CN

FiberHome® Non Zero Dispersion Shifted single mode fiber

G.655C

FiberHome® Non Zero Dispersion Shifted single mode fiber is comprehensively optimized for  attenuation and dispersion performance at the 1550nm operating wavelength.The fiber has moderate dispersion at 1550 nm,which enables excellent performance in multi-channel Dense Wavelength Division Multiplex(DWDM) systems traditionally operating in the C-band(1525nm-1565nm),as well as in emerging L-band (1565nm-1625nm) systerms. multichannel high –speed services over one single fiber.

Specifications Application

Attribute

Unit

G.655C

Transmission characteristics

Attenuation

@1550nm

dB/km

≤0.20

@1625nm

dB/km

≤0.24

Non zero dispersion region, λmin ~λmax

nm

1530~1560

Chromatic dispersion coefficient

Dmin, Dmax (absolute value)

ps/(nm·km)

1.0~10.0

Dmax - Dmin

ps/(nm·km)

≤5.0

Mode field diameter (MFD) @ 1550nm

μm

(8.0~11.0)±0.6

Cable cut-off wavelength λcc(nm)

nm

≤1450

Macrobending loss

Φ60mm,100 turns, @1625nm

dB

≤0.10

PMD

For fiber on the reel

ps/km1/2

≤0.20

For link designed value

ps/km1/2

≤0.10

Point discontinuity

@1550nm

dB

≤0.05

Dimensional characteristics

Cladding diameter

μm

125±1

Cladding non-circularity

%

≤1.0

Core-cladding concentricity error

μm

≤0.6

Primary coating diameter-uncolored

μm

245±10

Primary coating-cladding concentricity error

μm

≤12.5

Mechanical characteristics

Proof stress level

GPa

≥0.69

Coating strip force

Average

N

1.0≤Fave≤5.0

Peak

N

1.3≤Fpeak≤8.9

Fiber curl radius

m

≥4

Stress corrosion susceptibility parameter, nd

/

≥20

Environmental characteristics

Damp heat (85℃, RH85%, 30 days)

Additional attenuation @1550nm/1625nm

dB/km

≤0.05

Dry heat  (85℃, 30 days)

Additional attenuation @1550nm/1625nm

dB/km

≤0.05

Change of temperature (-60~+85℃)

Additional attenuation @1550nm/1625nm

dB/km

≤0.05

Water immersion (23℃, 30 days)

Additional attenuation @1550nm/1625nm

dB/km

≤0.05

Delivery length

Delivery length

Km/reel

2.1~50.4

FiberHome® Non Zero Dispersion Shifted single mode fiber has large effective area and can meet the requirements of high output power EDFA and multi-channel dense wavelength division multiplexing system (DWDM),and can be effectively applied in the high bit-rate both single-and multi-channel, long distance digital transmission links even without dispersion compensation. The fiber offers considerate dispersion and the high power signal is distributed over a large effective area. Through the two ways, the non-linear optical effects such as four-wave mixing, self-phase modulation, modulation instability and cross phase modulation are suppressed. Thus, the fiber can satisfy the demand of DWDM transmission system.