDC (2-fiber Rosenberger Duplex Connector) fiber jumper can directly connect RRHs and EasyLinkTM hybrid trunk cable assembly or FTTA trunk cable assembly. Terminated with

RDC connector, these jumpers provide convenient and quick interconnection between the trunk cable and RRH or other equipment.

Feature and Benefit • Plug-and-play installation and convenient maintenance • IP67 outdoor waterproof 2- fiber connector • Flexibility to replace or upgrade RRH by changing RDC jumpers

Specification Profile/Outline Side B

Side A

Side B Side A

Side B

B A

Side A

B

A

For Nokia RRH

For Ericsson RRH

0.5dB 0.3dB 50dB 50dB 4.8mm Singlemode: G652D, G657A Mulitmode: OM1, OM2, OM3, OM4 50mm 30mm 450N 300N 3KN/100mm -40°C ~ +80°C -40°C ~ +80°C -20°C ~ +65°C Compliant

RDC LC RDC LC

Insertion Loss Max. Return Loss Min. (Singlemode) Cable Diameter* Fiber Type

Installation Operation Installation Operation

Cable Bending Radius Min. Cable Tensile Strength Max. Cable Crush Resistance

Operation Storage Installation

Temperature Range

For Huawei RRH

2011/65/EU (RoHS) * Other cable size options are available upon request.

Ordering Information RDC Jumper Series L98B-893-XXX L98B-894-XXX L98B-895-XXX L98C-853-XXX L98C-854-XXX L98C-855-XXX

Fiber Type G657A

OM2

Number of Fiber 2 2 2 2 2 2

Top Connector LCD with RFE LCD LCD with IP seal LCD with RFE LCD LCD with IP seal

Bottom Connector RDC RDC RDC RDC RDC RDC

*XXX represent length (mm) from end to end. E.g. L98B-893-XXX means jumper length 5m.

36

Ericsson Huawei Nokia Ericsson Huawei Nokia

RQC Fiber Jumper

Description The RQC (4-fiber Rosenberger Quad Connector) fiber jumper can divectly connect RRHs and EasyLinkTM hybrid trunk cable assembly or FTTA trunk cable assembly. Terminated with

RQC connector, these jumpers provide convenient and quick interconnections between the trunk cable and RRH or other equipment.

Feature and Benefit • Plug-and-play installation and convenient maintenance • High density 4-fiber Jumper • IP67 outdoor waterproof fiber 4-fiber connector

• Flexibility to replace or upgrade RRHs by changing RQC jumpers

Specification Profile/Outline Side A

Side A

Side B

Side B

Side B

A

B

A

B

B A

B A

Side A

For Nokia RRH

For Ericsson RRH

0.5dB 0.3dB 50dB 50dB Singlemode: G652D, G657A Mulitmode: OM1, OM2, OM3, OM4 4.8mm 50mm 30mm 450N 300N 1KN/100mm -40°C ~ +80°C -40°C ~ +80°C -20°C ~ +65°C Compliant

RQC LC RQC LC

Insertion Loss Max. Return Loss Min. (Singlemode) Fiber Type Cable Diameter*

Installation Operation Installation Operation

Cable ending Radius Min. Cable Tensile Strength Max. Cable Crush Resistance


Temperature Range

For Huawei RRH

2002/95/EC (RoHS) * Other cable size options are available upon request.

Ordering Information: RQC Jumper Series L98B-896-XXX L98B-897-XXX L98B-898-XXX L98C-856-XXX L98C-857-XXX L98C-858-XXX

Fiber Type G657A

OM2

Number Of Fiber 4 4 4 4 4 4

Top Connector LCD with RFE LCD LCD with IP seal LCD with RFE LCD LCD with IP seal

Bottom Connector RQC RQC RQC RQC RQC RQC

Ericsson Huawei Nokia Ericsson Huawei Nokia

*XXX represents length (mm) from end to end. E.g. L98B-896-XXX means jumper length 5m.

37

RMCTM Fiber Jumper

Description The RMC TM (Rosenberger Multi-fiber Connector) fiber jumper can directly connect RRHs and EasyLink TM hybrid trunk cable assembly or FTTA trunk cable assembly. Terminated with

RMCTM connector, these jumpers provide convenient and quick interconnections between the trunk cable and RRH or other equipment.

Feature and Benefit • • • •

Plug-and-play installation and convenient maintenance High density up to 12/24 fiber IP67 outdoor waterproof fiber multi-fiber connector Flexibility to replace or upgrade RRHs by changing RMCTM jumpers

Specification RMCTM LC RMCTM LC

Insertion Loss Max. Return Loss Min. (Singlemode)

0.5dB 0.3dB 50dB 50dB G657A OM2 6.0mm 50mm 30mm 450N 300N 3KN/100mm -40°C ~ +80°C -40°C ~ +80°C -20°C ~ +65°C Compliant

Fiber Type Cable Diameter* Installation Operation Installation Operation

Cable ending Radius Min. Cable Tensile Strength Max. Cable Crush Resistance


Temperature Range 2011/65/EU (RoHS)

* Other cable size options are available upon request.

Ordering Information RMCTM Jumper Series L98B-899-XXX L98B-900-XXX L98B-901-XXX L98C-859-XXX L98C-860-XXX L98C-861-XXX L98B-902-XXX L98B-903-XXX L98B-904-XXX L98C-862-XXX L98C-863-XXX L98C-864-XXX

Fiber Type G657A

OM2

G657A

OM2

Number Of Fiber 8 8 8 8 8 8 12 12 12 12 12 12

Top connector LCD with RFE LCD LCD with IP seal LCD with RFE LCD LCD with IP seal LCD with RFE LCD LCD with IP seal LCD with RFE LCD LCD with IP seal

Bottom Connector RMCTM RMCTM RMCTM RMCTM RMCTM RMCTM RMCTM RMCTM RMCTM RMCTM RMCTM RMCTM

*XXX represents length (mm) from end to end. E.g. L98B-896-XXX means jumper length 5m.

38

Ericsson Huawei Nokia Ericsson Huawei Nokia Ericsson Huawei Nokia Ericsson Huawei Nokia

Hybrid Jumper

Description The hybrid jumper can be used to connect RRH and EasyLinkTM hybrid cable assembly with a hybrid distribution box on top of tower. One end of jumper is usually terminated with LC connector or other equipment vendor-specific interface, and the other

end is terminated with standard LC connector. Power line ends are opened but possibly be terminated with customer-specific connectors upon request.

Feature and Benefit • Corrugated hybrid cable • IP67 waterproof protection at RRH side • Standard or customized length • Flexibility to replace or upgrade RRH by changing hybrid jumpers

Specification Profile/Outline Side A

Side B Side A

Side B Side A

Side B B A

B A

B A

B A

B A

A

B

A

B

B A

For Nokia RRH

For Ericsson RRH

For Huawei RRH

Specification Fiber

LC duplex or vendor-specific interfaces

Power

Open ended

Fiber

LC duplex

Power

Open ended

Fiber

0.75m

Power

0.75m

Fiber

0.5m

Power

0.5m

Insertion Loss Max.

LC

0.3dB

Return Loss Min. (Singlemode)

LC

50dB

Installation

50mm

Operation

30mm

Installation

450N

Operation

300N

Side A(Top) Side B(Bottom) Breakout Cable Length*(Top) Breakout Cable Length*(Bottom)

Cable Bending Radius Min. Cable Tensile Strength Max. Cable Crush Resistance

1KN/100mm

39

Temperature Range

Operation

-40°C ~ +80°C

Storage

-40°C ~ +80°C

Installation

-20°C ~ +65°C

2011/65/EU(RoHS)

Compliant

* Other cable length options are available upon request.

Hybrid Cable Number of RRH

1 RRH

Number of Fiber

2 to 4

Number of Conductor

2 (1 pair)

Outer Diameter Nominal

15.8 ± 0.5mm (1/2" cross-section)

Conductor Size

4mm2 (12AWG), 6mm2 (10AWG)

Jacket Material

LSZH, UV resistance

Armored Type

Corrugated aluminum Singlemode: G652D, G657A

Fiber Type

Multimode: OM1, OM2, OM3, OM4

Nominal Voltage

Uo/U 600/1000V

Flammability

IEC 60332-1

2011/65/EU(RoHS)

Compliant

Ordering Information Hybrid Jumper Series

Fiber Type

L98Y-718-XXX L98Y-717-XXX

G657A

L98Y-716-XXX L98Y-727-XXX L98Y-726-XXX L98Y-725-XXX

OM2

Number Of Fiber

Conductor

Top Connector

Bottom Connector

4

6mm2

LCD with RFE

LCD

Ericsson

4

2

6mm

LCD

LCD

Huawei

4

6mm2

LCD with IP seal

LCD

Nokia

2

4

6mm

LCD with RFE

LCD

Ericsson

4

6mm2

LCD

LCD

Huawei

4

2

LCD with IP seal

LCD

Nokia

6mm

*XXX represents length (mm) from end to end. E.g. L98Y-718-XXX means jumper length 5m.

40

Distribution Box Rosenberger ruggedized distribution box made of high-grade engineering plastic material provides the interconnection point between RRH jumpers and main FTTA trunk or hybrid cable assemblies. The distribution and interconnection of whatever main FTTA hybrid cable, fiber trunk cable and DC power trunk cable can be implemented seamlessly and flexibly over cost-effective Rosenberger distribution boxes. It supports up to 6/12 RRHs which makes the network cabling system installation, maintenance, upgrade and expansion possible and supports multi-vendor installations. Standard and customized distribution boxes are available.

41

Fiber Distribution Box

Description Rosenberger fiber distribution box can be used at tower top or at bottom for fiber management, and it provides cost-effective and flexible solution for installing multiple RRHs.

Feature and Benefit • Support up to 12 RRH • LC adapters pre-assembled • IP66 waterproof protection to fiber connections • One main entry for FTTA trunk • Up to three fiber jumper entries • Hinged cover • UV resistant • Mounting brackets and cable glands included

Specification

42

Number of RRH

Up to 12 RRH

Dimension (L x W x H)

300mm x 200mm x 132mm

Fiber Cores

Up to 24 fibers

Fiber Type

Both singlemode and multimode

Mounting

Pole, wall

Material

Polycarbonate

Cable Gland M25x1.5mm (Φ3-Φ7, mm)

Up to 4

Input Cable Diameter

FO cable (Φ3-Φ7mm)

output Cable Diameter

FO cable (Φ3-Φ7mm)

Sealing of Jumpers

Multihole cable glands

IP Rating

IP66

Operation Temperature

-40°C ~ +85°C

Earthing

Grounding cable

2011/65/EU (RoHS)

Compliant

Power Distribution Box

Description Rosenberger power distribution box can be used at tower top or at bottom for power management, and it provides cost-effective and flexible solution for installing multiple RRHs. The box can be supplied with overvoltage protective (OVP) device.

