Shenzhen Lightwit Photonics Co., Ltd.
Guangdong, China
Gold Member Since 2018
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100g 48CH C17-C64 Dual Fiber DWDM Aawg Module
Reference FOB Price: | US $300.00-450.00 / Piece |
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Min. Order: | 1 Piece |
Type: | Optical Fiber Distribution Box |
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Wiring Devices: | ODF |
Certification: | CE, ISO, RoHS |
Condition: | New |
Fiber Format: | 4X 12-Fiber Ribbons |
Package: | Module |
Basic Info
Model NO.
LW-48DWDM-MD
Spacing
100GHz
Product Name
100g 48CH C17-C64 Dual Fiber DWDM Aawg Module
Number of Channal
48 CH
The Channel Spacing
0.8 Nm
Transmission Distance
up to 80 Km
Protocol Transparent
10 Mbps to 100 Gbps
Transport Package
Carton Packing
Specification
120x75x12mm
Trademark
LIGHTWIT
Origin
Shenzhen, China
HS Code
8517622200
Production Capacity
2000
Product Description
100G 48CH C17-C64 Dual Fiber DWDM AAWG Module
Product Description
Lightwit Photonics provides passive optical layer functions for 4-96 DWDM wavelength mux/demux, 4-18 CWDM wavelength mux/demux, optical dispersion compensation module (DCM), optical add and drop (OADMs), splitters and combiners.
For DWDM, We have TFF and AAWG type
The DWDM AAWG (Athermal Arrayed Waveguide Grating) module is a kind of passive module based on PLC (Planar Waveguide) technology, which does not need additional power supply or temperature control; Compared with traditional TFF (thin film filter) products, AAWG has the advantages of high integration, good uniformity, low PMD and low insertion loss
The channel spacing for DWDM is 1.6/0.8/0.4 nm (200GHz/100 GHz/50 GHz grid). This small channel spacing allows to transmit simultaneously much more information
All specifications guaranteed over the operating temperature range.
3. WAVELENGTH PLAN
Please let me know if any question for 50G and 100G Athermal AWG DWDM.
Product Description
Lightwit Photonics provides passive optical layer functions for 4-96 DWDM wavelength mux/demux, 4-18 CWDM wavelength mux/demux, optical dispersion compensation module (DCM), optical add and drop (OADMs), splitters and combiners.
For DWDM, We have TFF and AAWG type
The DWDM AAWG (Athermal Arrayed Waveguide Grating) module is a kind of passive module based on PLC (Planar Waveguide) technology, which does not need additional power supply or temperature control; Compared with traditional TFF (thin film filter) products, AAWG has the advantages of high integration, good uniformity, low PMD and low insertion loss
The channel spacing for DWDM is 1.6/0.8/0.4 nm (200GHz/100 GHz/50 GHz grid). This small channel spacing allows to transmit simultaneously much more information
Features:
~ 48CH 100G AWG Moduie (48CH 100G DWDM Mux Demux)
~lnsertion Loss Ripple:1.0db
~Optical Returnloss:40db
~Band: C-Band, L-Band, C+L-Band, Customize is optional
~Number of Channeis:16CH,32CH,40CH,48CH,Special is optional
~Spacing:50G,100G,200G,Special is optional
~Filter Shape: Gaussian, Broad Gaussian, Flat Top is optional
~Package: Module, Rack, Special is optional
~Fiber Length:0.5m,1m,1.5m,2m,2.5m,3m,Specify is optional
~ln/Out Connector:None,FC/APC,FC/PC,SC/APC,SC/PC,LC/APC,LC/PC,ST/UPC,Specify is optional
Applications
1.Higher channel rate
2, more wavelength multiplexing
3. Ultra-long all-optical transmission distance
4. From point-to-point WDM to all-optical network
5. Development of IP over DWDM technology
All specifications guaranteed over the operating temperature range.
Parameter | Specifications | Unit | Comment | ||
Min | Max | ||||
Input Channel | 1 | ||||
Output Channel | 48 | 16.24.32,40,48 channels available | |||
Channel Spacing | 100 | GHz | |||
Reference Passband | -12.5 | 12.5 | GHz | ||
Wavelength Accuracy | -50 | 50 | pm | Relative to ITU Grid | |
1dB Bandwidth | 0.2(G) 0.4(F) | nm | G-Gaussion Type F-Flat top Type | ||
3dB Bandwidth | 0.4(G) 0.6(F) | nm | |||
I.L | 6 | dB | Worst case in ITU passband | ||
I.L UNI. | 1 | dB | |||
Ripple | 0.7 | dB | Loss variation in ITU passband | ||
PDL | 0.5 | dB | Max. value in ITU passband | ||
