SMF-28e+Optical Fiber0 pages

"

Corning® SMF-28e+® Optical Fiber

nnnn

Product Information

nnnn

Coming's SMF-28e+® optical fiber is the industry leader in comprehensive single-mode

nnnn

fiber performance for metro and access networks. It is ITU-T G.652.D-compliant and fully

nnnn

backward compatible with legacy standard single-mode fibers. SMF-28e+ fiber is built on

nnnn

Coming's solid foundation of quality and proven performance. Since we brought the first

nnnn

fiber to market more than 40 years ago, our demonstrated leadership in single-mode fiber

nnnn

innovation is unparalleled.

nnnn

How to Order

nnnn

Contact your sales

nnnn

representative, or call

nnnn

the Optical Fiber Customer

nnnn

Service Department:

nnnn

Ph: 1-607-248-2000 (U.S. and Canada)

nnnn

444-1244-525-3 2 0 (Europe)

nnnn

Email: cofic@corning.com

nnnn

Please specify the fiber type, attenuation,

nnnn

and quantity when ordering.

nnnn

Optical Specifications

nnnn

Maximum Attenuation

nnnn

Wavelength

nnnn

Maximum Value*

nnnn

(dB/km)

nnnn

1310

nnnn

0.33-0.35

nnnn

1383±3**

nnnn

0.31-0.35

nnnn

1490

nnnn

0.21-0.24

nnnn

1550

nnnn

0.19-0.20

nnnn

1625

nnnn

0.20-0.23

nnnn

*Maximum specified attenuation value available within the

nnnn

stated ranges.

nnnn

**Attenuation post-hydrogen aging according to IEC

nnnn

60793-2-50 Section C.5 for B.1.3 fibers.

nnnn

Alternate attenuation offerings available upon request.

nnnn

Attenuation vs. Wavelength

nnnn

Range Réf. X Max. a Difference

nnnn

(nm) (nm) (dB/km)

nnnn

1285 -1330

nnnn

1310

nnnn

0.03

nnnn

1525 -1575

nnnn

1550

nnnn

0.02

nnnn

The attenuation in a given wavelength range does not

nnnn

exceed the attenuation of the reference wavelength (X)

nnnn

by more than the value a.

nnnn

Macrobend Loss

nnnn

Wavelength Induced

nnnn

(nm) Attenuation

nnnn

(dB)

nnnn

Mandrel Number

nnnn

Diameter of

nnnn

(mm) Turns

nnnn

32

nnnn

1

nnnn

1550

nnnn

<0.03

nnnn

50

nnnn

100

nnnn

1310

nnnn

<0.03

nnnn

50

nnnn

100

nnnn

1550

nnnn

<0.03

nnnn

60

nnnn

100

nnnn

1625

nnnn

<0.03

nnnn

*The induced attenuation due to fiber wrapped around a

nnnn

mandrel of a specified diameter.

nnnn

Point Discontinuity

nnnn

Wavelength

nnnn

(nm)

nnnn

Point Discontinuity

nnnn

(dB)

nnnn

1310

nnnn

1550

nnnn

< 0.05

nnnn

< 0.05

nnnn

Cable Cutoff Wavelength {XJ

nnnn

Xcc < 1260 nm

nnnn

Mode-Field Diameter

nnnn

Wavelength

nnnn

(nm)

nnnn

MFD

nnnn

(Hm)

nnnn

1310

nnnn

9.2 ±0.4

nnnn

1550

nnnn

10.4 ± 0.5

nnnn

Dispersion

nnnn

Wavelength

nnnn

(nm)

nnnn

Dispersion Value

nnnn

[ps/(nm-km)]

nnnn

1550

nnnn

<18.0

nnnn

1625

nnnn

< 22.0

nnnn

Zero Dispersion Wavelength (X0):

nnnn

1310 nm < X0 < 1324 nm

nnnn

Zero Dispersion Slope (S0): < 0.092 ps/(nm2-km)

nnnn

Polarization Mode Dispersion (PMD)

nnnn

Value (ps/Vkm)

nnnn

PMD Link Design Value

nnnn

< 0.06*

nnnn

Maximum Individual Fiber PMD

nnnn

< 0.1

nnnn

♦Complies with IEC 60794-3: 2001, Section 5.5,

nnnn

Method 1, (m = 20, Q = 0.01%), September 2001.

nnnn

The PMD link design value is a term used to describe

nnnn

the PMD of concatenated lengths of fiber (also known

nnnn

as PMDQ). This value represents a statistical upper

nnnn

limit for total link PMD. Individual PMD values may

nnnn

change when fiber is cabled.

nnnn

PI1463 I IssueD:July2011 I TL9000/ISO 9001 REGISTERED | tí \ De^oUte»

nnnn

SUPERSEDES: AUGUST 2009 I I I ^upercoatings

"