Feature and Benefit • Support up to 6 RRH • Power terminal block pre-assembled • IP66 waterproof protection to power connections • One main entry for power trunk • Up to three power jumper entries • Hinged cover • UV resistant • Mounting brackets and cable glands included • Circuit breaker options

Specification Number of RRH Dimension (L x W x H)

Up to 3 RRH and 4 RRH

Up to 6 RRH

200mm x 200mm x 132mm

300mm x 200mm x 132mm

Mounting

Pole, wall

Material

Polycarbonate 1

Cable Gland M40x1.5mm (Φ19-Φ28mm) Cable Gland M20x1.5mm (Φ8-Φ13mm) Sealing of Jumpers IP Rating Operation Temperature 2011/65/EU (RoHS)

2

2

6x6mm , 6x10mm , 2x16mm2, 2x25mm2

3

6 2

2

2x4mm , 2x6mm

Multihole cable glands IP66 -40°C ~ +85°C Compliant

43

Hybrid Distribution Box

Description Rosenberger Hybrid distribution box can be used at tower top or at bottom for both fiber and power management, and it provides costeffective and flexible solution for installing multiple RRHs. The box is with patented design by Rosenberger and is most suitable to be installed with Rosenberger EasyLinkTM hybrid cables.

Feature and Benefit • Support up to 6 RRH • LC adapters pre-assembled • Power terminal block pre-assembled • IP66 waterproof protection to fiber and power connections • One main entry for hybrid cable • Up to six hybrid jumper entries

• Hybrid cable and jumper grounded within box • Hinged cover • UV resistant • Mounting brackets and cable glands included • Circuit breaker options

Specification Number of RRH

Dimension (L x W x H) DC Power Fiber Cores

Up to 4 RRH

Up to 6 RRH

300mm x 300mm x 130mm

300mm x 400mm x 130mm

up to 4 pairs

up to 6 pairs

up to 16 fibers

Both singlemode and multimode

Mounting

Pole, wall

Material

Polycarbonate

Hybrid Trunk Cable

1 (7/8" cross-section)


Hybrid Jumper



Sealing of Jumpers IP Rating Operation Temperature Earthing 2011/65/EU (RoHS)

44

up to 24 fibers

Fiber Type

Cable Gland M25x1.5mm(Φ11-Φ17mm) IP66 -40°C ~ +85°C Grounding cable Compliant

Installation Accessory Rosenberger designs, manufactures and supplies the complete series of installation accessories for wireless cellular site feeder system including cable clamp, hoisting grip, cable tie, grounding kit, grounding bar, hose clamp, weatherproof kit, cable entry kit, circuit breaker and etc. Particularly the standard sized cable clamps and grounding kits can be used as necessary for installing Rosenberger FTTA fiber cables and EasyLinkTM hybrid cables.

45

Cable Clamp

Description Rosenberger cable clamps are universal parts which work with different feeder cables and FTTA RRH installation solutions. They are easy to install and allow for an upgrade or exchange

of cables. The selected stainless steel and UV-resistant material guarantees the long-term site material installation quality which has been proven by many customers’ field application.

Ordering Information

46

Part Number

Description

Suitable Cable Size

SLCC111-C03

Single Hole Cable Clamp, 1-way

1/2"

SLCC121-C03


1/2"

SLCC131-C03


1/2"

SLCC111-C05


7/8"

SLCC121-C05


7/8"

SLCC131-C05


7/8"

SLCC111-C06


1-1/4"

SLCC121-C06


1-1/4"

SLCC131-C06


1-1/4"

SLCC211-C03

Double Hole Cable Clamp, 1-way

1/2"

SLCC221-C03


1/2"

SLCC231-C03


1/2"

SLCC211-C05


7/8"

SLCC221-C05


7/8"

SLCC231-C05


7/8"

SLCC211-C06


1-1/4"

SLCC221-C06


1-1/4"

SLCC231-C06


1-1/4"

SLCC211-ZF1

Two-Size Cable Clamp, 1-way

SLCC241-ZF1


SLCC261-ZF1


SLCC111-36.5

Hybrid Cable Clamp, 1-way

D36-37mm

SLCC121-36.5


D36-37mm

SLCC131-36.5


D36-37mm

SLCC115-32.5


D32-33mm

Fiber: Φ4.5 - Φ7mm ( Grey ) Power: Φ9 - Φ13mm ( Black )

Grounding Kits Description Considering the expensive telecommunication equipments, it is very important to set up the grounding well to prevent the equipment from the lighting strikes. The grounding kits are the key components which will be installed in field system every 4060m. Rosenberger grounding kits provide best diversion function and the selected material guarantees the long-term site material installation quality which has been proven by many customers’ field application.

Ordering Information Part Number

Description

Suitable Cable Size

SLGK001-C03-xxx1)

Grounding Kit with quick lock shielding

1/2"

1)


7/8"

SLGK001-C06-xxx1)


1-1/4"

1)

Grounding Kit with tread lock shielding

1/2"

SLGK004-C05-xxx1)


7/8"

1)


1-1/4"

Grounding kits for different series cable

All sizes

SLGK001-C05-xxx SLGK004-C03-xxx SLGK004-C06-xxx SLGKT003D-xxx

2)

Note 1), XXX is the length of grounding wire which in cm. E.g. P/N: SLGK001-C03-150 The length of grounding wire is 150cm.

Hoisting Grips Description Hoisting Grips are available for a wide range of coaxial and hybrid cable sizes, made up of mesh grip with single eye support and it allows for quick and efficient installation. Different types are available to be fit for most of different feeder cables and FTTA RRH installation solutions.


Description

Suitable Cable Size

SLHG001-C03

Pre-placed Hoisting grips

1/2"

SLHG001-C05


7/8"

SLHG001-C06


1-1/4"

SLHG003-C03

Hoisting grips with open edge

1/2"

SLHG003-C05


7/8"

SLHG003-C06


1-1/4"

47

Fiber Optic Interconnect Products Rosenberger provides high quality fiber optic inter-connect products for supporting the communication equipment cross connection in switching and transmission rooms. All fiber optic patchcord and pigtail are designed, manufactured and tested to international standards IEC and Telecordia by long-term reliability performance guaranteed. Rosenberger fiber optic patch panel system is designed for EIA 19” rack and compatible with all common factory assembled or site-installed fiber cables, and most suitable to work with pre-assembled Rosenberger FTTA cables. Rack-mountable Rosenberger VelaTM fiber patch panel can reach up to 96-fibers LC connectivity in one height unit (1HU) dimension by also supporting MTP/MPO interface.

48

Patchcord & Pigtail

Description All industry standard fiber optic connectivity together with customized connectors are available from Rosenberger for terminating to all kinds of patchcord and/or pigtail at different

lengths. With great in-house manufacturing of fiber optic connector, cable and cable assembly, it provides Rosenberger the advantages of flexibility, superior quality and quick turn-around.

Application • Channel to channel connection of fiber optic lines installed within distribution panels or equipment • Connection of peripheral devices with a fiber optic interface

• On-site splicing with bulk cable • Other scenarios where fiber connection is required

Feature and Benefit • Fiber types: Singlemode 9/125μm (G652D, G657A/B), Multimode 50/125μm (OM2/OM3/OM4), Multimode 62.5/125μm (OM1) • Outer sheath made of riser, plenum or LSZH rated material • Available with simplex cable, duplex cable, mini-zipcord cable, ribbon cable, and other types of cables on request • UL or Anatel approved cable available • Available with ST, SC, FC, LC, MU, MTP/MPO, E2000, and other

types of connector on request • 100% performance tested • Providing test report for 3D geometric characteristics of connector end-face as required • Separately packed in plastic bag, including serial number and attenuation data, and other types of packing on request

Specification Fiber Fiber Type Multimode 62.5/125μm

Standard IEC 60793

ISO 11801

ITU-T G65X Series

A1b

OM1

N/A

OM2 Multimode 50/125μm

A1a

OM3

G651

OM4 B1.1

Singlemode 9/125μm

OS1

G652A/G652B

B1.2

N/A

G654

B1.3

OS2

G652C/G652D

B2

N/A

G653

B4

N/A

G655

B5

N/A

G656

B6

N/A

G657A/G657B

49

Optical Cable Cable Construction

Simplex Cable

Duplex Cable

1

2

Fiber QTY

Multi-Fiber Optical Cable

Mini-Cable 1

2

4/6/8/12

24

Diameter (mm)

2.0

3.0

2.0*4.1

2.9*5.8

1.6

1.6*3.3

3.0

3.6

Max. Tensile (N)

120

150

150

200

80

120

100

120

Max. Crush (N/10cm)

500

500

500

500

300

300

100

100

Min. Bending Radius (mm)

20

30

20

30

16

16

30

36

Temperature Range

-25℃ to +70℃

-20℃ to +70℃

Connector Connector Optical Interface Standard

Connector Type

Interfaces Standard

SC

IEC 61754-4

Radius

7～25mm

Radius

5～12mm

FC

IEC 61754-13

Fiber Height

-100～+50nm

Fiber Height

-100～+50nm

ST

IEC 61754-2

Apex Offset

≤ 50 μm

Apex Offset

≤ 50 μm

N/A

Angle

8± 0.3°

PC

8 degrees angled-PC (APC)

LC

IEC 61754-20

Angle

MU

IEC 61754-6

E2000

IEC 61754-15

Other parameter according to IEC 61755-3-1

MTP

IEC 61754-7

Other parameter according to IEC 61755-3-2

IEC 61755-3-32

Cable Assembly LC, SC, FC, ST, MU

Connector Type Fiber Type

SM

Insertion Loss (IL, dB) Return Loss (RL, dB) For UPC Return Loss (RL, dB) For 8°APC Max. Tensile (N) (Cable & Connector) Temperature Range

MM

E2000 SM

Max 0.3

MPO/MTP MM

Max 0.3

Standard

SM

MM

≤0.6

≤0.5

See table1 IEC 61300-3-4 Method B IEC 61300-3-6 Method 1 IEC 61300-3-6 Method 1

50

35

55

40

/

20

60

/

70

/

60

/

100

100

80

80

IEC 61300-2-4

-20℃ to +60℃

IEC 61300-2-22

70

-25℃ to +70℃


HECM -

-

Fiber Optical Cable Assembly

Length (<1KM) XXXXXX = XXXXXX mm (≥1KM) XXX KM =XXX KM

Cores 1=1F 2=2F Cable Type O=naked H=LSZH G=PVC(OFNG) R=PVC(OFNR) P=PVC(OFNP)

50

Type Of Fiber 1=OM1 62.5/125um 2=OM2 50/125um 3=OM3 50/125um 7=G657A1 9=G652D A=G657A2

Shape of Cable Y=roll P=drop cable Z=8 figure

Cable Dia. 2=2.0mm 3=3.0mm 6=1.6mm 8=1.8mm 9=0.9mm

Cable color (If to be defined) BL=Blue OR=Orange GR=Green BR=Brown SL=Slate WH=White RD=Red BK=Black YL=Yellow VT=Violet RS=Rose RS=Rose AQ=Aqua

Connector A 1=ST 2=SC 3=FC 4=LC 5=LCD 9=E2000 C=MU D=SCD

Connector B 0=empty 1=ST 2=SC 3=FC 4=LC 5=LCD 9=E2000 C=MU D=SCD

Polishing Level (If to be defined) A=APC(pigtail) B=APC-APC C=PC-APC D=APC-PC E=PC(pigtail)

Fiber Patch Panel

Description Rosenberger HDCS® distribution & splice fiber optic patch panel insures good management for the four critical elements of fiber optic cable: bend radius protection, cable routing path, cable access and physical protection. Those four aspects directly affect the reliability, functionality and the operational cost of the network.

