Huawei OptiX BWS 1600G. Technical Description - part 14

 

  Index      Manuals     Huawei OptiX BWS 1600G. Technical Description

 

Search            copyright infringement  

 

 

 

 

 

 

 

 

Content   ..  12  13  14  15   ..

 

 

Huawei OptiX BWS 1600G. Technical Description - part 14

 

 

6 Technical Specifications
Table 6-23 Parameters of OBUC03 and OBUC05
Item
Unit
Performance parameter
Application code
OBUC03
OBUC05
Working wavelength range
nm
1529.16-1560.61
1529.16-1560.61
Total input power
dBm
-24 to -3
-24 to 0
Single channel
32 channels
dBm
-24 to -18
-24 to -15
input power range
40 channels
dBm
-24 to -19
-24 to -16
80 channels
dBm
-22
-24 to -19
Noise figure (NF)
dB
< 6
< 7
Input reflectance
dB
< -40
< -40
Output reflectance
dB
< -40
< -40
Pump leakage at input end
dBm
< -30
< -30
Maximum reflectance tolerable at input end
dB
-27
-27
Maximum reflectance tolerable at output end
dB
-27
-27
Maximum total output power
dBm
20
23
Gain response time to add/drop the channel
ms
< 10
< 10
Channel gain
dB
23
23
Channel gain range
dB
21 - 25
21 - 25
Gain flatness
dB
≤ 2
≤ 2
Multi-channel gain tilt
dB/dB
≤ 2
≤ 2
Polarization dependent loss (PDL)
dB
≤ 0.5
≤ 0.5
6-26
6 Technical Specifications
6.7.3 OPU
Table 6-24 Parameters of OPU
Item
Unit
Performance parameter
Working wavelength range
nm
1529.16-1560.61
Total input power
dBm
-32 to -8
Single channel input
32 channels
dBm
-32 to -23
power range
40 channels
dBm
-32 to -24
80 channels
dBm
-32 to -27
Noise figure (NF)
dB
<5.5
Input reflectance
dB
<-40
Output reflectance
dB
<-40
Pump leakage at input end
dBm
<-30
Maximum reflectance tolerable at input end
dB
-27
Maximum reflectance tolerable at output end
dB
-27
Maximum total output power
dBm
15
Gain response time to add/drop the channel
ms
<10
Channel gain
dB
23
Channel gain range
dB
21-25
Gain flatness
dB
≤2
Multi-channel gain tilt
dB/dB
≤2
Polarization dependent loss (PDL)
dB
≤0.5
6-27
6 Technical Specifications
6.7.4 HBA
Table 6-25 Parameters of HBA
Item
Unit
Performance parameter
40-channel
10-channel
Working wavelength range
nm
192.1-196.0 THz
192.1-194.0 THz
Total input power range
dBm
-19 to -3
-19 to -9
Noise figure (NF)
dB
<8
<8
Output reflectance
dB
<-45
<-45
Output power range
dBm
10-26
16-26
Gain response time to add/drop the
ms
<10
<10
channel
Channel gain
dB
29
35
Gain flatness
dB
≤2.5
≤2.5
Polarization dependent loss (PDL)
dB
<0.5
<0.5
Polarization mode dispersion (PMD)
ps
<0.5
<0.5
6-28
6 Technical Specifications
6.7.5 Raman Amplifier
Table 6-26 Parameters of Raman amplifier
Item
Unit
Performance parameter
Pump wavelength range
nm
1400-1500
Board type
-
C band: RPC
C+L band: RPA
Maximum pump power
dBm
29
30
Channel gain on G.652 fibre (Note 1)
dB
>10
>10
Channel gain on LEAF fibre (Note 1 &
dB
>12
>10
Note 2)
Channel gain on TW RS fibre (Note 1 &
dB
>13
>10
Note 3)
Effective noise figure on G.652 fibre
dB
≤1
≤1
Effective noise figure on LEAF fibre
dB
≤0
≤0.5
Effective noise figure on TW RS fibre
dB
≤-1.5
≤0
Polarization dependent loss (PDL)
dB
≤0.5
≤0.5
