DWDM Mux/Demux product range

Transcription

1 DWDM Mux/Demux product range passively athermal DWDM & Ultra DWDM Polarization Maintaining DWDM tunable Mux/Demux range rev 1.

2 mics athermal DWDM Mux / Demux benefits no temperature control required optical plug and play passively athermal small footprint high isolation low insertion loss PM option available Telcordia GR-129 and GR-1221 compliant applications replacement of TFF / AWG increasing existing network capacity (1 Gbit/s, 2.5 Gbit/s) DWDM PON OADM gaussian flat top parameter unit 16 channels 48 channels 16 channels 32 channels insertion loss IL uniformity passband adjacent crosstalk non-adjacent crosstalk cumulative crosstalk GHz guaranteed typical guaranteed ± 2.5 ± 3.75 ± 6.25 ± 3.12 ± 6.25 ± 7.5 ± 2.5 ± 3.75 ± 6.25 ± 3.12 ± 6.25 ± 7.5 GHz typical ± 1.25 ± 2 ± 3.12 ± 2 ± 3.75 ± 4 ± 1.25 ± 2 ± 3.12 ± 2 ± 3.75 ± 4 GHz > 14 > 28 > 56 > 14 > 28 > 56 > 23 > 46 > 92 > 21 > 42 > 84 GHz > 24 > 48 > 96 > 24 > 48 > 96 GHz ± 6.25 ± 12.5 ± 25 ± 6.25 ± 12.5 ± 25 ± 6.25 ± 12.5 ± 25 ± 6.25 ± 12.5 ± general specifications type Coreguide SMF cable type frequency range 9µm S+C+L (146 to 161nm) 1 25 PMD <.2 ps directivity chromatic dispersion ± 1 ps/nm return loss 3 (4 typ.) 92 operating temperature range (OTR) -5 C to +7 C IL thermal stability over OTR ±.5 wavelength thermal stability over OTR < 1 pm/ C (1 GHz ) storage temperature range -4 C to +85 C TELCORDIA compliant GR-129 and GR-1221 mics - number of channels / / / / / shape G : gaussian F : flat top s minimum frequency in THz rev 1.

3 mics Ultra DWDM Mux / Demux benefits large channel count over short frequency rangeno temperature control required optical plug and play ultra dense down to 12.5 GHz any specific : 33 GHz, 37.5 GHz... PM option available flat top option available applications submarine networks non ITU standard networks ultra dense networks gaussian parameter unit 16 channels 48 channels GHz guaranteed insertion loss typical IL uniformity ITU passband adjacent crosstalk non-adjacent crosstalk cumulative crosstalk guaranteed ± 1.25 ± 2.5 ± 1.75 ± 3.12 GHz typical ±.75 ± 1.25 ± 1 ± 2 GHz > 3.5 > 7 > 3.5 > 7 GHz > 6 > 12 > 6 > 12 GHz ± 1.56 ±3.12 ±1.56 ± GHz mux/demux typical response general specifications 26.5 type Coreguide SMF-28 cable type 9µm frequency range S+C+L (146 to 161nm) PMD <.2 ps directivity chromatic dispersion ± 1 ps/nm return loss 3 (4 typ.) operating temperature range -5 C to +7 C IL thermal stability over OTR ±.5 storage temperature range -4 C to +85 C TELCORDIA compliant GR-129 and GR-1221 mics - number of channels / / / / / shape G : gaussian F : flat top s minimum frequency in THz rev 1.

4 New product mics+ Frequency tunable DWDM Mux / Demux continuous frequency tunabilitymanual version available PM option available applications reconfigurable networks : ROADM, eroadm laser drift compensation grid optimization flat top option available mics+ allows a frequency tunability up to 8 GHz (for a 1 GHz mux/demux). The piloted version makes mics+ an ideal component to be implemented into reconfigurable networks (ROADM, eroadm). mics+ can be supplied upon customer request : channel count,, tuning range... parameter frequency tunability insertion loss IL uniformity unit 16 ch. / 1 GHz GHz ± GHz ± GHz > 28 GHz > GHz ITU passband adjacent crosstalk non-adjacent crosstalk GHz ± cumulative crosstalk type cable type 23 Core guide SMF-28 9µm GHz frequency band PMD nm S+C+L (146 to 161) ps < directivity 5 chromatic dispersion return loss ps/nm ± 1 3 (4 typ.) 26, mics+ - / / / / / / / number of channels tuningrange shape G : gaussian F : flat top type SM : SMF-28 PM : Panda PM s minimum frequency in THz 4,5 14 rev 1.