Rosenberger HDCS® patch panel is designed for 19" EIA rack, and compatible with all common factory assembled or siteinstalled fiber cables.

Feature and Benefit • • • • •

Patching and splicing The panel surface is treated with electro-static spraying Silk-screen printing for front plate labeling 45° entry for back cable, flexible cabling from left and right side Aluminum or steel material available

• Sliding-type and fixed-type available • Standard black and other colors available • Panel accessories can be ordered separately

Specification Sliding-type: 483 x 300 x 1HU (mm) and 483x 300 x 2HU (mm)

Fixed-type: 483 x 250 x 1HU (mm) and 483x 250 x 2HU (mm)

Delivery Form • Complete factory assembled panel • Dummy plugs in unused cable entries • Dummy plugs in unused front plate ports • Adapters ready in complete panel set

• 4 installation screws and caged-nuts as mounting kit • Cable gland & guiding clip • Splice trays included for complete panel set


10 Digit 1 1: 1 HU Distribution Panel 2: 1 HU Splice Panel 3: 1 HU Sliding Distribution Panel 4: 1 HU Sliding Splice Panel

-

Digit 2 1: SC/SC simplex SM 4: SC/SC simplex MM 5: SC/SC Duplex SM 6: SC/SC Duplex MM C: LC/LC Duplex SM D: LC/LC Duplex MM E: FC/FC simplex G: SC/APC simplex K: E2000/E2000

Digit 3 2: 12 Fibers 3: 24 Fibers 4: 48 Fibers 6: 8 Fibers 7: 32 Fibers 8: 4 Fibers C: 6 Fibers D: 36 Fibers

Digit 4 5: Black

Digit 5 1A: Steel material

51

High Density VelaTM Modular Fiber Patch Panel

Description Rosenberger high density fiber optic patch panels are designed for 19" racks and compatible with common factory assembled or

on-site assembled cables, especially for Rosenberger factory preassembled cabling system.

Application Rosenberger distribution & splice fiber optic patch panel insures good management for the four critical elements of fiber optic cable: bend radius protection, cable routing path, cable access

and physical protection. Those four aspects directly affect the reliability, functionality and the operational cost of the network.

Feature and Benefit • Modular and ergonomic design with front and rear drawers for ease of installation and maintenance • Installable with standard 19" EIA rack • Max. 96 fibers capacity in 8 modules (2 layer x 4 modules/layer) • 12-fiber capacity of each module

• Fiber module accepts multimode 50/125μm OM2, 10G OM3, OM4 or a low water-peak singlemode fiber cable harness • Rear cabling manager with layered design and pull-out rotation function • Hidden draw-type label panel design

Specification Dimension MTP-LC Module Number of Fiber Slots Number for MTP-LC Module Max. Number of Fiber MTP-LC Module Attenuation(Typical)

Single-mode Multi-mode

Salt Mist Cyclic Test Installation Type Storage Temperature Operation Temperature

483mm x 509mm x 44.45mm 12F 8 96F 0.5dB 0.4dB 24H Fixed type and sliding type -40°C ~ +70°C -20°C ~ +60°C

Module and Accessories

VelaTM Blind Cover

12F MTP-LC duplex VelaTM Modules

Ordering Information Ordering Number Fiber Patch Panel CPB1-110-41 CPB1-110-51 MTP-LC Module CPB2-251-12 CPB2-253-12 CPB2-254-12 CPB2-255-12 Blind Cover CPB4-611-11

52

Description VelaTM 1HU Modular Fiber Patch Panel Fixed Type, Black, without Module VelaTM 1HU Modular Fiber Patch Panel Pull-out, Black, without Module VelaTM MTP -LC Module B, 12F, SM VelaTM MTP -LC Module B, 12F, OM2 VelaTM MTP -LC Module B, 12F, OM3 VelaTM MTP -LC Module B, 12F, OM4 VelaTM Blind Cover

Copper Connectivity Solution Rosenberger has leading copper connectivity solution which covers data, video and voice transmission application in telecommunication and electronics industry. All kinds of copper cable assembly, terminal module, distribution frame and box are available to help operators and other customers set up a high efficiency communication transmission network. High quality product, technical consultancy and support, best lead time and excellent after-sales service are supported by Rosenberger. • D-Sub Series Cable Assembly • Ethernet Patch Panel • LSA Module and Distribution Unit

• RJ45 Ethernet Cable Assembly • Balun Panel • Other Customized Solution

53

D-Sub Series Cable Assembly

Description Rosenberger provides different forms of D-sub cable assembly whice are to be widely used for data transmission between communication and control equipments.

Application • • • •

• • • •

Cellular base station Network switching Transmission Routers

Multiplexers Mainframes Engineering Workstations Computers/Printers/Scanners

Feature and Benefit • Small to large size with different pins • Easy to install and unload without specialized tooling • 100% factory assembled and tested

• Applicable to various equipments and interfaces • Series of standard density and high density • Standard or customized cable

Specification

54

Product Series

Shell Size (mm)

Current (A)

Wire Size (AWG)

Contact Styles

Standard Density

9, 15, 25, 37, 50

5

28-18

Solder or Crimp

High Density

15, 26, 44, 62, 78

2

28-22

Solder or Crimp

RJ45 Ethernet Cable Assembly CAT5e Patch Cord

Description Rosenberger CAT5e patch cord is used for network cabling transmission of voice, data and video signals. It supports current highbandwidth network applications and is especially suitable to IEC 11801 Class D standard requirements.


VoIP ISDN Token ring 100 Mbps TP-PMD

• • • •

Analog and digital video TR-16 Active and Passive 155 Mbps /622 Mbps ATM 10BASE-T/100BASE-TX Fast Ethernet

Feature and Benefit • Designed for both unshielded and shielded cabling system • Comply with Fluke DTX-1800 / TIA568C.2 patch cord standard and 100% factory tested • Adopt arc-shaped snagless boot design for elastic latch protection • Utilizing flexible stranded patch cable • Connector contacts 50μ” gold plated minimizing contact resistance

• Outer jacket PVC or LSZH • Different colored cable jacket option • Flexible ladder-shaped boot design provides better cable bending protection

Specification Electrical Performance Frequency (MHz)

2m Cord

NEXT (dB) 5m Cord

10m Cord

RL (dB)

1

65.0

65.0

65.0

19.8

4

62.3

61.5

60.4

21.6

8

56.4

55.6

54.7

22.5

10

54.5

53.7

52.8

22.8

16

50.4

49.8

48.9

23.4

20

48.6

47.9

47.1

23.7

25

46.7

46.0

45.3

24.0

31.25

44.8

44.2

43.6

23.0

62.5

39.0

38.5

38.1

20.0

100

35.1

34.8

34.6

18.0

55

RJ45 Ethernet Cable Assembly CAT6 Patch Cord

Description Rosenberger CAT6 patch cord is used for network cabling transmission of voice, data and video signals. It supports current highbandwidth network applications, and is especially suitable to IEC 11801 Class E standard requirements.


• • • •

VoIP ISDN Token ring 100 Mbps TP-PMD

Analog and digital video TR-16 Active and Passive 155 Mbps /622 Mbps /1.2 Gbps ATM 10BASE-T/100BASE-TX Fast /1000BASE-TX Gigabit Ethernet



Specification Electrical Performance

56

NEXT (dB)

Frequency (MHz)

2m Cord

5m Cord

10m Cord

RL (dB)

1

65.0

65.0

65.0

19.8

4

65.0

65.0

65.0

21.6

8

65.0

65.0

64.8

22.5

10

65.0

64.5

62.9

22.8

16

62.0

60.5

59.0

23.4

20

60.1

58.6

57.2

23.7

25

58.1

56.8

55.4

24.0

31.25

56.2

54.9

53.6

23.0

62.5

50.4

49.2

48.1

20.0

100

46.4

45.3

44.4

18.0

125

44.5

43.5

42.7

17.0

150

43.0

42.1

41.4

16.2

175

41.8

40.9

40.2

15.5

200

40.6

39.8

39.3

15.0

225

39.7

38.9

38.4

14.5

250

38.8

38.1

37.6

14.0

RJ45 Ethernet Cable Assembly CAT6A Patch Cord

Description Rosenberger CAT6A patch cord is used for network cabling transmission of voice, data and video signals. It supports current highbandwidth applications, and is especially suitable IEC 11801 to Class EA standard requirements.

Application • • • • •

VoIP SDN Token ring 100 Mbps TP-PMD Analog and digital video

• TR-16 Active and Passive • 155 Mbps /622 Mbps /1.2 Gbps ATM • 10BASE-T/100BASE-TX Fast /1000BASE-TX Gigabit Ethernet/10Gbase-T Gigabit Ethernet



Specification Electrical Performance NEXT (dB)

Frequency (MHz)

2m Cord

5m Cord

10m Cord

RL (dB)

1

65.0

65.0

65.0

19.8

4

65.0

65.0

65.0

21.6

8

65.0

65.0

64.8

22.5

10

65.0

64.5

63.0

22.8

16

62.0

60.5

59.1

23.4

20

60.1

58.6

57.3

23.7

25

58.1

56.8

55.4

24.0

31.25

56.2

54.9

53.6

23.0

62.5

50.4

49.2

48.1

20.0

100

46.4

45.4

44.5

18.0

200

40.7

39.9

39.3

15.0

250

38.9

38.1

37.7

14.0

300

36.2

35.9

35.8

12.8

400

31.9

32.1

32.5

10.9

500

28.4

29.0

29.8

9.5

57

Customized Assembly Type

Description

Specification

8 Pair 120Ω PCM cable assembly is used for the serial transmission of data with good EMI performance, low bit-error and steady transmission rate.

Parts • Connector: RJ45 8P8C connector (shielded) • Cable: AWG 26 120Ω 8-pair Assembly • Insulation resistance ≥100MΩ • Dielectric strength AC, 250V, 1sec

16 Pair 120Ω PCM cable assembly is used for the serial transmission of data with good EMI performance, low bit-error and steady transmission rate.

Parts • Connector: RJ45 8P8C connector (shielded) • Cable: AWG 26 120Ω 8-pair Assembly • Insulation resistance ≥100MΩ • Dielectric strength AC, 250V,1sec

RS BT43 straight single cable assembly connects to DDF or communication switching equipment for transferring the digital signals.

Parts • Connector: BT43 75Ω connector • Cable: RS Multi 8*Coax Cable Assembly • Insulation resistance ≥100MΩ • Dielectric strength AC, 250V, 1sec

Multi-RJ45

Multi-RJ45

BT43 (SMZ) R S E 1 / T 1 1 2 0 Ω C a b l e A s s e m b l y Parts p r o v i d e s t h e d i g i t a l t r a n s m i s s i o n • Connector: 4*TQ connector, 120Ω • Cable: AWG 26 120Ω 8-pair between communication equipments. Assembly • Dielectric strength AC, 250V, 1sec TQ Straight SCSI PCM cable assembly provides the digital transmission between communication equipments. High compact design with metal shell for good EMI performance.

Parts • Connector: MDR IDC Plug 36Pin, Male • Shell: MDR Metal Junction shell 180°exit • Cable: AWG26 120Ω SFTP PCM Cable Assembly • Insulation resistance ≥100MΩ • Dielectric strength AC, 250V, 1sec

MDR68-MDR68 with IP seal cable assembly provides the digital transmission between communication equipments. It can be used in outdoor enviroment with good water/dust proof performance.