Temperature characteristic
nm/°C
≤1
≤1
Output connector type
-
LSH/APC (Note 4)
LSH/APC
Note 1: This gain refers to the on-off gain, that is, the power difference between amplifier ON and amplifier OFF.
Note 2: LEAF fibre is a kind of fibre called large effective aperture fibre.
Note 3: TW RS fibre is a kind of fibre called True Wave Reduced Slope fibre, belongs to NZDSF.
Note 4: The LSH/APC connector is also called E2000/APC connector.
6-29
6 Technical Specifications
6.8 Optical Transponder Unit (OTU)
The OTU, optical transponder unit, converts client signals into a standard
G.692-compliant DWDM wavelength. Its interface parameter specifications meet
the requirements given in the following tables. All the specifications provided by
Huawei assume the worst case, that is, these specifications can meet the
requirements under the permitted worst working conditions at EOL (end of life).
6.8.1 Specifications of Client Side Optical Module at 2.5 Gbit/s
and Lower
Table 6-27 Specifications of client side SDH optical module at 2.5 Gbit/s and lower
Parameters
Unit
Specifications
Optical Interface type
-
I-16
S-16.1
L-16.1
L-16.2
Line code format
-
NRZ
NRZ
NRZ
NRZ
Optical source type
-
MLM
SLM
SLM
SLM
Target distance
km
2
15
40
80
Transmitter parameter specifications at point S
Working wavelength range
nm
1260-1360
1260-1360
1260-1360
1500-1580
Maximum mean launched
dBm
-3
0
+3
+3
power
Minimum mean launched
dBm
-10
-5
-2
-2
power
Minimum extinction ratio
dB
+8.2
+8.2
+8.2
+8.2
Maximum -20 dB spectrum
nm
1
1
1
1
width
Minimum SMSR
dB
NA
30
30
30
Dispersion tolerance
ps/nm
NA
NA
NA
1600
Eye pattern mask
-
Compliant with G.957
Receiver parameter specifications at point R
Receiver type
-
PIN
PIN
APD
APD
operating wavelength range
nm
1200-1650
1200-1650
1200-1650
1200-1650
Receiver sensitivity
dBm
-18
-18
-27
-28
Receiver overload
dBm
-3
0
-9
-9
Maximum reflectance
dB
-27
-27
-27
-27
6-30
6 Technical Specifications
Table 6-28 Specifications of client side GE optical module
Parameters
Unit
Specifications
Optical Interface type
1000BASE-LX
1000BASE-SX
Transmitter parameter specifications at point S
Laser operating wavelength
nm
1270-1355
770-860
Maximum mean launched power
dBm
-3.0
0
Minimum mean launched power
dBm
-11.5
-9.5
Minimum extinction ratio
dB
+9
+9
Receiver parameter specifications at point R
operating wavelength range
nm
1270-1355
770-860
Receiver sensitivity
dBm
-19
-17
Receiver overload
dBm
-3
0
Maximum reflectance
dB
-12
-12
6.8.2 Specifications of 10 Gbit/s Optical Module at Client Side
Table 6-29 Specifications of 10 Gbit/s SDH optical module at client side
Parameters
Unit
Specifications
Optical interface type
-
I-64.1
I-64.2
S-64.2b
Se-64.2a
Le-64.2
Line code format
-
NRZ
NRZ
NRZ
NRZ
NRZ
Optical source type
-
SLM
SLM
SLM
SLM
SLM
Target distance
km
2
25
40
40
60
Transmitter parameter specifications at point S
Working wavelength range
nm
1290-13
1530-
1530-1
1530-15
1530-1565
30
1565
565
65
Maximum mean launched power
dBm
-1
-1
+2
+2
+4
Minimum mean launched power
dBm
-6
-5
-1
-1
+1
