OMxxDyy-100zz-ab:cd-(M5)-XXYY

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1 100GHz DWDM C-band Gaussian 16, 32, 40, 44 or 48 Channel Mux/Demux Optomark s TFF and AWG based DWDM MuxDemuxes are designed for Static and ROADM based systems. Operating in the C-band it is available in 19 rack or small plastic ABS box with flying patchcords is also possible. Channel Power monitoring with SNMP can be integrated into a 2U box. Using traditional Thin Film Filters or advanced monolitlic Array WaveGuide technology with Athermal Flat-Top or Gaussian response, it Multiplexes and Demultiplexes the DWDM signals with very low-loss. Product Features DWDM C band or L band 19 rack mount or ABS box with flying leads Monitoring with 5% monitor ports on i/o (for DWDM meter) or Integrated SNMP. LC, SC or MPO connectors with UPC or APC polish. Thin Film Filters or AWG monolithic technology. Athermal with Gaussian or Flat-Top response Amplifiers and Dispersion-Compensation for long-reach systems. Contents Optical Specifications AWG Gaussian and Low Loss Gaussian 16 to 48ch Optical Specifications AWG Flat-Top 16 to 48ch Optical Specification TFF 8 and 16CHs Channel Plan & Part Numbers Optomark Products Optical Transceivers. 100M to 100G Compatibles. XFP SFP+ X2 Xenpak. SFP. All varieties Couplers. Single mode and Multimode Splitters. Multiway up to 1:64 or 2: 64 CWDM Mux Demux DWDM MuxDemux Long haul DWDM subsystems Patchcords and special assemblies QSFP line extension GPON components. OLT, ONU, Splitters, Patchcords Page 1

2 SPECIICATIONS (AWG 32/40/42/44/48CHs) I. Optical Specifications (Gaussian response AWG DWDM MuxDemux) Number of channels 16, 32, 40, 42, 44 or 48 channels Channel Spacing GHz 100 Nominal center frequencies THz Ch or Center wavelength accuracy nm Rela ve to ITU Reference Passband nm GHz Rela ve to ITU Filter 1.0dB nm 0.20 Filter 3.0dB nm 0.40 Filter 20.0dB Nm 1.20 Filter 30.0dB nm 1.75 Crosstalk Adjacent/ non Adjacent Channel db 27/30 Total integrated Crosstalk db 24 Inser on Loss STANDARD / LOW LOSS db 2.95 wavelength db 3.75 (5.0) Within Reference Passband Inser on Loss Uniformity db wavelength Polariza on Dependent Loss db 0.5 Within Reference Passband Polariza on Mode Dispersion ps 0.5 Within Reference Passband Return Loss db 45 At all i/o ports Chroma c dispersion Ps/nm Within Reference Passband II. Operating Conditions Temperature C III. Storage Conditions Temperature C IV. Absolute Maximum Ratings Op cal Power dbm 23 On common port Page 2

3 SPECIICATIONS (AWG 32/40/42/44/48CHs) I. Optical Specifications (Flat Top response AWG DWDM MuxDemux) Number of channels 16, 32, 40, 42, 44 or 48 channels Channel Spacing GHz 100 Nominal center frequencies THz Ch or Center wavelength accuracy nm Rela ve to ITU Reference Passband nm GHz Rela ve to ITU Filter 1.0dB nm 0.40 Filter 3.0dB nm 0.60 Filter 20.0dB Nm 1.20 Filter 30.0dB nm 1.75 Crosstalk Adjacent/ non Adjacent Channel db 27/30 Total integrated Crosstalk db 24 Inser on Loss STANDARD db wavelength db 5.5 Within Reference Passband Inser on Loss Uniformity db wavelength Polariza on Dependent Loss db 0.5 Within Reference Passband Polariza on Mode Dispersion ps 0.5 Within Reference Passband Return Loss db 45 At all i/o ports Chroma c dispersion Ps/nm Within Reference Passband II. Operating Conditions Temperature C III. Storage Conditions Temperature C IV. Absolute Maximum Ratings Op cal Power dbm 23 On common port Page 3