Parts • Connector: MDR 68Position, Male • Shell: MDR metal junction shell • Cable: AWG26 100Ω SFTP PCM Cable, Halogen free, Black Assembly • Insulation resistance ≥10MΩ • Dielectric strength AC, 250V, 1sec

SCSI

SCSI

58

Type

Description

Specification

Mini SNAP cable assembly is widely used in automation control and communication industry. Push-pull self-locking results safe and quick connection or release.

Parts • Connector: Mini SNAP 4Pin Female • Cable: SEYVP 1*2/2*0.4 120Ω Assembly • Insulation resistance ≥100MΩ • Dielectric strength AC, 250V, 1sec

This cable assembly is used for signal transmission. One end is RJ45 plug with seal boot, and the other end is Coax 1.0/2.3 plug with seal boot. It can be used in outdoor enviroment with good water/dust proof performance..

Parts • Connector: RJ45 8P8C with seal boot • Connector: 1.0/2.3 straight plug with seal boot, 75 Ohm • Cable 1: Cat.5e 24AWG*4P SFTP • Cable 2: RG179 Assembly • Insulation resistance ≥20MΩ • Dielectric strength AC, 250V,1sec

Mini SNAP

RJ45- coax 1.0/2.3

Emily-RJ45 signal cable assembly Parts combines signal and power transmission • Connector A&B: Emily connector, Female • Cable: 30AWG 6PR parallel cable, LSZH in one connector system. Assembly • Insulation resistance ≥10MΩ • Dielectric strength AC, 250V, 1sec Emily-RJ45 Socket Emily cable assembly combines signal Parts and power transmission in one connector • Connector A&B: Emily connector, Female • Cable: 30AWG 6PR parallel cable, LSZH system. Assembly • Insulation resistance ≥10MΩ • Dielectric strength AC, 250V, 1sec Emily- Emily

Densi Shield

This cable assembly supports the transmission of high-speed serial differential signals. It combines high density, mechanical robustness and PCB assembly with excellent shielding and signal integrity performance.

Parts • Connector: Densi-shield I/O Plug • Cable: AWG26 100Ω 4P SF/UTP, LSZH Assembly • Insulation resistance ≥5MΩ • Dielectric strength AC, 250V, 1sec

59

Ethernet Patch Panel Description Rosenberger Ethernet modular patch panel is designed for both unshielded and shielded cabling system with excellent transmission performance, and which are compatible with all Rosenberger HDCS® modules. It has extremely high flexibility, adaptability and most compact design for supporting up 48 ports per height unit (HU). Rosenberger develops and supplies all levels

of Ethernet patch panel including for supporting CAT5e, CAT6 and CAT6A performance transmission as per IEC 11801 and TIA568-C.2 standards. Many of Rosenberger Ethernet patch panels are tested and certified by ETL-USA laboratory and other 3 rd parties.

CAT5e Modular Patch Panel

Application • 10baseT Ethernet • 100baseTX Fast Ethernet • 155Mbit ATM • 622Mbit ATM • TR-16 Active • TR-16 Passive

Feature and Benefit • Exceed the specification of TIA 568-C. 2 Category 5e requirements • Outstanding performance including IL, NEXT/FEXT and RL guaranteeing good channel performence • Delivered with plastic cable management bar, installation screws and labeling system • Unshielded and shielded option • 24-port or 48-port per height unit (HU)

Specification Material

Electrical Property

Front Pane

Steel, powder coating

Plastic

High impact flame retardant Contact Resistance plastic, UL94V-0 rated

20MΩ Max.

Contact

Phosphor bronze C5210EH

500MΩ Min.

Contact Plating

Gold plating 50μ" over nickel Dielectric Strength plating 50~100μ"

Mechanical Property

60

Plug Insertion Life

≥750 times

Plug Retention Force

≥30 Lbs

Temperature Range

-40°C to +70°C

Current Rating

Insulation Resistance

1.5 AMP

750V AC RMS 60Hz 1MIN

Ethernet Patch Panel

CAT6 Modular Patch Panel

Application • 10baseT Ethernet • 100baseTX Fast Ethernet • 1000baseTX Gigabit Ethernet • 155Mbit ATM • 622Mbit ATM • TR-16 Active • TR-16 Passive

Feature and Benefit • Exceed the specification of TIA 568-C. 2 Category 6 requitments • Outstanding performance including IL, NEXT/FEXT and RL guaranteeing good channel performence • Delivered with plastic cable management bar, installation screws and labeling system • Unshielded and shielded option • 24-port or 48-port per height unit (HU)


Electrical Property

Front Panel


Plastic

High impact flame retardant Contact Resistance plastic, UL94V-0 rated

Current Rating

20MΩ Max.

Contact


500MΩ Min.

Contact Plating

Gold plating 50μ" over nickel Dielectric Strength plating 50~100μ"


1.5 AMP


Mechanical Property Plug Insertion Life

≥750 times

Plug Retention Force

≥30 Lbs

Temperature Range

-40°C to+70°C

61

Ethernet Patch Panel

CAT6A Modular Patch Panel

Application • 10baseT Ethernet • 100baseTX Fast Ethernet • 1000baseTX Gigabit Ethernet • 10Gbase-T Gigabit Ethernet • 155Mbit ATM • 622Mbit ATM • 1.2 Gbit ATM • TR-16 Active/ Passive

Feature and Benefit • Exceed the specification of TIA 568-C. 2 Category 6A requirements • Outstanding performance including IL, NEXT/FEXT and RL guaranteeing good channel performence • Delivered with plastic cable management bar, installation screws and labeling system • Unshielded and shielded option • 24-port per height unit (HU)


Electrical Property

Front Panel


Plastic

High impact flame retardant plastic, Contact Resistance UL94V-0 rated

20MΩ Max.

Contact


500MΩ Min.

Contact Plating

Gold plating 50μ over nickel plating Dielectric Strength 50~100μ

Mechanical Property Plug Insertion Life Plug Retention Force

≥30 Lbs

Temperature Range

-40°C to+70°C

62

≥750 times

Current Rating

Insulation Rresistance

1.5 AMP


Balun Panel

Balun Panel BNC to RJ45

Description BNC to RJ45 impedance matching balun panel provides 75Ω coax (BNC connector) to 120Ω twisted pair (RJ45 connector) conversion for 16 E1 channels (Tx and Rx). The panel conforms to

ITU-T G.703, matching the impedance and signal characteristics of up to 32 unbalanced 75Ω coax connections with up to 16 balanced 120Ω twisted pair connections.

Application The balun panel can be used for T1/E1/CPE network transmission equipment and other applications.The balun panel can provide

120Ω G.703 service whereas customers retaining 75Ω CPE hardware and vice versa

Feature and Benefit • Connects 75Ω dual coax to 120Ω twisted pair (or vice versa) • Bi-directional signal conversion according to ITU-T G.703 • Data rates up to 2.048 Mbps • Low profile design

• Mounts in standard 19" rack (1HU) • No power supply required • Female coax BNC connectors

Specification Parts Coaxial Connector Twisted Pair Connector Panel Electrical Data At 20°C Insertion Loss Cross Talk @1~100MHz Return Loss Insulation Resistance Operating Condition

Female BNC, 32pcs Female shielded RJ45, 16pcs 19", Steel, Zinc sealed and power coated, black ≤ 0.35dB ≥ 50dB ≥ 18dB ≥ 100MΩ

Matching Impedance

75Ω unbalanced coaxial to 120Ω balanced twisted pair connections

Bit Rate Environmental Data Temperature Range 2011/65/EC (RoHS)

2Mbit/s(E1) ITU-T G.703 -40°C to +85°C Compliant

63

Balun Panel

Balun Panel Coax to IDC

Description The rack mounting Balun Panel converts 16 G.703 E1 or E2 circuits from unbalanced 75Ω coaxial to balanced 120Ω twisted pair transmissions. Modular construction allows the user to hot swap modules for other bit rates, functions or interfaces. G.703/G.704 toolless insulating displacement connecting (IDC)

baluns are impedance matching 75Ω coax to 120Ω singleconductor connections. Various industry standard types of coaxial connectors (75Ω) are available including male and female combinations of BNC, 1.6/5.6, 1.0/2.3, and Type 43.

Application A bi-directional device requiring no external power which connects telecommunications equipment with mismatching interfaces or

facilitates the conversion from coaxial to twisted pair distribution wiring.

Feature and Benefit • Convert 75Ω Coax to 120Ω twisted pair--resolves impedance mismatch between twisted pair and coax cabling • Ultra-miniature IDC balun providing maximum density • Industry standard coax connectors including BNC, 1.6/5.6, 1.0/2.3 and Type 43 are available

64

• Mounts in standard 19" rack (1HU) • Low insertion loss meeting ITU-T (CTR-12) G.703 standards • No power supply required

Specification Parts Type

1.0/2.3 female to IEC169-29 Body Material

Coaxial Connector

Brass gold plated

Pin Material

Beryllium copper, plated cu/Ni5/Au1.25

Insulator Material

Teflon

Mating cycles

500min

Wire Conductor Size IDC Connector

Φ0.4 to Φ0.63mm

Insulation

0.7 to 1.1mm

Moulding Material

Polycarbonate White

Mating Cycles

50min

Coaxial IDC Moulding Material Panel

PC, Black Size Material

Standard 19" rack mountable Steel, Zinc sealed and power coated black

Electrical Data At 20°C Insertion Loss

≤0.15dB from 51KHz to 3.072MHz(2M bit/s) ≤0.20dB from 211KHz to 12.673MHz(8M bit/s)

Return Loss Pulse Shape Cross Talk Isolation Voltage

Exceeds G.703 requirements by >13dB for 2M bit/s

by >8dB for 8M bit/s

Exceeds G.703 requirements for 2Mbit/s and 8Mbit/s >65dB from 211KHz to 12.673MHz between channel >55dB for adjacent module contacts >250V DC

Operating Condition Matching Impedance Bit Rate Signal Level

75Ω unbalanced coaxial to 120Ω balanced twisted pair connections 2Mbit/s(E1) and 8Mbit/s(E2) ITU-T G.703 Line code 2.37V nominal peak voltage at the coaxial end per G.703

Environmental Data Temperature Range

-40 °C to +85 °C

2011/65/EC (RoHS)

Compliant

65

LSA Module and Distribution Unit LSA Termination Module

Description Rosenberger LSA module is specially designed for wall wounted box and MDF rack. It has connection and disconnection models, and is convenient to be used for PCM cable connection. It is suitable for use in all communication networks such as DSL and IP network.

