Summary of Contents for PacketLight Networks PL-300
Page 1
PL-300 3.2 I NSTALLATION AND ONFIGURATION ANUAL...
Page 2
PacketLight Networks, Ltd. All Rights Reserved. The information shall not be used, copied, reproduced, or disclosed in whole or in part without the written consent of PacketLight Networks, Ltd. PacketLight Networks, Ltd. reserves the right, without prior notice or liability, to make changes in equipment design or specifications.
ONTENTS 2.3.2 O ..........37 PTICAL ABLE ANDLING RECAUTIONS APPENDIX A: ITU GRID SPECIFICATIONS ............39 DWDM ITU 100 GH ...............39 PACING PL-300 3.2 I ACKET IGHT ETWORKS NSTALLATION AND ONFIGURATION ANUAL ONFIDENTIAL AND ROPRIETARY NFORMATION LL RIGHTS RESERVED AGE I...
Page 4
CONTENTS DWDM ITU 50 GH ..............40 PACING CWDM ITU G ..................43 APPENDIX B: PL-300 APPLICATION EXAMPLES ..........45 ....................45 XAMPLES B.1.1 E 1: U PL-300 DWDM-2M-16W-1C-1F.........45 XAMPLE SING B.1.2 E 2: U PL-300 DWDM-2M-8W-1C-2F ........46 XAMPLE SING B.1.3 E 3: U PL-300 CWDM-2M-8W-2C-2F........47...
Configurations ..................3 Technical Specifications ................. 26 Overview The PL-300 family of products extends PacketLight’s optical network solution capabilities by providing a wide range of passive optical modules. The PL-300 interconnects seamlessly with PacketLight’s products, such as the PL-400E, PL-1000, PL-1000RO, and third-party WDM products to form cost-effective, high-capacity DWDM and CWDM solutions.
SONET/SDH ADM equipped with colored optics with matching wavelengths. The COM ports of the PL-300 can be connected directly to the line fiber or, in the case of DWDM PL-300, to other PacketLight products, such as PL-1000IL, for amplification of the aggregated optical signal or to the PacketLight ROADM node PL-1000RO.
Integrate with third-party CWDM/DWDM optical solutions and colored optics. • Physical Description The PL-300 is a compact 1U unit intended for installation in 19-inch or 23-inch racks or placed on desktops or shelves. All connections are made to the front panel.
The MUX/DEMUX module has an additional channel for the management OSC channel One COM port with dual fiber Figure 2: PL-300 CWDM-1M-4W-1C-2F 2. PL-300 CWDM-1M-4W-1C-2F-10G: Single passive optical MUX/DEMUX module with four wavelengths The MUX/DEMUX module has an additional channel for the management ...
The four wavelengths match the DWDM ITU grid which allows for 10G client signals Figure 3: PL-300 CWDM-1M-4W-1C-2F-10G 3. PL-300 CWDM-1M-8W-1C-2F: Single passive optical MUX/DEMUX module with eight wavelengths The MUX/DEMUX module has an additional channel for the management ...
NTRODUCTION One COM port with dual fiber Figure 5: PL-300 CWDM-1M-16W-1C-2F 5. PL-300 CWDM-2M-4W-2C-2F: Two passive optical MUX/DEMUX modules with four wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel Two COM ports with dual fiber ...
NTRODUCTION Two COM ports with dual fiber Figure 7: PL-300 CWDM-2M-8W-2C-2F 7. PL-300 CWDM-2M-16W-2C-2F: Two passive optical MUX/DEMUX modules with 16 wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel PL-300 3.2 I...
NTRODUCTION Two COM ports with dual fiber Figure 8: PL-300 CWDM-2M-16W-2C-2F 8. PL-300 CWDM-1M-8W-1C-1F: Single passive optical MUX/DEMUX module with eight wavelengths The MUX/DEMUX module has an additional channel for the management OSC channel One COM port with single fiber ...
The MUX/DEMUX module has an additional channel for the management OSC channel One COM port with single fiber Figure 10: PL-300 CWDM-1M-16W-1C-1F 10. PL-300 CWDM-2M-8W-2C-1F: Two passive optical MUX/DEMUX modules with eight wavelengths each Each MUX/DEMUX module has an additional channel for the management ...
