product family specifications for fiber

7/30/2019 Product Family Specifications for fiber

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Available with high-

performance connectors

or splicing solutions

Environmentally stable

Low insertion loss

Long-term reliability

features and benefits |

Telcordia GR-1209 and GR-1221

standards |

Coupler Cassette| Photo CNPSS1523Single-Width (ECL) and Double-Width (EC2)Eclipse Hardware Modules| Photo ICH106

SPECIFICATION SHEET EVO-411-EN | PAGE 1

Passive Optical ComponentsPassive Optical Components

Corning Cable Systems offers a full line of passive opti-

cal products designed for maximum network flexibility

and performance. Available components include cou-

plers, planar splitters and wavelength division multi-

plexers (WDMs).

Modern network architectures often require widespread

deployment of passive optical devices (WDM, splitters,

couplers) in the field to maximize system reach while

reducing the cost of expensive electronics. Due to the

critical nature of these components, network perfor-

mance is largely dependent upon the performance and

reliability of the couplers, especially when installed in an

outside plant environment.

Couplers and splitters are available with port counts

from 1x2 to 2x32. Custom circuits can be created with

any number of unequal power outputs or can be creat-

ed by concatenating couplers of various ratios. Couplers

are available on connectorized rack-mountable shelves

(continued)

A CorningSolutions Product


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shelf specifications |

or modules or a variety of cassettes that are compatible

with Corning Cable Systems hardware product lines.

Corning Cable Systems expertise in fiber optics and

advanced production techniques yields consistent, high-

performance products which are stable across a wide

range of environmental conditions.

High-Density Coupler ShelvesCorning Cable Systems offers the space-saving high-

density coupler shelf that can be mounted in a single

rack space. This shelf can accommodate up to 22

inputs and outputs using standard simplex connectors

and is also available in a double-high (2RU) configura-

tion for even greater coupler density. Additional capacity

can also be gained through the use of duplex adapters.

The high-density coupler shelf is compatible with our full

line of fiber optic hardware, including: Eclipse, LDC and

FDC product families or any EIA standard 19- or 23-in

rack. The shelf also provides shielded jumper protection

and a slide-forward design for easy access to optical

jumpers and pigtails.

Eclipse Hardware Coupler Shelf| Photo ICH208

Product Type Shelf Color Shelf Size H x W x D cm (in)

1BL Black (Eclipse) 4.3 x 49.9 x 30.4 (1.7 x 16.9 x 12)

1PL Platinum (LDC) 4.3 x 49.9 x 30.4 (1.7 x 16.9 x 12)

1BE Beige (FDC & ACH) 4.3 x 49.9 x 30.4 (1.7 x 16.9 x 12)

2BL Black (Eclipse) 8.6 x 42.9 x 30.4 (3.4 x 16.9 x 12)

2PL Platinum (LDC) 8.6 x 42.9 x 30.4 (3.4 x 16.9 x 12)

2BE Beige (FDC & ACH) 8.6 x 42.9 x 30.4 (3.4 x 16.9 x 12)

Product Code

Shelf Code 1U

ES

LS

FS

Shelf Code 2U

EH

LH

FH

Maximum Port Count: 22 ports total - SC Simplex Adapters (ports serve up to (7) 1x2s)34 ports total - SC Duplex Adapters (ports serve up to (11) 1x2, or (1) 2x32) Pigtail inputs/outputs also available

Maximum Port Count: 44 ports total - SC Simplex Adapters (ports serve up to (14) 1x2, or (1) 2x32)68 ports total - SC Duplex Adapters (ports serve up to (22) 1x2, or (2) 2x32) Pigtail inputs/outputs also available



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Coupler ModulesCorning Cable Systems also offers a wide selection of

coupler housings and modules which are compatible with

our full line of fiber optic hardware including: Eclipse,

LDC, FDC and CCH product family connector housings

which can be mounted to any EIA standard 19- or 23-in

Eclipse Module| Photo ICH302FD8- and FDC-StyleModules| Photo HWPPP1323

LDC Coupler Module|Photo HWPPP1325

Configurations Product Product Product Module Color SCPorts* TypicalMax Pigtail ModuleSizes Housing