Application • Main distribution frames • Data and PABX distribution • Cross-connection cabinets

• Internal and external distribution point • VDSL2-capable • Outdoor enclosures with restricted space for cable termination

Feature and Benefit • 5, 8, 10 pairs disconnection and connection module available • Folded double–layer and double-slot terminal with silver–plated surface • Lower contact resistance and high pull off force

• Aligning slot for each pair of wiring • Plastic shield over the terminals prevents from getting hurt • Clear identification mark for each pair of wiring

Specification Mechanical Property Housing Material

PBT fire-retardant, UL94V-0

Contact Material

Phosphor bronze, C5191H

Plating

200μ’’ silver plating over nickel plating

Allowed Wire

0.32-0.8mm

Contact Pin Life

≥ 200 times

Pull Off Force

≥ 25N

Electrical Characteristics

66

Voltage Rating

12 VAC

Current Rating

1.5AMP


≥ 1000Mohm@ 500VDC

Contact Resistance Between Terminals

≤3 milliohm

Dielectric Strength 1000V

1min, (45~60) Hz

LSA Module and Distribution Unit LSA Distribution Box

Description The LSA distribution box is designed for both indoor and outdoor application, and can be mounted on the wall. There is a mounting frame for fixing 2/10 or 2/8 LSA connection module or compatible disconnection module inside the box.

Application It is suitable for PCM cable connection in all communication networks such as DSL and IP network.

Feature and Benefit • Supplied with or without LSA modules • Support up to 20pcs of LSA module or other capacity • Lockable design • Over-voltage protection (OVP) device option • Customized design available on request

Specification Box Capacity Box Size Box Material Frame Material Modules Endurance Operating Temperature

50 pair

100 pair

200 pair

320x240x110mm

320x320x110mm

400x600x110mm

ABS, thickness 3mm Stainless steel 100 Cycles (Min) -40°C to +65°C

2011/65/EU (RoHS)

Compliant

Flammability Rating

UL94V-0

Waterproof Performance

IP54

67

LSA Module and Distribution Unit LSA Distribution Frame

Description Rosenberger LSA distribution frame is very convenient to be used for connecting and distributing PCM cables, which is designed in a shape of ESTI 3HU for installing on a standard 19” open frame or rack. The distribution frame can be installed with up to 15pcs of LSA terminal module providing 150-pair wiring and transmission capacity.

Application It is suitable for PCM cable connection in all communication networks such as DSL and IP network.

Feature and Benefit • Termination block with 120Ω characteristic impedance • Installed on standard 19" open frame for better cable management • 3HU frame is suitable for small size exchange office

• Clear and tidy cabling • 50 pairs, 100 pairs, 150 pairs capacity available • Installation accessory attached

Specification Material Frame Material

Stainless steel

Thickness

1.5mm

Terminal Material

PBT fire-retardant ,UL94V-0

Contact Material

Phosphor bronze

Plating

200μ’’ silver plating over nickel plating

Allowed Wire

0.32-0.8mm

Contact Pin Life

≥ 200 times

Pull Off Force

≥ 25N

Electrical Characteristics

68

Voltage Rating

12 VAC

Current Rating

1.5AMP


≥ 1000Mohm@ 500VDC

Contact Resistance Between Terminals

≤3 milliohm

Dielectric Strength 1000V

1min, (45~60) Hz

Power Cable Assembly Many of today’s communication equipment including remote radio head (RRH) require DC power supply with different voltage rating and connectivity interface. Particularly for remote radio head (RRH) application which requires power-to-the-antenna (PTTA), Rosenberger has a power design tool including calculation formula to tell following questions. • What

is the maximum allowable power consumption of RRH load with a desired cable design? is the required cable configuration including conductor cross section of DC power cable at a certain tower height? • What is the maximum allowed cable length between RRH and power supply unit with a specified cable cross section and RRH (power consumption level)? • What

69

Indoor D-sub Type High Power Cable Assembly

Description Rosenberger D-sub type cable assembly is used for high-power DC transmission in an indoor enviroment. The cable assembly has multi-pin D-sub connectors at both ends with male or female terminals.

Application Ideal as an input/output of D-sub power interface. The high quality D-sub connector has mixed contact sizes for signal, power, coax, thermocouple and high voltage applications.

Feature and Benefit • Power supply between transmission equipment • High Power Connector/ Combo D-sub connector • Support up to 40A high current

Specification Parts Connector A Connector B

D-sub body 2W2, 2V2, 3W3, 3V3, 4W4, 4V4, 5W5, 8W8… D-sub body 2W2, 2V2, 3W3, 3V3, 4W4, 4V4, 5W5, 8W8…

Connector Material

Brass, gold plated over nickel

Back Shell

Zinc Alloy, Matt nickel plated

Cable

Power Cable, Shielded, LSZH or PVC Jacket

Connector Electrical Characteristics Current Rating

10A, 20A, 30A, 40A

Contact Resistance

10MΩ Max.


5000MΩ, Min.

Dielectric Withstanding

1000V AC

Environmental Data Installation Temperature

70

-10 °C to +65 °C


-20 °C to +75 °C

2011/65/EU (RoHS)

Compliant

Indoor ET 2-Pole Power Cable Assembly

Description The ET 2 pole power cable assembly is used for power distribution units with small form connector. The ET connector is a low loss, highly reliable and cost effective solution for cable-to-pcb application.


Power distribution Cellular base station sites Computer servers and storage systems Industrial electronic equipment cabinets


High reliability Low profile right angle Right-angle and vertical mounts available for ET connector 16AWG, 14AWG, 12AWG, 10AWG wire cables for option Up to 30 Amps per contact

Specification Parts Connector

ET Power connector

Power Contact

Copper alloy with coating

Cable Conductor Size

16AWG, 14AWG, 12AWG, 10AWG

Cable Conductor Structure

Stranded / Solid tinned copper

Cable Jacket

Halogen free, Black

Electrical Characteristics Current

Max 30A per contact


-10 °C to +65 °C


-40 °C to +70 °C

2011/65/EU (RoHS)

Compliant

71

Outdoor IP67 Power Cable Assembly

Description Many of today’s communication equipment including remote radio head (RRH) require DC power supply with different voltage rating and connection interface. Rosenberger provides such power cable assembly in conjunction with hybrid FTTA solution, which is usually terminated at one end with 2-pole or 3-pole outdoor power connector for connecting with hybrid cable and the other end left open.

Application Most applicable for Power-To-The-Antenna (PTTA) requirements for transmitting the DC power up to RRH by connecting with hybrid cable assembly.


Compatible with EasyLinkTM hybrid trunk Terminated with a IP67 connector and blunt cut on the RRH side Pluggable power supply interface 12AWG or 10AWG gauge wire for option Strong tensile and crush capability

Specification Parts Number of Connector Poles Cable Conductor Cable Ingress Protection Cable Jacket Material Cable Braid Cable Diameter Cable Bending Radius

2 or 3 4mm2 (12AWG) IP67 PVC, UV-resistant, Black

Bare copper 9.2mm

Environmental Data Operation Temperature Installation Temperature 2011/65/EU (RoHS)

72

11.2mm

Operation Installation

12×outer diameter 6×outer diameter

Wire to Earth Wire to Wire

≤ 3.30Ω/km ≥ 5 MΩ•km 0.6 kV 1 kV

Electrical Characteristics DC resistance of conductor Insulation resistance Rating Voltage

6mm2 (10AWG)

-40 °C to +70 °C -20 °C to +60 °C Compliant

Outdoor IP65 Power Cable Assembly

Description Many of today’s communication equipment including remote radio head (RRH) require DC power supply with different voltage rating and connection interface. Rosenberger provides such multi-beam 2-pole power cable assembly in conjunction with hybrid FTTA solution, which is usually terminated at one end with 2-pole multi-beam connector for connecting with RRH and the other end left open.

Application Most applicable for Power-To-The-Antenna (PTTA) requirements for transmitting the DC power up to RRH by connecting with hybrid cable assembly.

Feature and Benefit • • • • • •

Provides contacts for power distribution and power control Rugged Blind-Mate connector system Pluggable power supply interface Flexible Power crimp-to-wire terminations accommodate 8AWG, 10AWG and 12AWG wire for option Stamped and selectively plated power contacts provide a cost effective solution

Specification Parts Connector Type

Multi-beam 2P power connector with seal boot, IP65

Connector Contacts Material

Copper based alloy

Connector Housing Material

Glass-filled high temperature nylon, black

Cable Conduct Size

8 AWG

Cable Conduct Structure

10 AWG

12 AWG

14 AWG

Stranded bare copper

Cable Jacket Material

PVC, UV-resistant, Black

Electrical Characteristics Current Rating Voltage Rating Dielectric Strength Insulation Resistance Dielectric Strength

45A

35A

25A

20A

105C, 600V DC 1500V, 1min ≥20 MΩ AC 500V, 1sec


-15 °C to +60 °C


-35 °C to +80 °C

2011/65/EU (RoHS)

Compliant

73

Fiber Optic Connectivity A fiber optic connector is a disconnectable device used to connect a fiber to a source, detector or another fiber. It is targeted to be designed for easy connecting and disconnecting many times. Connection by fiber optic connectors couples light from one component to another with as little loss of optical power as possible, since the interconnection of various components of a fiber optic network system is a vital part of system performance. Rosenberger, with over 20 years of experience, has designed and supplied various fiber optic connectors to the market with desirable features including low loss, easy installation, high repeatability, consistency quality and cost-effective material. Particularly for today and tomorrow’s wireless communication network and cellular sites, Rosenberger can provide all industry standard and specialized fiber connectivity solution to fulfill high performance requirements.

74

Rosenberger Multi-fiber Connector (RMC™)

Description Using as flexible connection joint in fiber optic network, where there is device with a fiber optic interface installed in outdoor or harsh environment. Typical is for mobile communication (FTTA), broadcast, smart-grid cabling application.


Multi-fibers connector, 4/6/8/12/24 fibers are available Support singlemode and multimode Robust connector system with screwed locking mechanism Components of the N coaxial connector according to MILPRF-39012 enable a conversion • With the standard panel cutout, the receptacle can easily replace a coaxial connector type

• Mated or with attached protection cap, plug and receptacle are sealed according to IEC 60529 IP67 • Captive protection cap, plastic dust cap and metal cap without rope are available • Cable connector (male/female) and flange connector (female) are available

Specification Standard

IEC 61753-1 Cat. E

Housing Material

Nickel-plated brass

Ferrule Material

PPS

Operating Temperature

-40°C~+80°C (dependent on cable type)

Ingress Protection (Mated)

IP67 (IEC 60529)

Mechanical Resistance

>600N

Mating Cycles

>=500

Suitable Cables (mm)

D2.0/ D6.0/ D7.0

Fiber Types

OS2, OM1, OM2, OM3, OM4

2011/65/EU(RoHS)

Compliant

75

Rosenberger Quad Connector (RQC)



4 fibers connector Support singlemode and multimode Robust connector system with screwed locking mechanism Components of the N coaxial connector according to MILPRF-39012 enable a conversion • With the standard panel cutout, the receptacle can easily replace a coaxial connector type

• Mated or with attached protection cap, plug and receptacle are sealed according to IEC 60529 IP67 • Captive protection cap, plastic dust cap and metal cap without rope are available • Cable connector (male/female) and flange connector (female) are available

Specification

76

Standard

IEC 61753-1 Cat. E

Housing Material

Nickel-plated brass

Ferrule/Sleeve Material

Zirconia ceramic



Ingress Protection (mated)

IP67 (IEC 60529)


>600N

Mating Cycles

>=1000


D4-D7 (Mini) breakout or D1.7 Simplex cable

Fiber Types


2011/65/EU(RoHS)

Compliant

Rosenberger Duplex Connector (RDC)



2 fibers connector Support singlemode and multimode Robust connector system with screwed locking mechanism Components of the N coaxial connector according to MILPRF-39012 enable a conversion • With the standard panel cutout, the receptacle can easily replace a coaxial connector type

• Mated or with attached protection cap, plug and receptacle are sealed according to IEC 60529 IP67 • Captive protection cap, plastic dust cap and metal cap without rope are available • PC and APC are available • Cable connector (male/female) and flange connector (female) are available


IEC 61753-1 Cat. E

Housing Material

Nickel-plated brass


Zirconia ceramic




IP67 (IEC 60529)


>600N

Mating Cycles

>=1000


D4-D7 (Mini) breakout or D1.7 Simplex cable

Fiber Types


2011/65/EU(RoHS)

Compliant

77

Rosenberger Efficient Connector (REC)



Standard LC duplex connector interface Support singlemode and multimode Robust connector system with bayonet locking mechanism Support connection with SFP module Easy manual installation Waterproof, dust proof and corrosion resistant

Specification

78

Mating with ODVA connector

From TE and Conec

Nut Material

Aluminium alloy, black oxide treated

Housing Material

PA

Gasket Material

Silicon




IP67 (IEC 60529)


>600N

Mating Cycles

>=1000


D4-D7

Connector Type

Standard LC duplex

2011/65/EU(RoHS)

Compliant

LC Loopback Connector

Description LC Loopback is with standard LC duplex connector interface, available both single mode and multimode version. It is to make both optical contacts connected together inside the packing which allows a self-test for device or a measurement of a link from one side. It can be used for trouble shooting in field and also can be used to make transceiver test in research and development labs.