Minimum extinction ratio
dB
6
+8.2
+8.2
+8.2
+8.2
Maximum -20 dB spectrum width
nm
NA
NA
0.3
0.3
0.3
Minimum side-mode suppression
dB
NA
NA
30
30
30
ratio (SMSR)
Eye pattern mask
NA
Compliant with G.691
6-31
6 Technical Specifications
Parameters
Unit
Specifications
Receiver parameter specifications at point R
Receiver type
-
PIN
PIN
PIN
APD
APD
Operating wavelength range
nm
1200-165
1200-
1200-1
1200-1
1200-1650
0
1650
650
650
Receiver sensitivity
dBm
-11
-14
-14
-21
-21
Receiver overload
dBm
-1
-1
-1
-8
-8
Maximum reflectance
dB
-27
-27
-27
-27
-27
Table 6-30 Specifications of 10 Gbit/s GE optical module at client side
Parameters
Unit
Specifications
Optical Interface type
-
10G Base -LR
10G Base -ER
Optical interface bit rate
Gbit/s
10.3125
10.3125
Line code format
-
NRZ
NRZ
Optical source type
-
SLM
SLM
Target distance
km
2
25
Transmitter parameter specifications at point S
Working wavelength range
nm
1290~1330
1530~1565
Maximum mean launched power
dBm
-1
+2
Minimum mean launched power
dBm
-6
-4.7
Minimum extinction ratio
dB
+6
+8.2
Receiver parameter specifications at point R
Receiver type
-
PIN
PIN
Receiver sensitivity
dBm
-11
-14
Receiver overload
dBm
-1
-1
Maximum reflectance
dB
-27
-27
6-32
6 Technical Specifications
6.8.3 Specifications of 2.5 Gbit/s Fixed Wavelength Optical
Module at DWDM Side
Table 6-31 Specifications of 2.5 Gbit/s fixed wavelength optical module at DWDM side
Parameters
Unit
Specifications
12800 ps/nm-APD
12800 ps/nm-PIN
Channel spacing
GHz
100
Line code format
-
NRZ
Transmitter parameter specifications at point Sn
Maximum mean launched power
dBm
0
Minimum mean launched power
dBm
-10
Minimum extinction ratio
dB
+10
Central frequency
THz
192.10-196.00
Central frequency deviation
GHz
±10
Maximum -20dB spectral width
nm
0.2
Minimum SMSR
dB
35
Maximum dispersion
ps/nm
12800
Eye pattern mask
-
Compliant with G.957
Receiver parameter specifications at point Rn
Receiver type
-
APD
PIN
Working wavelength range
nm
1200-1650
1200-1650
Receiver sensitivity
dBm
-25
-18
Receiver overload
dBm
-9
0
Maximum reflectance
dB
-27
-27
Note 1: For the LWX, the line code format at DWDM side is adopted according to that at client side. The line code format is NRZ if
the signal at DWDM side is SDH signal or OTN signal.
Note 2: For the LWX, the eye pattern at DWDM side is adopted according to the type of the services at client side. The eye pattern
mask is compliant with G.957 if the signal at DWDM side is SDH signal or OTN signal.
6-33
6 Technical Specifications
6.8.4 Specifications of 2.5 Gbit/s Tunable Wavelength Optical
Module at DWDM Side
Table 6-32 Specifications of 2.5 Gbit/s tunable wavelength optical module at DWDM side
Parameters
Unit
Specifications
12800 ps/nm-APD-tunable
12800 ps/nm-PIN-tunable
Channel spacing
GHz
100
Line code format
-
NRZ
Transmitter parameter specifications at point Sn
Maximum mean launched power
dBm
0
Minimum mean launched power
dBm
-10
Minimum extinction ratio
dB
+10
Central frequency
THz
192.10-196.00
Central frequency deviation
GHz
±10
Maximum -20dB spectral width