5 t-mics Frequency + tunable DWDM Mux / Demux benefits complete grid modularityultra wide frequency range tunability frequency tunability motorized and manual versions available PM option available2u rack packaging application network testing grid optimization t-mics is an instrument available in 2 versions : manual version : and frequency can be tuned by using two micrometer heads computer piloted version : and frequency are controlled using a user friendly software for active setup and fast tunability number of channels unit < 2 channels frequency tuning range GHz C+L band polarization dependent loss () <.5 insertion loss uniformity < 1.5 GHz >.45 x adjacent crosstalk 28 non-adjacent crosstalk 4 cumulative crosstalk 23 return loss 3 (4 typ.) PMD ps <.2 directivity 5 chromatic dispersion ps/nm ± 1 range (GHz) insertion loss () channel center accuracy (GHz) 12.5 to 25 < 8 ± 1 25 to 5 < 6.5 ± to 75 < 5.5 ± to 1 < 5 ± 3 t-mics - / / / / / configuration M : manual P : piloted number of channels 1 to 2 range type SM : SMF-28 PM : Panda PM s (GHz) frequency tunning over C+L band frequency (GHz) GHz frequency (GHz) tuning GHz frequency (GHz) channel # < ± 2.5GHz rev 1.

6 mics - PM PM Mux / Demux benefits applications no temperature control required optical plug and play better OSNR PER > 19 high isolation low insertion loss flat top option available rack packaging available test bench for telecom networks and components PM networks polarization multiplexing parameter type PER insertion loss IL uniformity unit 4 ch. / 1 GHz PM Panda 19 PER configuration 2 15 PER configuration 15 guaranteed 5. typical PM option is available for each product of KYLIA mux/demux range. Specifications on request for any channel count and. 19 PER configuration Using a polarization filter, KYLIA garantees a PER > 19. In this configuration, the mux/demux can only be used with input beam polarization oriented along the slow axis. output 19 PER configuration 15 PER configuration NA.4 polarization filter ITU passband adjacent crosstalk non-adjacent crosstalk cumulative crosstalk cable type frequency band PMD directivity chromatic dispersion return loss operating temperature range storage temperature range guaranteed ± 6.25 GHz typical ± 3.75 GHz > 28 GHz > 48 GHz ± µm nm C+L (152 to 161) ps <.2 5 ps/nm ± 1 3 (4 typ.) C -5 to +7 C -4 to +85 input 15 PER configuration Without polarization filter, KYLIA garantees a PER > 15. In this configuration, the mux/demux can be used with input beam polarization oriented along both axis, or even as a SM mux/demux. input output mics - PM - / / / / / / PM config number 15:15 PER of channels 19: 19 PER shape G : gaussian F : flat top s minimum frequency in THz rev 1.

7 technical highlights Free space technology DWDM Mux/Demux Phase demodulator typical response KYLIA flat top mics -5 C 25 C 7 C athermal design Athermal behaviour is achieved thanks to propagation of light through inert gas in an hermetic packaging. Athermal design enables to save costs: no feedback circuitry is required while designing interface boards. Integration process is reduced to plug and play typical response KYLIA interferometer mint-1x2 C 25 C 7 C SPACING SETTING tunable t-mics FREQUENCY intrinsec design SETTING t-mics intrinsic design versatil technology KYLIA declines its components and instruments into tunable versions for more flexibility. Integration of external technologies is made easy thanks to free space propagation: inclusion of photodiodes, laser diodes or piezo electric elements gives new to classical products. A simple Mach-zender interferometer becomes a D(Q)PSK receiver thanks to an external tracking laser line device and the tunable feature. tunable mint 1x2 for D(Q)PSK demodulation reliable and performant Propagation through free space minimizes insertion losses. KYLIA optical solutions are designed to withstand the most extreme environment. Mics has been successfully tested against Telcordia GR-129-CORE and Telcordia GR-1221-CORE mint 2x4 for coherent detection L-band signal C-band signal L-band mics cyclicity Specific cyclicity of KYLIA technology allows to propose a large range of devices for new reconfigurable network. As an example, the same device can be used in two separate frequency bands. C-band rev 1.

8 specification definitions PB -1-2 IL left adj. XT right adj. XT -3-4 ITU grid ITU passband (PB) frequency (GHz) (GHz) frequency (GHz) ITU passband PB GHz passband over which other parameters are measured. PB = ±.125 x : for a 1 GHz mux/demux, PB = ± 12.5 GHz. insertion loss IL maximum transmission of the mux/demux inside PB. polarisation dependent loss maximum IL variation over all states of polarization (SOP) within PB. insertion loss uniformity maximum IL variation between channels over SOP. GHz passband width at 1 level below the peak of transmission curve. GHz passband width at 3 level below the peak of transmission curve. GHz difference between the center of the BW@-3 and the ITU frequency. adjacent crosstalk adj. XT difference between the minimum transmission within PB and the maximum transmission within PB of the two adjacent channels. non-adjacent crosstalk non-adj. XT cumulative crosstalk cum. XT return loss RL directivity difference between the minimum transmission within PB and the maximum transmission within PB of all non-adjacent channels. cumulative sum of all adjacent channels and non-adjacent channel crosstalk values. ratio of the optical power launched in an input port to the optical power returning to the same port (other s pigtailed). ratio of the optical power launched in an input port to the optical power returning to any other input port. chromatic dispersion CD ps/nm maximum change rate of group delay versus wavelength within PB. polarization mode dispersion PMD ps maximum group delay between polarization states within PB. KYLIA 1, rue de Montmorency 753 Paris - France t : f : s a l e k y l i a. c o m rev 1.