NTRODUCTION Two COM ports with single fiber Figure 11: PL-300 CWDM-2M-8W-2C-1F 11. PL-300 CWDM-2M-16W-2C-1F: Two passive optical MUX/DEMUX modules with 16 wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel PL-300 3.2 I...
NTRODUCTION Two COM ports with single fiber Figure 12: PL-300 CWDM-2M-16W-2C-1F 1.5.2 CWDM OADM Configurations The following table lists the PL-300 CWDM OADM configurations. Table 2: CWDM OADM Configurations PL-300 OADM OADM OADM Clients OADM Model Type Ports Fiber...
Single COM port with dual fiber Single express (EXP) port with dual fiber Figure 13: PL-300 CWDM-1O-4W1470-1C-2F 2. PL-300 CWDM-1O-3W1410-2C-2F: Dual OADM module with three Add/Drop wavelengths The Add/Drop wavelengths are: 1410, 1430 and 1450nm ...
Single passive optical MUX/DEMUX module with four wavelengths The MUX/DEMUX module has an additional channel for the management OSC channel One COM port with dual fiber Figure 15: PL-300 DWDM-1M-4W-1C-2F PL-300 3.2 I ACKET IGHT ETWORKS NSTALLATION AND ONFIGURATION...
The MUX/DEMUX module has an additional channel for the management OSC channel One COM port with dual fiber Figure 16: PL-300 DWDM-1M-8W-1C-2F 3. PL-300 DWDM-1M-16W-1C-2F: Single passive optical MUX/DEMUX module with 16 wavelengths The MUX/DEMUX module has an additional channel for the management ...
NTRODUCTION One COM port with dual fiber Figure 18: PL-300 DWDM-1M-40W-1C-2F 5. PL-300 DWDM-2M-4W-2C-2F: Two passive optical MUX/DEMUX modules with four wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel Two COM ports with dual fiber ...
Each MUX/DEMUX module has an additional channel for the management OSC channel Two COM ports with dual fiber Figure 20: PL-300 DWDM-2M-8W-2C-2F 7. PL-300 DWDM-2M-16W-2C-2F: Two passive optical MUX/DEMUX modules with 16 wavelengths each Each MUX/DEMUX module has an additional channel for the management ...
NTRODUCTION Two COM ports with dual fiber Figure 21: PL-300 DWDM-2M-16W-2C-2F 8. PL-300 DWDM-2M-8W-2C-1F: Two passive optical MUX/DEMUX modules with eight wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel PL-300 3.2 I...
NTRODUCTION Two COM ports with single fiber Figure 22: PL-300 DWDM-2M-8W-2C-1F 9. PL-300 DWDM-2M-16W-2C-1F: Two passive optical MUX/DEMUX modules with 16 wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel PL-300 3.2 I...
NTRODUCTION Two COM ports with single fiber Figure 23: PL-300 DWDM-2M-16W-2C-1F 10. PL-300 DWDM-2M-16W-1C-1F (Red/Blue): Two passive optical MUX/DEMUX modules with 16 wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel Red/Blue band filter ...
NTRODUCTION One COM port with single fiber Figure 24: PL-300 DWDM-2M-16W-1C-1F (Red/Blue) 11. PL-300 DWDM-2M-44W-1C-1F-50G (Red/Blue): Two passive optical MUX/DEMUX modules with 44 wavelengths each Each MUX/DEMUX module has an additional channel for the management OSC channel Red/Blue band filter ...
Single OADM module with four Add/Drop wavelengths Additional 1510 OSC management channel Single COM port with dual fiber Single EXP port with dual fiber Figure 27: PL-300 DWDM-1O-4W28-1C-2F PL-300 3.2 I ACKET IGHT ETWORKS NSTALLATION AND ONFIGURATION ANUAL...
Two COM ports with dual fiber Two EXP ports with dual fiber Figure 28: PL-300 DWDM-1M-3W28-2C-2F 1.5.5 DCM Configurations The following table lists the PL-300 DCM configurations. Table 5: DCM Configurations PL-300 Model DCM # Distance Up to 40 km DCM1-40K...
Single passive optical DCM module One In/Out port Supports a distance of up to <n> km Figure 29: PL-300 DCM1 2. PL-300 DCM2-<n>K: Two passive optical DCM modules Two In/Out ports Supports a distance of up to <n> km ...
