The WSM9 board dynamically grooms wavelengths and supports
in-service monitoring of optical performance, and alarms and
performance events monitoring.
Table 1 describes the functions and features of the WSM9 board.
Table 1 Functions and features of the WSM9 board
Function and Feature
Description
Basic function
Dynamically adds wavelengths on ring or chain networks. This board
can add any single wavelength or any wavelength combination through
any port, achieving dynamic wavelength allocation.
WDM specification
Supports the DWDM specification.
Spectrum application
TN12WSM9/TN17WSM9
Supports signals with a 100 GHz channel spacing.
TN13WSM9
Supports signals with a 50 GHz channel spacing.
TN16WSM9
Supports signals with a 50 GHz channel spacing.
Supports flexible grid wavelength signals.
The signals have continuous n x slice GHz spectrums (one slice is
equal to 50 GHz, and n is an integer ranging from 1 to 8) to meet
the bandwidth requirements of high-rate services. When multi-rate
services are transmitted together, Gridless flexibly allocates
bandwidth to improve the bandwidth utilization efficiency.
TN96WSM9
Supports extended C-band wavelengths.
Supports flexible grid wavelength signals. The signals have
continuous n x slice GHz spectrums (one slice is equal to 12.5 GHz,
and n = 3 to 32) to meet the bandwidth requirements of high-rate
services.Gridless flexibly allocates bandwidth to improve the
bandwidth utilization efficiency.
In-service optical performance monitoring
Provides two in-service monitoring ports. Each of these two ports
connects to an optical spectrum analyzer or spectrum analyzer unit
to monitor the signal power performance without affecting traffic.
Alarm and performance event monitoring
Detects the optical power and reports the alarms and performance
events for the board.
Optical power adjustment
Supports power adjustment for each wavelength.
Optical-layer ASON
Supported
WSM9 Specifications
Specifications include optical specifications, mechanical
specifications, and power consumption.
Optical Specifications
Table 1 Optical specifications of the TN12WSM9/TN13WSM9/TN17WSM9 board
Item
Unit
Value
Type
-
TN12WSM9
/TN17WSM9
TN13WSM9
Optical channels
-
40
80
Adjacent channel spacing
GHz
100
50
Insertion loss
AMxa-OUT
EXPI-OUT
dB
<= 8b
<= 8b
Maximum channel insertion loss difference
dB
1.5
1.5
Operating wavelength range
nm
1529-1561
1529-1561
-1 dB spectral width
nm
> 0.32
> 0.16
Port isolation
dB
> 25
> 25
Adjacent channel isolation
dB
> 25
> 25
Non-adjacent channel isolation
dB
> 30
> 30
Extinction ratio
dB
>= 35
>= 35
Reconfiguration time
s
<= 3
<= 3
Directivity
dB
35
35
Maximum reflectance
dB
-40
-40
Polarization dependence loss
dB
<= 1
<= 1
Attenuation range of each of adding wavelengths
dB
0-15
0-15
Attenuation precision of each of adding wavelengths
dB
<= 1 (0 to 10 dB)
<= 1.5 (>10 dB)
<= 1 (0 to 10 dB)
<= 1.5 (>10 dB)
NOTE:
a: AMx represents the AM1-AM8 interface.
b: This value is obtained when the attenuation of the VOA is set to
0 dB.
Table 2 Optical specifications of the TN16WSM9 board
Item
Unit
TN16WSM9(50 GHz channel spacing)
TN16WSM9(flexible grid, one slice is equal to 50 GHz)
Optical channels
-
80
-
Adjacent channel spacing
GHz
50
50*n(n=1 to 8)
Insertion loss
AMxa-OUT
EXPI-OUT
dB
<= 8b
<= 8b
Maximum channel insertion loss difference
dB
1.5
1.5
Operating wavelength range
nm
1529-1561
1529-1561
-1 dB spectral width
GHz
> 25
> 50*n-25; n=1 to 8
Port isolation
dB
> 25
> 25
Adjacent channel isolation
dB
> 25
> 25
Non-adjacent channel isolation
dB
> 30
> 30
Extinction ratio
dB
>= 35
>= 35
Reconfiguration time
s
<= 3
<= 3
Directivity
dB
35
35
Maximum reflectance
dB
-40
-40
Polarization dependence loss
dB
<= 1
<= 1
Attenuation range of each of adding wavelengths
dB
0-15
0-15
Attenuation precision of each of adding wavelengths
dB
<= 1 (0 to 10 dB)
<= 1.5 (>10 dB)
<= 1 (0 to 10 dB)
<= 1.5 (>10 dB)
NOTE:
a: AMx represents the AM1-AM8 interface.
b: This value is obtained when the attenuation of the VOA is set to
0 dB.
Table 3 Optical interface parameter specifications of the TN96WSM9
Parameters
Unit
Specifications
Slice width
GHz
12.5
Total slice number (m)
-
386
Centre frequency of every slice
THz
191.25625+(m-1)*0.0125; m=1 to 386
Slice number per slot (n)
-
3 to 32
Slot width
GHz
n*12.5; n=3 to 32
Insertion loss
AMxa-OUT
dB
≤8b
Maximum channel insertion loss difference
dB
1.5
-1dB spectral width
GHz
>2*(6.25n-12.5); n=3 to 32
Port isolation
dB
>25
Extinction ratio
dB
≥35
Reconfiguration time
s
≤3
Directivity
dB
35
Maximum reflectance
dB
–30
Ploarization dependence loss
dB
≤1
Attenuation range of each of adding wavelengths
dB
0 to 15
Attenuation precision of each of adding wavelengths
dB
≤1 (0dB-10dB)
≤1.5 (>10dB)
a: AMx represents the AM1-AM9 interface.
b: This value is obtained when the attenuation of the VOA is set to
0 dB.
Mechanical Specifications
Dimensions of the front panel:
TN12WSM9/TN16WSM9/TN17WSM9/TN96WSM9 (H x W x D): 264.6 mm (10.4
in.) x 50.8 mm (2.0 in.) x 220 mm (8.7 in.)
TN13WSM9 (H x W x D): 264.6 mm (10.4 in.) x 76.2 mm (3.0 in.) x 220
mm (8.7 in.)
Weight:
TN12WSM9: 2.7 kg (5.94 lb.)
TN13WSM9/TN16WSM9/TN96WSM9: 2.9 kg (6.38 lb.)
TN17WSM9: 3.2 kg (7.05 lb.)
Power Consumption
Board
Typical Power Consumption (W)
Maximum Power Consumptiona (W)
TN12WSM9
25.4
28.5
TN13WSM9
25.4
28.5
TN16WSM9
25.0
27.5
TN17WSM9
25.0
27.5
TN96WSM9
25.0
27.5
a: The maximum power consumption is the power consumed by the board
when it works normally under the highest ambient temperature.
Delivery
Delivery Options
Estimated Delivery Time
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3-5 business days
Fedex
3-5 business days
By Sea
10-20 business days
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confirmed order. Uonel is responsible for transporting goods to door after you have
made the payment.
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to verify product failure. If the problem still can't correct by
remote support methods i.e. email or phone support, the RMA
procedure will issue.
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