nm
0.2
Minimum SMSR
dB
35
Maximum dispersion
ps/nm
12800
Eye pattern mask
-
Compliant with G.957
Receiver parameter specifications at point Rn
Receiver type
-
APD
PIN
Working wavelength range
nm
1200-1650
1200-1650
Receiver sensitivity
dBm
-25
-18
Receiver overload
dBm
-9
0
Maximum reflectance
dB
-27
-27
Note 1: For the LWX, the line code format at DWDM side is adopted according to that at client side. The line code format is NRZ if
the signal at DWDM side is SDH signal or OTN signal.
Note 2: For the LWX, the eye pattern at DWDM side is adopted according to the type of the services at client side. The eye pattern
mask is compliant with G.957 if the signal at DWDM side is SDH signal or OTN signal.
6-34
6 Technical Specifications
6.8.5 Specifications of 10 Gbit/s Fixed Wavelength Optical
Module at DWDM Side
Table 6-33 Specifications of 10 Gbit/s optical module at DWDM side
Parameters
Unit
Specifications
Channel spacing
GHz
50
100
Line code format
-
NRZ
CRZ
NRZ
CRZ
Transmitter parameter specifications at point Sn
Maximum mean launched power
dBm
0
0
0
0
Minimum mean launched power
dBm
-5
-5
-5
-5
Minimum extinction ratio
dB
+10
+13
+10
+13
Nominal Central frequency
THz
192.10-196.05,
192.10-196.0
192.10-196.00,
192.10-
186.95-190.90
5
196.00
186.95-190.95
Central frequency deviation
GHz
±5
±5
±10
±10
Maximum -20dB spectral width
nm
0.3
0.56
0.3
0.64
Minimum SMSR
dB
35
30
35
30
Maximum dispersion
ps/nm
800
-300 to +500
800
-300 to
+500
Eye pattern mask
-
Compliant with
NA
Compliant with
NA
G.691
G.691
Receiver parameter specifications at point Rn
Receiver type
-
PIN
PIN
PIN
PIN
operating wavelength range
nm
1200-1650
1200-1650
1200-1650
1200-1650
Receiver sensitivity
dBm
-14
-16
-14
-16
Receiver overload
dBm
-1
0
0
0
Maximum reflectance
dB
-27
-27
-27
-27
6-35
6 Technical Specifications
6.8.6 Specifications of 10 Gbit/s Tunable Wavelength Optical
Module at the DWDM side
Table 6-34 Specifications of 10 Gbit/s tunable wavelength optical module at the DWDM
side
Parameters
Unit
Specifications
Channel spacing
GHz
50
100
Line code format
-
NRZ
NRZ
Transmitter parameter specifications at point S
Maximum mean launched power
dBm
0
0
Minimum mean launched power
dBm
-5
-5
Minimum extinction ratio
dB
+10
+10
Nominal Central frequency
THz
192.10-196.05
192.10-196.00
Central frequency deviation
GHz
±5
±10
Maximum -20dB spectral width
nm
0.3
0.3
Minimum SMSR
dB
35
35
Maximum dispersion
ps/nm
800
800
Eye pattern mask
-
Compliant with G.691
Compliant with G.691
Receiver parameter specifications at point R
Receiver type
-
PIN
PIN
operating wavelength range
nm
1200-1650
1200-1650
Receiver sensitivity
dBm
-14
-14
Receiver overload
dBm
-1
0
Maximum reflectance
dB
-27
-27
6.8.7 LWF and LWFS
Table 6-35 Optical interface parameter specifications at the client side of the LWF board
Parameters
Unit
Specifications
Optical interface type
-
I-64.1
I-64.2
S-64.2b
Se-64.2a
Le-64.2
Line code format
-
NRZ
NRZ
NRZ
NRZ
NRZ
Optical source type
-
SLM
SLM
SLM
SLM
SLM
6-36

 

 

 

 

 

 

 

Content   ..  12  13  14  15   ..