Feature and Benefit • Standard LC duplex connector interface • Support singlemode and multimode individually • Packing sizes fit for small space application • Reliable protection for loopback fiber • Easy manual installation


IEC 60754-20

Housing Material

PEI

Ferrule Material

Zirconica ceramic

Insertion Loss (Typical) Insertion Loss (Max.)

Singlemode ≤0.5dB @1310nm&1550nm Multimode ≤0.4dB @850nm&1300nm Singlemode≤1.0dB @1310nm&1550nm Multimode ≤0.7dB @850nm&1300nm


-40~+75°C

Mating Cycles

>=500

Flammability Rating

UL 94-V0

2011/65/EU (RoHS)

Compliant

Order Information Part number

Description

98E-118

LC Loopback, Singlemode, 9/125μm fiber

98E-119

LC Loopback, Multimode, 50/125μm fiber

98E-120

LC Loopback, Multimode, 62.5/125μm fiber

79

LC Connector

Description Using as flexible connection joint in fiber optic network, where there is devices with a fiber optic interface installed in an indoor enviroment. Typical is for mobile communication (FTTA), LAN, Data center network application.


Small Form Factor (SFF) single-fiber connector Support singlemode and multimode Simplex and duplex Latched push-pull locking mechanism Spring loaded ferrule, aligned in a slotted sleeve Tuning possible Dust caps are available PC/UPC/APC is available

Specification

80

Standard

IEC 61754-20

Housing Material

PEI


Zirconia ceramic



Mating Cycles

>=1000


D0.9-D3.0 or D5.0 with duplex connector

Fiber Types


2011/65/EU(RoHS)

Compliant

SC Connector

Description Using as flexible connection joint in fiber optic network, where there is device with a fiber optic interface installed in an indoor enviroment. Typical is for mobile communication (FTTA), LAN, Data center network application.

Feature and Benefit • Single-fiber connector • Support singlemode and multmode • Simplex and duplex • Push-pull locking mechanism • Spring loaded ferrule, aligned in a slotted sleeve • Tuning possible • Dust caps are available • PC/UPC/APC is available


IEC 61754-4, EN 50377-4

Housing Material

PEI


Zirconia ceramic



Mating Cycles

>=1000


D0.9-D3.0 or D5.0 with duplex connector

Fiber Types


2011/65/EU(RoHS)

Compliant

81

MU Connector


Feature and Benefit • Single-fiber connector • Support singlemode and multimode • Simplex, duplex horizontal and vertical • Push-pull locking mechanism • Spring loaded ferrule, aligned in a slotted sleeve • Tuning possible • Dust caps are available • PC/UPC/APC are available

Specification

82

Standard

IEC 61754-6; EN50377-10

Housing Material

PEI


Zirconia ceramic



Mating Cycles

>=1000


D0.9-D3.0

Fiber Types


2011/65/EU(RoHS)

Compliant

E2000TM Connector



Single-fiber connector Singlemode and multimode Simplex, duplex and duplex-compact Latched push-pull locking mechanism Spring loaded ferrule, aligned in a slotted sleeve Metal cap and plastic cap are available


IEC 61754-15, EN 50377-8

Housing Material

PEI


Zirconia ceramic



Mating Cycles

>=1000


D0.9-D3.3, Diamond up to D3.5mm

Fiber Types


2011/65/EU(RoHS)

Compliant

83

Rosenberger Fiber Enclosure (RFE) Description possible for outdoor use and applicable for small cells, radio links, RRHs, and distribution boxes.

• For cable diameters from 4.5mm up to 9mm and the connectors with outer diameter of < 17.3mm. e.g. LC-Duplex, MTP®, RJ45 and USB • Enables pre-assembling of cables or connecting to cables

• • • •

Easy to install by hand Snap-on locking mechanism Waterproof according to IP 67 UV resistant

Housing Material

PA

Sealing Material

Silicone

Tightening Torque Gland

3Nm


-40°C~+70°C

Mating Cycles

>25

Suitable Cable Diameters

D4.5-D9

Pulling Axial

>150N


Description

98Z105-S00 98Z105-S05

84

98Z105-S00/53

RFE - Protection cap plug

98Z105-S04

RFE - Coupler kit for RFE to RFE connection with LCD

98Z105-S90-XXX

RFE – Extension tube

R99220107

RFE - Protection cap plug (P)

Rosenberger Cable Systems Rosenberger Cable Systems develops, manufactures and supplies various outdoor, indoor and universal fiber optic cables for telecommunication industry, IT data center network, enterprise cabling network as well as many specialized cables for harsh environment applications. Rosenberger has supported remote radio Fiber-To-The-Antenna technologies by developing many cables with the most stringent specifications which are collaborated with world-leading network system vendors.

85

Quality and Environment A wide range of Rosenberger fiber optic cables are designed and manufactured with performance and future proofing in mind. Bandwidth and Attenuation are the key specification areas that ensure your fiber investment will stand the test of time. Internationally recognized standards have defined today’s level of performance. Rosenberger has selected a level of Attenuation and Bandwidth exceeds this level of performance for no significant cost penalty. It is vital that any investment in a fiber networking strategy provides long-term performance and reliability for these evolving international standards which will continue to advance and develop. Rosenberger fiber optic cables provide this long-term support when installed and used in well designed systems. Rosenberger has ensured the performance and reliability by specifying key optical attributes in the cable design and manufacturing. • Attenuation • Bandwidth • Fiber Geometry • Proof Test

Cable Standard Rosenberger fiber optic cable complies with one or several of the following international standards. • DIN VDE 0888

• ITU-T G.651 to G.657

• DIN VDE 0472

• TIA-EIA 598-B

• IEC 60793

• Telcordia GR-20

• IEC 60794

• Telcordia GR-409

• IEC 60332-1/3

Pictograph

Flame-Retardant The outer sheath of the cable is self-extinguishing and not fire conductive.

UV-Resistant The outer jacket of the cable is good performance on UVresistant

Rodent- Retardant The cable is protested against damage from the rodent.

86

UL Certification

Waterproof

The cable is UL certification and applying with OFNR or OFNP grade

Water in the core can not spread in the longitudinal and transverse direction

Enhanced Rodent- Retardant

RoHS-Compliant

The cable is protested against serious damage from the rodent

The cable is RoHS compliant according to 2011/65/EU (RoHS) and 2012/19/EU (WEEE)

Cable Jacket Material Designation

Polyolefine Flame Retardant

Polyvinyl Chloride

Polyethylene

Polyurethane Flame Retardant

Polyamide

Abbreviation

LSZH

PVC

PE

TPU/PR

PA(Nylon)

Combustion Properties Halogen Free

Yes

No

Yes

Yes

Yes

Flame Retardant

Yes

Yes

No

Yes

No

Smoke Emission

Low

Strong

Medium

Medium

Strong

Corrosive Fumes

Low

High

No

Low

No

Low

Medium

Good

Good

Good

Flexibility

High

High

Low

High

Low

Hardness

Medium

Soft

Hard

Soft

Hard

Oil/Fuel

Good

Good

Good

Satisfactory

Good

Water

Good

Good

Very Good

Good

Satisfactory

Weathering

Good

Good

Very Good

Good

Good

Mechanical Properties Abrasion Resistance

Resistance Against

• Information given in the table is based on plastic materials used for cable jackets. Properties and resistance for cables can not bederived from it. • The resistance against oil/fuel is meant as decision guidance to the best of our today’s knowledge. It is based on typical values. The resistance of cables has to be verified due to the wide variety of oils and fuels. • The resistance against weathering is same as the UV resistance and it highly depends on the color of jacket material used.

Test Procedure Tensile Performance • Standard: IEC 60794-1-2 E1 • Object: Detect the attenuation behavior and/or fiber elongation strain as a function of the load on the cable when occur during installation. Meanwhile the tension applied shall be within the maximum allowable tensile force. • Requirement: the result data shall not exceed the values given in the relevant detail specification. Abrasion • Standard: IEC 60794-1-2 E2 • Object: Determines the ability of the cable sheath to resist abrasion and the ability of cable markings to resist abrasion. • Requirement: No perforation of the sheath and optical continuity shall be maintained andthe marking shall be legible after performing the number of cycles specified in the detail specification.

