TN11SRAU02

Huawei OSN6800 OSN8800 TN11SRAU02, Super C-band Backward Raman and Erbium Doped Fiber Hybrid Optical Amplifier Unit (MAX -7dBm LINE IN and MAX 20dBm OUT, Gain 27~38dB for G.652), 03031KBG

Huawei

3-5 days

SKU: 2010937 PN: 03031KBG Category:

Description

Huawei OSN6800 OSN8800 TN11SRAU02, Super C-band Backward Raman and Erbium Doped Fiber Hybrid Optical Amplifier Unit (MAX -7dBm LINE IN and MAX 20dBm OUT, Gain 27~38dB for G.652), 03031KBG

The available functional version of the SRAU board is TN11.

 

Type description of the SRAU board

Unit Type Description
TN11SRAU 01 or 02 The TN11SRAU boards of types 01 and 02 have the same functions and features but different specifications.

 

Optical specifications of the SRAU board

 

Item Unit Fiber Value
TN11SRAU01 TN11SRAU02
SRAU board specifications Operating wavelength range nm Any fiber 1529 to 1561 1529 to 1561
Gain range dB G.652 fibers 22 to 30 27 to 38
LEAF fibers 22 to 28 27 to 36
G.653 fibers 22 to 28 27 to 36
G.654B fibers 18 to 24 23 to 32
G.656 fibers 22 to 30 27 to 38
TWRS fibers 22 to 28 27 to 38
TWC fibers 22 to 28 27 to 36
TW+ fibers 22 to 28 27 to 36
Teralight fibers 22 to 30 27 to 38
SMFLS fibers 22 to 30 27 to 38
G.654A fibers 22 to 30 27 to 38
Equivalent noise figurea dB G.652 fibers < 0.2 (22 dB gain)

< -1 (26 dB gain)

< -1.2 (≥30 dB gain)

< 0 (27 dB gain)

< -1 (32 dB gain)

< -1.2 (≥38 dB gain)

LEAF fibers < 0.3 (22 dB gain)

< -0.5 (25 dB gain)

< -0.7 (≥28 dB gain)

< 0.2 (27 dB gain)

< -0.6 (32 dB gain)

< -0.7 (≥36 dB gain)

G.653 fibers <0.3 (22 dB gain)

<-0.5 (26 dB gain)

<-0.7 (≥28 dB gain)

<0.2 (27 dB gain)

<-0.6 (32 dB gain)

<-0.7 (≥36 dB gain)

G.654B fibers <2 (18 dB gain)

<0.6 (22 dB gain)

<0.4 (≥24 dB gain)

<1.7 (23 dB gain)

<0.3 (28 dB gain)

<0.2 (≥32 dB gain)

G.656 fibers <0.3 (22 dB gain)

<-0.7 (26 dB gain)

<-1 (≥30 dB gain)

<0.2 (27 dB gain)

<-0.8 (32 dB gain)

<-1 (≥38 dB gain)

TWRS fibers <0.3(22 dB gain)

<-0.5(26 dB gain)

<-0.7(≥28 dB gain)

<0.2(27 dB gain)

<-0.6(32 dB gain)

<-0.7(≥36 dB gain)

TWC fibers <0.3(22 dB gain)

<-0.5(26 dB gain)

<-0.7(≥28 dB gain)

<0.2(27 dB gain)

<-0.6(32 dB gain)

<-0.7(≥36 dB gain)

TW+ fibers <0.3(22 dB gain)

<-0.5(26 dB gain)

<-0.7(≥28 dB gain)

<0.2(27 dB gain)

<-0.6(32 dB gain)

<-0.7(≥36 dB gain)

Teralight fibers <0.3 (22 dB gain)

<-0.7 (26 dB gain)

<-1 (≥30 dB gain)

<0.2 (27 dB gain)

<-0.8 (32 dB gain)

<-1 (≥38 dB gain)

SMFLS fibers <0.3 (22 dB gain)

<-0.7 (26 dB gain)

<-1 (≥30 dB gain)

<0.2 (27 dB gain)

<-0.8 (32 dB gain)

<-1 (≥38 dB gain)

G.654A fibers <0.3 (22 dB gain)

<-0.7 (26 dB gain)

<-1 (≥30 dB gain)

<0.2 (27 dB gain)

<-0.8 (32 dB gain)

<-1 (≥38 dB gain)

Gain flatness (LINE port to OUT port) dB G.652 fibers < 4 (22 dB ≤ gain < 24 dB)

< 3 (24 dB ≤ gain ≤ 30 dB)

< 4 (maximum gain mode)

< 4 (27 dB ≤ gain < 29 dB)

< 3 (29 dB ≤ gain ≤ 38 dB)

< 4 (maximum gain mode)