Four In/Out port Supports a distance of up to <n> km Figure 31: PL-300 DCM4 Technical Specifications This section describes the PL-300 technical specifications. 1.6.1 General Specifications Table 6: General Specifications Number of Ports Up to 44 ports...
Express Channel Wavelength (nm) 1491+/-6.5 1511 +/- 6.5 Express Channel Link Loss (dB) ≤1 ≤1 Connector Type Channels LC/UPC LC/UPC Connector Type COM SC/UPC SC/UPC PL-300 3.2 I ACKET IGHT ETWORKS NSTALLATION AND ONFIGURATION ANUAL ONFIDENTIAL AND ROPRIETARY NFORMATION LL RIGHTS RESERVED...
> 40 GHz < 1.5 dB 220 Km 100 GHz > 30 GHz < 1.5 dB 400 Km 100 GHz > 30 GHz 5.0 dB PL-300 3.2 I ACKET IGHT ETWORKS NSTALLATION AND ONFIGURATION ANUAL ONFIDENTIAL AND ROPRIETARY NFORMATION LL RIGHTS RESERVED...
NSTALLATION Installation This chapter provides installation information and instructions for the PL-300. In this Chapter Safety Precautions ................33 Site Requirements ................34 Installing the PL-300 Unit ..............37 Safety Precautions This section describes the safety precautions. 2.1.1 General Safety Precautions The following are the general safety precautions: •...
Site Requirements This section describes the PL-300 site requirements. 2.2.1 Physical Requirements The PL-300 units are intended for installation in 19-inch or 23-inch racks or placed on desktops or shelves. All the connections are made to the front panel. 2.2.2 Ambient Requirements The following table provides the recommended PL-300 ambient requirements.
2.2.3.3 EXP Ports The EXP ports can be present only on PL-300 OADM models. The EXP port is used to continue the other channels that were not added or dropped by the OADM. There are two configurations for EXP ports: 1: Single EXP port •...
• Configuration 2: Two EXP ports When two OADMs are used, both EXP ports of the PL-300 are available and should be connected to each other. This configuration should be used in a Ring topology or in a linear add/drop topology where new links may be added by nodes along the chain.
2 mm optical fiber Connector Type Port Type Optical Supervisory Channel Installing the PL-300 Unit PL-300 units are intended for installation in 19-inch or 23-inch racks or placed on desktops or shelves. Before installing a PL-300 unit, review the Safety Precautions AUTION (p.
In this example, there are two sites: A and B. Each site has 16 services. The two PL-300 DWDM-2M-16W-1C-1F units are used to combine all of these services on a single fiber. The two additional PL-400E units in each site are used to convert the client signal to DWDM.
In this example, there are two sites: A and B. Each site has eight 10G services. The two PL-300 DWDM-2M-8W-1C-2F units are used to combine all of these services on a dual fiber. The two additional PL-1000 units in each site are used to convert the client signal to DWDM.
In this example, there are two sites: A and B. Each site has eight services of up to 4G. The two PL-300 CWDM-2M-8W-2C-2F units are used to combine all of these services on two protected dual fibers. The two additional PL-400E units in each site are used to convert the client signal to DWDM and duplicate the client signals to Working and Protection.
In this example, there is a ring with eight wavelengths. Each site add/drops two protected wavelengths of 10G client signals. The two PL-300 CWDM-2O-2W1470-2C-2F units are used for the two protected wavelengths that arrive from the PL-1000 node to the ring.
B.1.5 Example 5: Using PL-300 DWDM-2M-8W-2C-2F In this example, the PL-300 DWDM-2M-8W-2C-2F is connected on one side to two PL-1000RO nodes, and on the other side to two PL-1000 nodes. The described site is a part of an optical ring. It add/drops four protected wavelengths of 10G clients.
PL-300 DCM2-120K unit. In Site C there is a single PL-400E unit with aggregated eight DWDM channels. Inputs to the two EDFA modules pass through the PL-300 DCM2-120K unit for dispersion compensation. Figure 37: Using PL-300 DCM2-120K (Example) PL-300 3.2 I...
In this Appendix Fiber Shelf ................... 51 Fiber Shelf The fiber shelf is an optional tray that can be attached to the PL-300 to help you organize the optical fibers. The following figure illustrates the mechanical details of the fiber shelf.