Family Code Family Description #Devices Ports HxWxD(in) PartNumbers

Eclipse EM ECL Single Wide Black 6 (2) 1x2, 5 5.1 x 1.4 x 6.7 ECL-C4UHardware (1) 1x4

ED EDD Double Wide 14 (4) 1x2, 6 5.1 x 2.8 x 6.7(1) 1x8

LDC LM LDC Single Wide Platinum 7 (2) 1x2, 7 5.1 x 1.1 x 5.8 LDC-CMH-072(1) 1x4

LD LDD Double Wide 14 (4) 1x2, 16 5.1 x 2.3 x 5.8(1) 1x8

FDC FM FDC Standard Height Beige 6 (2) 1x2, 7 6.0 x 1.4 x 6.4 FDC-CMH-072Hardware (1) 1x4

FL FDC Longer Height 7 (2) 1x2, 16 7.5 x 1.4 x 6.4 FDC-CMH-096(1) 1x4

LANscape DM DMC CCH Module Black 6 (2) 1x2 10 1.4 x 6.1 x 6.0 CCH-04USolutions (1) 1x4

module specifications |

rack. The use of coupler housings and modules provides

modularity in a small footprint for your network, allowing

expansion as needed by adding couplers via single- or

double-wide modules. Modules can be configured with

either adapter or pigtail inputs and outputs with a variety

of high-performance connector options.

*Other form-factor connectors available



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Passive Optical Components

Coupler CassettesCorning Cable Systems also offers a wide selection of

coupler cassettes and trays which are designed for use

with our full line of closure products or in other applica-

tions where space constraints are an issue. Coupler

cassettes may be purchased with connectorized pigtails

or with 250 m fibers protected in transport tubing for

ready-to-splice configurations.

cassette specifications |

Product Shelf Product Shelf SizeCode Code Family Fiber Protection Cassette Configurations H x W x D (in)

CF SCA SCA-9T24 Transport Tubing Bare 250 m fiber - available on all configurations; 8.8 x 3.9 x 0.4

SCF-4C18 or 2 mm must be used on splitters 1x16 and greater fiber

SCT-6C22-F Jacketing counts. Used on connectorized cassettes with

SCF-ST-116 total fiber count under 10. Cannot be used on

higher fiber counts.

Based on M67-117 splice tray. Cassette

accommodates up to 10 CWDM filters or one

1x32 splitter

C4 UC4 UCA4 Transport Tubing Bare 250 m fiber - available on all configurations; 7.4 x 3.5 x 0.4Terminals or 2 mm must be used on splitters 1x16 and greater fiber

Jacketing counts. Used on connectorized cassettes withtotal fiber count under 10. Cannot be used on

higher fiber counts.

Cassette accommodates up to 8 CWDM filtersor one 1x32 splitter.

CZ UCA UCA0 Transport Tubing Bare 250 m fiber - available on all configurations; 7.4 x 3.5 x 3Terminals or 2 mm must be used on splitters 1x16 and greater fiber

Jacketing counts. Used on connectorized cassettes withtotal fiber count under 10. Cannot be used onhigher fiber counts.

Cassette accommodates up to 8 CWDM filtersor one 1x32 splitter.



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coupler/splitter specifications |

* Values provided do not include connectors.

Chart A Equal Splits

Dual WindowWideband Wavelength Range Typical IL* Max IL* Uniformity* Return Loss Directivity PDL

1x2 Splitter 1260-1360 and 3.20 3.60 0.70 55 50 0.201480-1580 nm

2x4 Splitter 1260-1360 and 6.30 7.80 1.6 55 50 0.301480-1580 nm

2x8 Splitter 1260-1360 and 10.2 11.00 2.00 55 55 0.201480-1580 nm

1x4 Splitter 1260-1360 and 6.60 7.00 0.80 55 55 0.201480-1625 nm

1x8 Splitter 1260-1360 and 9.80 10.40 1.00 55 55 0.201480-1625 nm

1x16 Splitter 1260-1360 and 10.2 11.00 2.00 55 55 0.201480-1625 nm

1x32 Splitter 1260-1360 and 15.70 17.10 1.50 55 55 0.301480-1625 nm

2x16 Splitter 1260-1360 and 13.30 14.50 2.30 55 55 0.401480-1625 nm

2x32 Splitter 1260-1360 and 17.00 17.50 2.50 55 55 0.401480-1625 nm

Chart B Raw 1x2 Couplers for Building Custom Modules

Dual Window InputNarrowband Wavelength Range Max IL* Uniformity* Return Loss Directivity PDL