LEAF fibers < 3.8 (22 dB ≤ gain ≤ 28 dB)

< 4.5 (maximum gain mode)

< 3.8 (27 dB ≤ gain ≤ 36 dB)

< 4.5 (maximum gain mode)

G.653 fibers <3.8 (22dB ≤gain ≤28dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤36dB)

<4.5 (maximum gain mode)

G.654B fibers <3.8 (18dB ≤gain ≤24dB)

<4.5 (maximum gain mode)

<3.8 (23dB ≤gain ≤32dB)

<4.5 (maximum gain mode)

G.656 fibers <3.8 (22dB ≤gain ≤30dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤38dB)

<4.5 (maximum gain mode)

TWRS fibers <3.8 (22dB ≤gain ≤28dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤36dB)

<4.5 (maximum gain mode)

TWC fibers <3.8 (22dB ≤gain ≤28dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤36dB)

<4.5 (maximum gain mode)

TW+ fibers <3.8 (22dB ≤gain ≤28dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤36dB)

<4.5 (maximum gain mode)

Teralight fibers <3.8 (22dB ≤gain ≤30dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤38dB)

<4.5 (maximum gain mode)

SMFLS fibers <3.8 (22dB ≤gain ≤30dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤38dB)

<4.5 (maximum gain mode)

G.654A fibers <3.8 (22dB ≤gain ≤30dB)

<4.5 (maximum gain mode)

<3.8 (27dB ≤gain ≤38dB)

<4.5 (maximum gain mode)

Total input optical power of LINE port dBm Any fiber -29 to -2 -48 to -7
Max. total optical power of OUT port dBm Any fiber 20 20
Pump wavelength for the LINE port nm Any fiber 1400 to 1500 1400 to 1500
Pump optical power of the LINE port mW Any fiber ≥ 1250 ≥ 1250
PDG dB Any fiber < 0.7 < 0.7
PMD ps Any fiber < 0.7 < 0.7
RFM port wavelength range nm Any fiber 1600 to 1645 1600 to 1645
Raman module specifications Operating wavelength range nm Any fiber 1529 to 1561 1529 to 1561
Total input optical power of LINE port dBm Any fiber ≤ -2 ≤ -7
Total output optical power of SYS port dBm Any fiber -30 to 12 -30 to 7
Valid gainb dB G.652 fibers 14 to 18 14 to 18
LEAF fibers 14 to 16 14 to 16
G.653 fibers 14 to 16 14 to 16
G.654B fibers 10 to 12 10 to 12
G.656 fibers 14 to 18 14 to 18
TWRS fibers 14 to 16 14 to 16
TWC fibers 14 to 16 14 to 16
TW+ fibers 14 to 16 14 to 16
Teralight fibers 14 to 18 14 to 18
SMFLS fibers 14 to 18 14 to 18
G.654A fibers 14 to 18 14 to 18
SYS port reflectance dB Any fiber < -40 < -40
LINE port reflectance dB Any fiber < -40 < -40
PDG dB Any fiber < 0.5 < 0.5
PMD ps Any fiber < 0.5 < 0.5
Pump wavelength nm Any fiber 1400 to 1500 1400 to 1500
Max. pump optical power mW Any fiber ≥ 1250 ≥ 1250
EDFA specifications Operating wavelength range nm Any fiber 1529 to 1561 1529 to 1561
Input optical power dBm Any fiber -11 to 12 -19 to 7
Output optical power dBm Any fiber 1 to 20 1 to 20
Nominal single-wavelength input optical power dBm Any fiber 40 channels: -4

80 channels: -7

40 channels: -9

80 channels: -12

Nominal single-wavelength output optical power dBm Any fiber 40 channels: 4

80 channels: 1

40 channels: 4

80 channels: 1

Nominal gain dB Any fiber 8 13
Channel gain dB Any fiber 8 to 12 13 to 20
Gain flatness dB Any fiber < 2.0 < 2.0
Multi-channel gain slope dB/dB Any fiber < 2.0 < 2.0
PDG dB Any fiber < 0.5 < 0.5
PMD ps Any fiber < 0.5 < 0.5
Input reflectance dB Any fiber < -40 < -40
Output reflectance dB Any fiber < -40 < -40
VI-VO Inherent insertion loss dB Any fiber ≤ 1.5 ≤ 1.5
VI-VO Dynamic attenuation range dB Any fiber 15 15
VI-VO Adjustment accuracy dB Any fiber < 1 < 1
a: The gain can be adjusted continuously. The noise figure varies according to the gain. The previous table lists the noise figure when the noise figure uses the typical value.

b: The gain of the Raman module can be set to the maximum value. The actual gain of the board is a variable and depends on the fiber type and status.

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