87

Crush Resistance • Standard: IEC 60794-1-2 E3 • Object: Determines the ability of the cable to withstand crushing and detect the influence of the constant load on the attenuation. • Requirement: the result data shall not exceed the values given in the relevant detail specification and no typical failure modes including the degradation transmission or physical damage to the cable. Impact Performance • Standard: IEC 60794-1-2 E4 • Object: Determines the ability of the cable to withstand repeated impacts on the attenuation and it simulates the dropping heavy objects such as stones and tools when on operation. • Requirement: the result data shall not exceed the values given in the relevant detail specification and no typical failure modes including the degradation transmission or physical damage to the cable. Repeated Bending • Standard: IEC 60794-1-2 E6 • Object: Determines the ability of the cable to withstand repeated bending under tension load and the two extreme positions make an angle of 90 degree on both sides of the vertical. • Requirement: the result data shall not exceed the values given in the relevant detail specification and no typical failure modes including the degradation transmission or physical damage to the cable Torsion • Standard: IEC 60794-1-2 E7 • Object: Detects the ability of the cable to withstand the mechanical twisting and measures any variation in the optical transmission when the cable is subjected to torsional forces external to the cable jacket and evaluates the possibility of physical damage. • Requirement: the result data shall not exceed the values given in the relevant detail specification and no typical failure modes including loss of optical continuity or physical damage to the jacket or components Flexing Performance • Standard: IEC 60794-1-2 E8 • Object: Determines the ability of the cable to withstand repeated flexing, for example elevator cable and measures any variation in the optical transmission when the cable is on repeated flexing state and evaluates the possibility of physical damage. • Requirement: the result data shall not exceed the values given in the relevant detail specification and no typical failure modes including loss of optical continuity or physical damage to the jacket. Temperature Cycling • Standard: IEC 60794-1-2 F1 • Object: Determines the stability behavior of the attenuation of optical cables when the temperature changes. It is generally the result of buckling or tensioning of fibers resulting from differences between their thermal expansion coefficient and the coefficients of strength and jacket members. • Requirement: the result data shall not exceed the values given in the relevant detail specification and no typical failure modes including loss of optical continuity or physical damage to the jacket Water Penetration

88

• Standard: IEC 60794-1-2 F5A/F5B • Object: Applies to the continuously water-blocked cables and determines the ability of a cable to block water migration along a specified length and evaluates the resistance ability to the water and humidity. • Requirement: No water shall be detected at the unsealed end of the sample cable and thetime and dispersal of the water within the sample are the determining test criteria. Vertical Flame Propagation for a Single Cable • Standard: IEC 60332-1 • Object: Evaluates the flame propagation on the single cable, which is for communication, installed on the surface of walls inside buildings under the fire condition. • Requirement: 60mm length sample cable is mounted vertically and the flame must extinguish itself in relevant time and the fire damage must not reach the upper end of the sample cable. Vertical Flame Propagation for the Bundle Cables • Standard: IEC 60332-3 • Object: Evaluates the flame propagation on the bundle cables, which are depend on the volume of flammable material, fixed on a 3.5m long ladder and flame is applied at the base during 20 minutes. • Requirement: the height of fire damage must not exceed 2.5m and cables have an improved characteristics regarding fire propagation when it pass the test. Smoke Emission • Standard: IEC 61034 • Object: The measurement of smoke density is an important aspect in the evaluation of the burning performance of cables as it is related to the evacuation of persons and accessibility for fire-fighting. In a defined test environment the cable is exposed to an open fire of burning alcohol and it allows a statement of the expected line-of-sight obstruction in case of fire. • Requirement: the result data shall not exceed the values given in the relevant detail specification. Corrosive Fire Gases and Free of Halogen • Standard: IEC 60754-1/60754-2 • Object: Determines the volume of the corrosive fire gas and the halogen gas emission, which are washed out when the flammable materials are combusted at over 900 degree. The corrosiveness is determined by means of ph-values and electric conductivity. Halogen materials can release a considerable quantity of corrosive gases, which can cause consequential damage to the surrounding area as well as respiratory problems. • Requirement: the result data shall not exceed the values given in the relevant detail specification.

89

Buffered Fiber

Description Buffered fiber is made of bare fiber, fiber coating and buffer material. It is usually used for fiber optic link interconnection by terminating with fiber optic connectors.


Tight buffer, semi-tight buffer or loose buffer 0.6mm or 0.9mm diameter Buffer material options PVC, Hytrel, LSZH, Nylon All fiber type options Low attenuation


Core Cladding Coating Buffer

Construction/Material Fiber Type

250μm or 500μm optical fiber

Fiber Color

Nature or other standard color

Buffer Material

PVC or LSZH or other specified

Buffer Color

White or other color specified available

Temperature Range

90

Transport and Storage Temperature

-30℃ ~ +65℃

Installation Temperature

-20℃~ +50℃


-30℃ ~ +65℃

Mechanical Properties Fiber Count

Nominal Buffer Diameter (mm)

Nominal Cable Weight (Kg/Km)

Tensile Strength Long-term/Short-term (N)

Crush Resistance Long-term/Short-term (N/10cm)

Strip Length In One Piece Min.(mm)

Min. Bend Radius Static/Dynamic (mm)

0.6/0.9

0.9

3/6

100/500

30

30/50

1

Cable Transmission Performance Fiber Symbol Fiber Type Wavelength (nm) Attenuation (dB/Km)

G652D/G657A1/A2/B2/B3

G655C/D/E

OM1

OM2/OM2+

OM3/OM4

B1.3/B6a.1/2 B6b.2/3

B4

A1b

A1a/A1a.1

A1a.2/A1a.3

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

≤0.36

≤0.36

≤0.22

≤0.22

≤0.25

≤3.2

≤1.0

≤2.7

≤1.0

≤2.7

≤1.0


RB□□ - □□ □□ - □ □ - □□□□□ 1

2

3

1 Product Type RB01 = Tight Buffer RB02 = Semi-Tight Buffer RB03 = Loose Buffer

2 Jacket Color YL = Yellow OR = Orange BL = Blue AQ = Aqua GR = Green

3 Jacket Material 02 = LSZH 04 = PVC 05 = PVC 09 = Nylon

4

5

6

4 Fiber Buffer Diameter 6 = 600 μm 9 = 900 μm

5 Fiber Buffer Type T = Tight Buffer S = Semi-Tight Buffer L = Loose Buffer

6 Fiber Symbol G652D = Fiber G.652D OM3 = Fiber OM3 OM4 = Fiber OM4

91

Simplex Fiber Optic Cable

Description Simplex fiber optic cable is made of buffered fiber, strength member and jacket material. It is usually used for fiber optic link interconnection and patching by terminating with fiber optic connectors.

Feature and Benefit • 1.6-3.0mm diameter • Aramid yarn high strength material • All fiber type options • Low attenuation • Jacket color options • OFNR per UL-1666 and OFNP per UL-910 • LSZH per IEC 60332-1/3, IEC 60754-2 and IEC 61034-2

Specification Profile/Outline Core Cladding Coating Buffer Aramid Yarns Strength Member Jacket

Construction/Material Buffer

Tight buffer or semi-tight buffer

Buffer Color

White or other color specified

Strength Member

Aramid yarn (Kevlar)

Cable Jacket

PVC or LSZH or other specified Yellow for Singlemode

Color of Jacket

Orange for Multimode Aqua for OM3 Other color specified available

Temperature Range

92


-20℃ ~ +70℃


-5℃ ~ +50℃


-20℃ ~ +70℃

Mechanical Properties Nominal Fiber Cable Diameter Count (mm)

Nominal Buffer Diameter (Kg/Km)





1

1.6

0.6

2.9

60/120

100/500

30/50

1

1.8

0.9

3.7

60/120

100/500

30/50

1

2.0

0.9

5.0

60/120

100/500

30/50

1

2.4

0.9

5.7

80/150

100/500

30/50

1

2.8

0.9

7.9

80/150

100/500

30/50

1

3.0

0.9

8.1

80/150

100/500

30/50

Cable Transmission Performance Fiber Symbol

G652D/G657A1/A2/B2/B3

G655C/D/E

OM1

OM2/OM2+

OM3/OM4

B1.3/B6a.1/2 B6b.2/3

B4

A1b

A1a/A1a.1

A1a.2/A1a.3

Fiber Type Wavelength (nm) Attenuation (dB/Km)

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

≤0.45

≤0.45

≤0.35

≤0.35

≤0.40

≤3.5

≤1.5

≤3.2

≤1.2

≤3.0

≤1.0


RI07- □□ □□ □□ - □□ - 0 0 1 - □□□□□ 1

2

3

4

5

6

7

8 5 Fiber Buffer Diameter

1 Product Type

6 = 600 um 9 = 900 um

RI07 = Product No.

6 Fiber Buffer Type


T = Tight Buffer S = Semi-Tight Buffer L = Loose Buffer

7 Fiber Count

3 Jacket Material

001 = 1 Core

02 = LSZH 04 = PVC 05 = PVC

8 Fiber Symbol

4 Cable Diameter 16 = 1.6mm

24 = 2.4mm

18 = 1.8mm

28 = 2.8mm

G652D = Fiber G.652D OM3 = Fiber OM3

20 = 2.0mm

30 = 3.0mm

OM4 = Fiber OM4

93

Duplex Fiber Optic Cable

Description Duplex fiber optic cable is made of two buffered fibers, strength member and jacket material and in a figure of eight. It is usually used for fiber optic link interconnection and cross-connect patching by terminating with fiber optic connectors.

Feature and Benefit • Single cable diameter 1.6-3.0mm • Aramid yarn high strength material • All fiber type options • Low attenuation performance • Jacket color options • OFNR per UL-1666 and OFNP per UL-910 • LSZH per IEC 60332-1/3, IEC 60754-2 and IEC 61034-2


Core Cladding Coating Buffer Aramid Yarns Strength Member Jacket



Buffer Color

White/Blue or Blue/Orange Other color specified available

Strength Member


Cable Jacket

PVC or LSZH or other specified Yellow for Singlemode

Color of Jacket

Orange for Multimode Aqua for OM3 Other color specified available

Temperature Range

94


-20℃ ~ +70℃


-5℃ ~ +50℃


-20℃ ~ +70℃

Mechanical Properties Nominal Cable Diameter (mm)

Nominal Buffer Diameter (mm)





2

1.6*3.3

0.6

5.8

60/120

100/500

30/60

2

1.8*3.7

0.9

7.4

60/120

100/500

30/60

2

2.0*4.1

0.9

10.0

60/120

100/500

30/60

2

2.4*4.9

0.9

11.4

80/150

100/500

30/60

2

2.8*5.7

0.9

15.8

80/150

100/500

30/60

2

3.0*6.1

0.9

16.2

80/150

100/500

30/60

Fiber Count


G652D/G657A1/A2/B2/B3

G655C/D/E

OM1

OM2/OM2+

OM3/OM4

B1.3/B6a.1/2 B6b.2/3

B4

A1b

A1a/A1a.1

A1a.2/A1a.3

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

≤0.45

≤0.45

≤0.35

≤0.35

≤0.40

≤3.5

≤1.5

≤3.2

≤1.2

≤3.0

≤1.0


RI08- □□ □□ □□ - □□ - 0 0 2 - □□□□□ 1

2

3

4

5

6

7

8 5 Fiber Buffer Diameter

1 Product Type

6 = 600 μm 9 = 900 μm

RI08 = Product No.

6 Fiber Buffer Type


T = Tight Buffer S = Semi-Tight Buffer L = Loose Buffer

7 Fiber Count

3 Jacket Material

002 = 2 Cores

02 = LSZH 04 = PVC 05 = PVC

8 Fiber Symbol


24 = 2.4mm

18 = 1.8mm

28 = 2.8mm

G652D = Fiber G.652D OM3 = Fiber OM3

20 = 2.0mm

30 = 3.0mm

OM4 = Fiber OM4

95

Distribution Fiber Optic Cable

Description Distribution fiber optic cable is made of multiple buffered fibers, strength member and jacket material as well as a ripcord as option. It is usually used for fiber optic link interconnection, main trunk and building riser distribution with or without fiber optic connector terminated.