95/5 1300-1320 and 0.5/16.0 N/A 55 50 0.201540-1560 nm

90/10 1300-1320 and 0.9/10.8 N/A 55 50 0.201540-1560 nm

85/15 1300-1320 and 1.2/9.6 N/A 55 50 0.201540-1560 nm

80/20 1300-1320 and 1.3/8.2 N/A 55 50 0.201540-1560 nm

75/25 1300-1320 and 1.6/7.2 N/A 55 50 0.201540-1560 nm

70/30 1300-1320 and 1.9/6.0 N/A 55 50 0.201540-1560 nm

65/35 1300-1320 and 2.3/5.3 N/A 55 50 0.201540-1560 nm

60/40 1300-1320 and 2.6/4.7 N/A 55 50 0.201540-1560 nm

55/45 1300-1320 and 3.1/4.1 N/A 55 50 0.201540-1560 nm

50/50 1300-1320 and 3.5/3.5 0.60 55 50 0.201540-1560 nm



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coupler/splitter specifications | continued

ordering information |

Average insertion loss values measured at the specified center wavelengths (1310 and/or1550 nm) at room temperature

Maximum insertion loss value for the device over entire operating wavelength andtemperature range and at all states of polarization

The maximum difference between the leg of the coupler with the highest insertionloss and the leg with the lowest insertion loss

Variation of the couplers insertion loss with varying states of polarization of the signal

0.2 dB Typical, 0.5 dB Max

Ultra PC: -55 dB Max

Angled PC: -65 dB Max

Typical Insertion Loss

Maximum Insertion Loss

Uniformity

PDL (PolarizationDependent Loss)

Single-Mode Connector

Insertion Loss

Reflectance

Table A:

Codes for Quantities(includes quantities less than 9)

1 = 1 J = 182 = 2 K = 193 = 3 L = 204 = 4 M = 21

5 = 5 N = 226 = 6 P = 237 = 7 Q = 248 = 8 R = 259 = 9 S = 26A = 10 T = 27B = 11 U = 28C = 12 V = 29D = 13 W = 30E = 14 X = 31F = 15 Y = 32G = 16 Z = 33H = 17

Examples:

1018 = One (1x8)2014 = Two (1x4)

5012 = Five (1x2)

C012 = Twelve (1x2)



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Equal Splits

|1Select product code(see charts for shelves,modules or cassettes).

|2Select coupler opticalspecifications/testwavelength).S = Dual window

(1310 and 1550 nm)wideband (see Chart A)

1 = Dual window(1310 and 1550 nm)narrowband (see Chart B)

|4Select inputconfiguration.

A = Adapter (modules and

shelves only)B = 3 mm jacketed fiber

(pigtailed modules only)

C = 2 mm jacketed fiber(cassettes only)

T = Transport tubing -cassettes only (defaultfor 250 m fiber)

|11Select couplerconfiguration.012 = 1x2022 = 2x2013 = 1x3014 = 1x4

024 = 2x4015 = 1x5016 = 1x6018 = 1x8028 = 2x8110 = 1x10112 = 1x12116 = 1x16216 = 2x16132 = 1x32232 = 2x32

Examples:1018 = One (1x8)

2014 = Two (1x4)

5012 = Five (1x2)C012 = Twelve (1x2)

|10Select number ofdevices; see Table Aand examples on Page6. (Ensure maximumnumber of ports notexceeded for productcode entered in Option1.)

Note:1) Other lengths available

|6Select input connector/adapter code.3C = SC UPC (single-mode,

ceramic insert)6C = SC APC (single-mode,

ceramic insert)59 = SC UPC duplex (single-

mode, ceramic insert)D9 = SC APC duplex (single-

mode, ceramic insert)A9 = LC UPC duplex (single-

mode, ceramic insert

|3Select module options(input/output options).1 = Input front/output front

(default for all cassettesand shelves)

4 = Input rear/output front(CCH only)

|5Select outputconfiguration.