Adjacent Crosstalk | 25 | dB | Worst case in ITU passband | ||
Non-Adjacent Crosstalk | 30 | dB | Worst case in ITU passband | ||
Total Crosstalk | 22 | dB | Cumulative crosstalk of all other channels | ||
Return Loss | 40 | dB | |||
Maximum Continuous Optical Power | 250 | mW | Maximum input optical power | ||
Chromatic Dispersion(CD) | -20 | +20 | ps/nm | ||
PMD | 0.5 | ps |
3. WAVELENGTH PLAN
No | C Even | C Even + | C Odd | C Odd + | ||||
ƒ(THz) | λ(nm) | ƒ(THz) | λ(nm) | ƒ(THz) | λ(nm) | ƒ(THz) | λ(nm) | |
1 | 196.000 | 1529.553 | 196.025 | 1529.358 | 196.050 | 1529.163 | 196.075 | 1528.968 |
2 | 195.900 | 1530.334 | 195.925 | 1530.139 | 195.950 | 1529.944 | 195.975 | 1529.748 |
3 | 195.800 | 1531.116 | 195.825 | 1530.920 | 195.850 | 1530.725 | 195.875 | 1530.529 |
4 | 195.700 | 1531.898 | 195.725 | 1531.702 | 195.750 | 1531.507 | 195.775 | 1531.311 |
5 | 195.600 | 1532.681 | 195.625 | 1532.485 | 195.650 | 1532.290 | 195.675 | 1532.094 |
6 | 195.500 | 1533.465 | 195.525 | 1533.269 | 195.550 | 1533.073 | 195.575 | 1532.877 |
7 | 195.400 | 1534.250 | 195.425 | 1534.054 | 195.450 | 1533.858 | 195.475 | 1533.661 |
8 | 195.300 | 1535.063 | 195.325 | 1534.839 | 195.350 | 1534.643 | 195.375 | 1534.446 |
9 | 195.200 | 1535.822 | 195.225 | 1535.625 | 195.250 | 1535.429 | 195.275 | 1535.232 |
10 | 195.100 | 1536.609 | 195.125 | 1536.412 | 195.150 | 1536.216 | 195.175 | 1536.019 |
11 | 195.000 | 1537.397 | 195.025 | 1537.200 | 195.050 | 1537.003 | 195.075 | 1536.806 |
12 | 194.900 | 1538.186 | 194.925 | 1537.989 | 194.950 | 1537.792 | 194.975 | 1537.594 |
13 | 194.800 | 1538.976 | 194.825 | 1538.778 | 194.850 | 1538.581 | 194.875 | 1538.383 |
14 | 194.700 | 1539.766 | 194.725 | 1539.568 | 194.750 | 1539.371 | 194.775 | 1539.173 |
15 | 194.600 | 1540.557 | 194.625 | 1540.359 | 194.650 | 1540.162 | 194.675 | 1539.964 |
16 | 194.500 | 1541.349 | 194.525 | 1541.151 | 194.550 | 1540.953 | 194.575 | 1540.755 |
17 | 194.400 | 1542.142 | 194.425 | 1541.944 | 194.450 | 1541.746 | 194.475 | 1541.548 |
18 | 194.300 | 1542.936 | 194.325 | 1542.737 | 194.350 | 1542.539 | 194.375 | 1542.341 |
19 | 194.200 | 1543.730 | 194.225 | 1543.532 | 194.250 | 1543.333 | 194.275 | 1543.135 |
20 | 194.100 | 1544.526 | 194.125 | 1544.327 | 194.150 | 1544.128 | 194.175 | 1543.929 |
21 | 194.000 | 1545.322 | 194.025 | 1545.123 | 194.050 | 1544.924 | 194.075 | 1544.725 |
22 | 193.900 | 1546.119 | 193.925 | 1545.920 | 193.950 | 1545.720 | 193.975 | 1545.521 |
23 | 193.800 | 1546.917 | 193.825 | 1546.717 | 193.850 | 1546.518 | 193.875 | 1546.318 |
24 | 193.700 | 1547.715 | 193.725 | 1547.516 | 193.750 | 1547.316 | 193.775 | 1547.116 |
25 | 193.600 | 1548.515 | 193.625 | 1548.315 | 193.650 | 1548.115 | 193.675 | 1547.915 |
26 | 193.500 | 1549.315 | 193.525 | 1549.115 | 193.550 | 1548.915 | 193.575 | 1548.715 |
27 | 193.400 | 1550.116 | 193.425 | 1549.916 | 193.450 | 1549.715 | 193.475 | 1549.515 |
28 | 193.300 | 1550.918 | 193.325 | 1550.717 | 193.350 | 1550.517 | 193.375 | 1550.317 |
29 | 193.200 | 1551.721 | 193.225 | 1551.520 | 193.250 | 1551.319 | 193.275 | 1551.119 |
30 | 193.100 | 1552.524 | 193.125 | 1552.323 | 193.150 | 1552.122 | 193.175 | 1551.922 |
31 | 193.000 | 1553.329 | 193.025 | 1553.128 | 193.050 | 1552.926 | 193.075 | 1552.725 |
32 | 192.900 | 1557.134 | 192.925 | 1553.933 | 192.950 | 1553.731 | 192.975 | 1553.530 |
33 | 192.800 | 1554.940 | 192.825 | 1554.739 | 192.850 | 1554.537 | 192.875 | 1554.335 |
34 | 192.700 | 1555.747 | 192.725 | 1555.545 | 192.750 | 1555.343 | 192.775 | 1555.142 |
35 | 192.600 | 1556.555 | 192.625 | 1556.353 | 192.650 | 1556.151 | 192.675 | 1555.949 |
36 | 192.500 | 1557.363 | 192.525 | 1557.161 | 192.550 | 1556.959 | 192.575 | 1556.757 |
37 | 192.400 | 1558.173 | 192.425 | 1557.970 | 192.450 | 1557.768 | 192.475 | 1557.566 |
38 | 192.300 | 1558.983 | 192.325 | 1558.780 | 192.350 | 1558.578 | 192.375 | 1558.375 |
39 | 192.200 | 1559.794 | 192.225 | 1559.591 | 192.250 | 1559.389 | 192.275 | 1559.186 |
40 | 192.100 | 1560.606 | 192.125 | 1560.403 | 192.150 | 1560.200 | 192.175 | 1559.997 |
Please let me know if any question for 50G and 100G Athermal AWG DWDM.