Feature and Benefit • Up to 24 fibers or more on request • Aramid yarn high strength material • All fiber type options • Low attenuation performance • Jacket color options • OFNR per UL-1666 and OFNP per UL-910 • LSZH per IEC 60332-1/3, IEC 60754-2 and IEC 61034-2


Fiber Buffer Aramid Yarns Strength Member Ripcord (option) Jacket



Buffer Color

Per TIA 598-B

Strength Member


Ripcord

Easily ripping the cable jacket

Cable Jacket


Color of Jacket

Yellow for Singlemode Orange for Multimode Aqua for OM3 Other color specified available

Temperature Range

96


-20℃ ~ +70℃


-5℃ ~ +50℃


-20℃ ~ +70℃


Subunit Count

Nominal Cable Diameter (mm)

Nominal Cable Weight(LSZH/PVC) (Kg/Km)




1

4.0

14/13

130/440

200/1000

40/80

2 4

1

4.8

18/16

130/440

200/1000

48/96

6

1

5.1

23/20

130/440

200/1000

51/102

8

1

5.6

31/27

130/440

200/1000

55/110

10

1

5.8

34/29

130/440

200/1000

58/116

12

1

6.2

36/32

130/440

200/1000

62/124

18

1

8.1

57/53

130/440

200/1000

81/162

24

1

8.1

57/53

130/440

200/1000

81/162

Cable Transmission Performance Fiber Symbol

G652D/G657A1/A2/B2/B3

G655C/D/E

OM1

OM2/OM2+

OM3/OM4

B1.3/B6a.1/2 B6b.2/3

B4

A1b

A1a/A1a.1

A1a.2/A1a.3

Fiber Type Wavelength (nm) Attenuation (dB/Km)

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

≤0.45

≤0.45

≤0.35

≤0.35

≤0.40

≤3.5

≤1.5

≤3.2

≤1.2

≤3.0

≤1.0


RI12- □□ □□ - □□ - □□□ - □□□□□ 1

2

3

1 Product Type RI12 = Product code


3 Jacket Material 02 = LSZH 04 = PVC 05 = PVC

4 5

6

7 4 Fiber Buffer Diameter 6 = 600 μm 9 = 900 μm


6 Fiber Count 004 = 4 Cores ... 024 = 24 Cores


97

Breakout fiber Optic Cable

Description Breakout fiber optic cable is made of multiple 2.0mm simplex cables, dielectric central strength member, wrap tape, jacket material and a ripcord. It is usually used for fiber optic link interconnection, main trunk and building riser distribution by terminating with fiber optic connectors.

Feature and Benefit • Up to 24 fibers or more on request • Aramid yarn high strength material for subunits • All fiber type options • Low attenuation performance


• Jacket color options • OFNR per UL-1666 and OFNP per UL-910 • LSZH per IEC 60332-1/3, IEC 60754-2 and IEC 61034-2

Fiber 900um Buffer Aramid Yarns Strength Member 2.0mm Fiber Subunit FRP Wrap Tape (option) Ripcord (option) Jacket


900μm tight buffer or semi-tight buffer

Buffer Color

White or other color specified

Strength Member


Subunit Diameter

2.0mm

Subunit Jacket

PVC or LSZH jacket

Central Member

FRP as the dielectric member for central strength element with no bonding

Ripcord

Easily ripping the cable jacket

Cable Jacket


Color of Jacket and Subunit Jacket

Yellow for Singlemode Orange for Multimode Aqua for OM3 Other color specified available

Temperature Range

98


-20℃ ~ +70℃


-5℃ ~ +50℃


-20℃ ~ +70℃

Mechanical Properties Nominal Cable Diameter (mm)

Nominal Cable Weight(LSZH/PVC) (Kg/Km)




2

7.4

56/50

250/500

300/1000

74/148

4

7.4

56/50

250/500

300/1000

74/148

6

8.4

74/66

250/500

300/1000

84/168

Fiber Count

8

9.8

101/91

500/1000

300/1000

98/196

12

12.0

134/121

500/1000

300/1000

120/240

16

12.4

155/140

500/1000

300/1000

124/248

24

14.4

201/181

500/1000

300/1000

144/288


G652D/G657A1/A2/B2/B3 B1.3/B6a.1/2 B6b.2/3

G655C/D/E B4

OM1 A1b

OM2/OM2+ A1a/A1a.1

OM3/OM4 A1a.2/A1a.3

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

≤0.45

≤0.45

≤0.35

≤0.35

≤0.40

≤3.5

≤1.5

≤3.2

≤1.2

≤3.0

≤1.0


RI14- □□ □□ □□ - □□ - □□□ - □□□□□ 1

2

3

1 Product Type RI14 = Product No.


3 Jacket Material 02 = LSZH 04 = PVC 05 = PVC


4

5

6

7

8 5 Fiber Buffer Diameter 6 = 600 μm 9 = 900 μm


7 Fiber Count 002 = 2 Cores ... 024 = 24 Cores


99

Distribution Fiber Optic Cable for FTTA

Description This specialized distribution fiber optic cable is designed for harsh environment application such as high performance fiber-to-theantenna (FTTA) cabling for current 3G and 4G/LTE network. The cable is made of multiple specialized buffered fibers, water-blocking strength member and high quality jacket material to provide outstanding optical, mechanical and environmental performance.

Feature and Benefit • Up to 4 fibers or more on request • All fiber type options • Low attenuation performance • Compact cable size

• Water proof design • Support rigorous temperature range • LSZH-rated per IEC 60332-1/3, IEC 60754-2 and IEC 61034-2 • OFNR (UL-1666) approval option


Fiber Tight Buffer Strength Member Jacket

Construction/Material Buffer Type

600μm/900μm tight buffer

Buffer Color

2 Cores: Blue/Red 4 Cores: Blue/Red/Green/Yellow

Strength Member

Aramid yarn (Kevlar) or Glass yarn

Cable Jacket

LSZH, PVC or other specified

Color of Jacket

Black (UV resistant)

Temperature Range Transport and Storage

-40℃ ~ +85℃ (+95℃)

Installation

-20℃ ~ +60℃

Operation

-40℃ ~ +85℃

Mechanical Properties

2

Nominal Cable Diameter (mm) 4.8

Nominal Cable Weight (Kg/Km) 18

Tensile Strength Long-term/Short-term (N) 300/450

Crush Resistance Long-term/Short-term (N/10cm) 1000/2200

Min. Bend Radius Static/Dynamic (mm) 48/96

4

5.2

18

300/450

1000/2200

48/96

Fiber Count

Cable Transmission Performance Fiber Symbol Fiber Type

100

G652D/G657A1/A2/B2/B3

G655C/D/E

B1.3/B6a.1/2 B6b.2/3

OM1

B4

OM2/OM2+

A1b

A1a/A1a.1

OM3/OM4 A1a.2/A1a.3

Wavelength(nm)

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

Attenuation(dB/Km)

≤0.45

≤0.45

≤0.35

≤0.35

≤0.40

≤3.5

≤1.5

≤3.2

≤1.2

≤3.0

≤1.0

Armored Fiber Optic Cable for FTTA

Description This type of armored fiber optic cable is designed for harsh environment application such as high performance fiber-to-the-antenna (FTTA) cabling for current 3G and 4G/LTE network. The cable is made of multiple specialized buffered fibers, spiral stainless steel amore tube, water-blocking strength member and high quality jacket material to provide outstanding optical, mechanical and environmental performance as well as rodent protection capability.

Feature and Benefit • Up to 4 fibers or more on request • All fiber type options • Low attenuation performance • Compact cable size • Water proof design

• Support rigorous temperature range • Rodent protection and monkey bite • LSZH-rated per IEC 60332-1/3, IEC 60754-2 and IEC 61034-2 • OFNR (UL-1666) approval option

Specification

Fiber

Profile/Outline

Tight Buffer Spiral Amored Tube Strength Member Jacket

Construction/Material Buffer Type

600μm/900μm tight buffer

Buffer Color

Singlemode: Red/Blue Multimode: Orange/White

Armored

Spiral stainless tube

Strength Member

Aramid yarn (Kevlar) or Glass yarn

Cable Jacket

LSZH, PVC or other specified

Color of Jacket

Black (UV resistant)

Temperature Range Transport and Storage Temperature

-40℃ ~ +85℃


-20℃ ~ +65℃


-40℃ ~ +85℃




Tensile Strength Longterm/Short-term (N)



4.8

38.5

300/450

1000/3000

48/96

2


G652D/G657A1/A2/B2/B3

G655C/D/E

OM1

OM2/OM2+

OM3/OM4

B1.3/B6a.1/2 B6b.2/3

B4

A1b

A1a/A1a.1

A1a.2/A1a.3

Wavelength(nm)

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

Attenuation(dB/Km)

≤0.45

≤0.45

≤0.35

≤0.35

≤0.40

≤3.5

≤1.5

≤3.2

≤1.2

≤3.0

≤1.0

101

Breakout Fiber Optic Cable for FTTA

Description This type of specialized breakout fiber optic cable is designed for harsh environment application such as high performance fiber-to-theantenna (FTTA) cabling for current 3G and 4G/LTE network. The cable is made of multiple 2.0mm subunits, water-blocking strength member and high quality jacket material to provide outstanding optical, mechanical and environmental performance.

Feature and Benefit • Up to 4 fibers or more on request • All fiber type options • Low attenuation performance • Water proof design

• Support rigorous temperature range • LSZH-rated per IEC 60332-1/3, IEC 60754-2 and IEC 61034-2 • OFNR (UL-1666) approval option Fiber

Specification

Tight Buffer

Profile/Outline

Aramid Yarns Strength Member Subunit Cable Jacket Filler Jacket

Jacket

Construction/Material Buffer Type Buffer Color Sub-unit Jacket Sub-unit Jacket Color (2-core) Sub-unit Jacket Diameter Strength Member Cable Jacket Color of Jacket Temperature Range Transport and Storage Temperature Installation Temperature Operation Temperature

600μm/900μm tight buffer White or other specified LSZH Singlemode: Yellow/Blue Multimode: Orange/Grey 2.0mm Aramid yarn (Kevlar) LSZH Black (UV resistant) -40℃ ~ +80℃ -20℃ ~ +60℃ -40℃ ~ +80℃



Fiber Structure (mm)





7.0

0.6/0.9

38

200/400

1000/2200

70/140

2


102

G652D/G657A1/A2/B2/B3

G655C/D/E

OM1

OM2/OM2+

OM3/OM4

B1.3/B6a.1/2 B6b.2/3

B4

A1b

A1a/A1a.1

A1a.2/A1a.3

Wavelength(nm)

1310

1383

1550

1550

1625

850

1300

850

1300

850

1300

Attenuation(dB/Km)

≤0.45

≤0.45

≤0.35

≤0.35

≤0.40

≤3.5

≤1.5

≤3.2

≤1.2

≤3.0

≤1.0

103

www.rosenberger.com www.rosenbergerap.com

Rosenberger Hochfrequenzetechnik GmbH & Co. KG P. O. BOX 1260 D-84526 Tittmoning Tel: +49-86 84-18-0 I E-mail: [email protected] Fax: +49-86 84-18-499 I Web: www.rosenberger.com

No.3, Anxiang Street, Block B, Tianzhu Airport Industrial Zone, Beijing, China 101300 Tel : (+86 10) 80481995 I E-mail: [email protected] Fax : (+86 10) 80497052 I Web: www.rosenbergerap.com Rosenberger (Shanghai) Technology Co., Ltd. B7, No. 509, Renqing Road, East Zone of Zhangjiang High-Tech Park, Shanghai, China 201201 Tel : (+86 21) 58995997 I E-mail: [email protected] Fax : (+86 21) 58995994 I Web: www.rosenbergerap.com Rosenberger Technology (Kunshan) Co., Ltd. No.6, Shenan Road, Dianshanhu Town, Kunshan, Jiangsu, China 215345 Tel : (+86 512) 86896789 I E-mail: [email protected] Fax : (+86 512) 86890666 I Web: www.rosenbergerap.com

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