A = Adapter (modules andshelves only)

B = 3 mm jacketed fiber(pigtailed modules only)



|1 |2 |3 |4 |5 |8|6 |7 |9 |10 |11

|7Select input pigtaillength (in meters).0 = No pigtails (default for

adapter input)

1 = Standard lengthSee Note 1.

|8Select output connector/adapter code.3C = SC UPC (single-mode,


ceramic insert)

59 = SC UPC duplex (single-mode, ceramic insert)

D9 = SC APC duplex (single-mode, ceramic insert)

A9 = LC UPC duplex (single-mode, ceramic insert

|9Select output pigtaillength (in meters).0 = No pigtails (default for

adapter outputs)1 = Standard length

See Note 1.



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Corning Cable Systems LLC PO Box 489 Hickory, NC 28603-0489 USA

800-743-2675 FAX: 828-325-5060 International: +1-828-901-5000 www.corning.com/cablesystems

Corning Cable Systems reserves the right to improve, enhance and modify the features and specifications of Corning Cable Systems products without prior notification. Eclipse, FDC and

LANscape are registered trademarks of Corning Cable Systems Brands, Inc. Corning is a registered trademark of Corning Incorporated. All other trademarks are the properties of their

respective owners. Corning Cable Systems is ISO 9001 certified. 2006, 2012 Corning Cable Systems. All rights reserved. Published in the USA. EVO-411-EN / March 2012


Unequal Splits

|1Select product code(see charts for shelves,modules or cassettes).

|2Select coupler opticalspecifications/testwavelength).S = Dual window

(1310 and 1550 nm)wideband (see Chart A)

1 = Dual window(1310 and 1550 nm)narrowband (see Chart B)

|4Select input configuration.





Notes:1) Other lengths available.

2) If single 50/50 1x2 split is

required, use code 1012 from

equal split part number

configuration.

3) Call Customer Service for

assistance with unequal ratio split

coupler configurations. Outputs

can be specified using percent-

age of power for each output port

to develop custom part number

configurations.

|6Select input connector/adapter code.3C = SC UPC (single-mode,


ceramic insert)

59 = SC UPC duplex (single-mode, ceramic insert)

D9 = SC APC duplex (single-mode, ceramic insert)

A9 = LC UPC duplex (single-mode, ceramic insert

|3Select module options.(input/output options).1 = Input front/output front

(default for all cassettesand shelves)

4 = Input rear/output front(CCH only)

|5Select outputconfiguration.





|1 |2 |3 |4 |5 |8|6 |7 |9 |10

|7Select input pigtaillength (in meters).0 = No pigtails (default for

adapter input)1 = Standard lengthSee Note 1.

|8Select output connector/adapter code.3C = SC UPC (single-mode,


ceramic insert)59 = SC UPC duplex (single-

mode, ceramic insert)D9 = SC APC duplex (single-

mode, ceramic insert)A9 = LC UPC duplex (single-

mode, ceramic insert

|9Select output pigtaillength (in meters).0 = No pigtails (default for

adapter outputs)1 = Standard lengthSee Note 1.

|10Select coupler configuration.

A = 5/95B = 10/90C = 15/85D = 20/80E = 25/75F = 30/70

G = 35/65H = 40/60J = 45/55K = 50/50*

A22 = 2x2 95/5B22 = 2x2 90/10C22 = 2x2 85/15D22 = 2x2 80/20E22 = 2x2 75/25F22 = 2x2 70/30G22 = 2x2 65/35H22 = 2x2 60/40J22 = 2x2 55/45X = Input of next coupler

is spliced to high-power leg of currentcoupler

XX = Input of next coupler isspliced to high-powerleg of previous coupler

/ = Input of next coupler isspliced to high-powerleg of first coupler orfirst coupler afterprevious /

- = Input of next coupleris spliced to next inputport (multi-input only)

W = 1310 +/-10,1550 +/-10 WDM

T = Triplexer 1310 +/-50,

1490 +/-15,1550 -10/+15

See Notes 2, 3.


product family specifications for fiber

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