4 SPECIICATIONS (TFF 8/16 CHs) I. Optical Specifications (8/16CHs Thin Film Filter DWDM MuxDemux) Number of channels 8 or 16 channels Channel Spacing GHz 100 Nominal center frequencies THz Ch or Center wavelength accuracy nm Rela ve to ITU Filter 0.5dB nm 0.22 Ripple db 0.3 Isola on(demux adjacent) db 25 Isola on(demux Non adjacent) db 35 Inser on Loss (max/link) 16CHs db 6.0/7.5 Within Reference Passband Inser on Loss (max/link) 8CHs db 4.2/5.7 Within Reference Passband Polariza on Dependent Loss db 0.15 Within Reference Passband Polariza on Mode Dispersion ps 0.1 Within Reference Passband Return Loss db 45 At all i/o ports II. Operating Conditions Temperature C III. Storage Conditions Temperature C IV. Absolute Maximum Ratings Op cal Power dbm 23 On common port Page 4

5 SPECIICATIONS V. Production CH Selection / 100GHz ITU-T channel (OMxxDyy-100zz-ab:cd-(M)-XXYY) Frequency (THz) Wavelength (nm) ab /cd (ITU channel) Frequency (THz) Wavelength (nm) ab /cd (ITU channel) Frequency (THz) Wavelength (nm) ab /cd (ITU channel) Part Number System Type Channels Channel Spacing Channel number Monitor Package OMxxD yy 100zz ab:cd M5 XX YY MD = Mux/Demux MX = Mux DX = Demux 8=8CHs 16=16CHs 48=48CHs FT = flat top GA = Gaussian std GAL= Gaussian low loss TFF = Thin Film Filter ab=star ng CH cd=stopping CH M5= Integrated channel monitor SNMP, 5% monitor port 1U=1U box 2U= 2U box AF=ABS box LU=LC/UPC SU=SC/UPC LA=LC/APC SA=SC/APC OM=Optoamrk D= DWDM Dual Fibre Customized CHs available 100=Athermal 100GHz spacing Any hannels between 17 & 64 Op onal module integrated in 2U box AF(ABS box) with flying LCs 8 and 9 APC are available Example: OMDDD40-100FT-19:58-M5-2ULU 40ch Athermal Flat-Top response. Channels 19 to 58 with 2% monitor port on i/o in 2U 19 rack mount with LC/UPC connector interface Page 5

6 SPECIICATIONS VI. Packaging Size (ABS Box Flying lead) Note: one ABS box houses a Mux and a Demux, so it has 41 flying leads. 1 line and 40 Mux or Demux leads. Page 6

7 SPECIICATIONS VII. Connectors and Breakout Box Configuration (ABS Box and flying leads) Page 7

8 SPECIICATIONS VIII. SNMP Optical DWDM Channel Power Monitor function Optomark s add-on optical monitor allow automatic wavelength and power detection within a 2U DWDM MuxDemux Pizzabox. Application DWDM System Health remote management Real Time monitoring of facilities Fault Detection at Passive MuxDemux Monitor DWDM System Turnup Features Automatic Wavelength and Power detection C-Band DWDM 100GHz spacing 48ch Sensitivity to 30dBm (enough to see if signal is lost) Optical Power resolution 0.01dB IMPORTANT NOTICE In accordance with the Optomark policy of con nuous improvement specifica ons may change without no ce. Further details are available from Optomark representa ve. Page 8

9 about Optomark Optomark stocks and engineers Fibre-Optic Components and Subsystems to a high standard of quality. Quality is often neglected by cheap suppliers, but we see now the need to provide a quality product from serious suppliers. We therefore get close to our suppliers to ensure a high level of quality, nevertheless at a cost-effective price. DWDM and CWDM infrastructure components. Multiplexers, Add-Drop. Amplifiers. Dispersion compensation. Full planning and installation assistance. FttX and GPON components. Managed OLT. ONU. Splitters, Couplers and Patchcords. Optical Transceivers (Optics) 100M to 100G. Ethernet/ SDH standards. Working since 1989 Optomark provides Logistics support QC Engineering-design Subsystem planning and installation Optomark selects only high quality suppliers like Oclaro (Opnext) and our audited subcontractors from Japan, Korea (S), Taiwan, Thailand USA and of course China. All suppliers are audited by us for quality. Many potential suppliers are rejected. Experience in Fibre-optics since 1987 enables us to maintain a high standard of quality and engineering at costeffective prices. Page 9