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1 Experts in next generation test equipment 56:/)'2 :+9: 3+'9;8+3+4: Optical Spectrum Analyzer Optical Complex Spectrum Analyzer Optical MultiTest Platform & Modules

AP2040 series - OSA 4 AP2050 series - OSA 6 AP2060 series - OSA 8

OCSA 14 222 AP1000 series - Mainframe 16 AP3350 series - Tunable

series - Optical Power Meter module 21 AP3370 series - Optical

Attenuar module 23 AP3380 series - Optical Tunable Filter module

2 AP2040 series - OSA 4 AP2050 series - OSA 6 AP2060 series - OSA 8 AP2070 series - OSA 10 AP2440 series - OCSA 12 AP2640 series - OCSA AP1000 series - Mainframe 16 AP3350 series - Tunable Laser Source module 18 AP3390 series - DFB Laser module 20 AP3314 series - Optical Power Meter module 21 AP3370 series - Optical Amplifier (EDFA) module 22 AP3364 series - Optical Variable Attenuar module 23 AP3380 series - Optical Tunable Filter module 25 AP3344 series - Optical Switches module 26 ASE Broad Bandwidth Optical Source 27

AP2041B AP2043B AP2045B AP2046B AP2047B Wavelength measurement range 1525 nm 1607 nm 1520 nm 1630 nm 1265 nm 1345 nm 1525 nm 1607 nm 1265 nm 1345 nm 1520 nm 1630 nm 1265 nm 1345 nm Wavelength span

5 AP2041B AP2043B AP2045B AP2046B AP2047B Wavelength measurement range 1525 nm 1607 nm 1520 nm 1630 nm 1265 nm 1345 nm 1525 nm 1607 nm 1265 nm 1345 nm 1520 nm 1630 nm 1265 nm 1345 nm Wavelength span range e 80 pm 82 nm 80 pm 110 nm 80 pm 80 nm 80 pm 82 nm 80 pm 110 nm 5MHz/0.04pm 100MHz/0.8pm 140MHz/1.12pm 2GHz/16pm 10GHz/80pm Wavelength resolution (@ 3 db) d 20GHz/160pm 50GHz/0.4nm 100GHz/1.6nm 200GHz/1.6nm 400GHz/3.2nm Manual setting: from 500MHz 250 GHz Dynamic range a f 83 db 79 db 83 db (1525 nm 1607 nm) 79 db (1265 nm 1345 nm) 83 db (1520 nm 1630 nm) 79 db (1265 nm 1345 nm) Close-in dynamic range a f >40 +/- 0.1 pm >60 +/- 0.4 pm >80 +/- 6 pm Spurious free dynamic d Sweep time d g Wavelength absolute accuracy a c 55 db Typical (50 db min) 1s for 18 nm +/- 2 pm typical (+/- 3 pm Max.) Measurement level range a f -73 dbm (monochromatic) +10dBm -69 dbm +10dBm Absolute level accuracy a b e Level repeatability a b d e Optical input Internal absolute WL calibrar X scale Y scale Display capabilities Option OSA01 +/- 0.3 db (monochromatic) +/- 0.2 db FC/PC for SM fiber Yes Wavelength in nm or frequency in GHz Optical power in mw or dbm Optical tunable laser source specifications Wavelength range 1525 nm 1607 nm 1520 nm 1630 nm 1265 nm 1345 nm Spectrum line width (@ 3 db) 500 khz typical Output power -8 dbm typical -12 dbm typical SMSR ASE RIN Wavelength stability Power stability Fiber/connecr type >45 dbc < -40 dbc over 0.1 nm < -135 db/hz +/- 10 pm over 1 hour +/ db over 1 hour Polarization maintaining fiber FC/APC connecr Option OSA02 Optical tracking generar specifications Dynamic e 63 db 59 db Resolution e Option OSA08 1 MHz -73 dbm +10dBm (1525 nm 1607 nm) -69 dbm +10dBm (1265 nm 1345 nm) 1265 nm 1345 nm 1525 nm 1607 nm -8 dbm typical (1525 nm 1607 nm) -12 dbm typical (1265 nm 1345 nm) 63 db (1525 nm 1607 nm) 59 db (1265 nm 1345 nm) Optical inputs 1 FC/PC for SM fiber input 2 FC/APC for PM fiber inputs -73 dbm +10dBm (1520 nm 1630 nm) -69 dbm +10dBm (1265 nm 1345 nm) 1265 nm 1345 nm 1520 nm 1630 nm -8 dbm typical (1520 nm 1630 nm) -12 dbm typical (1265 nm 1345 nm) 63 db (1520 nm 1630 nm) 59 db (1265 nm 1345 nm)

AP2050A AP2052A AP2051A Wavelength measurement range 1526 nm 1567 nm 1567 nm 1607 nm 1526 nm 1607 nm Wavelength span range 170 pm 41 nm 170 pm 40 nm 170 pm 81 nm 20MHz/0.16pm 10GHz/80pm 100GHz/0.

7 AP2050A AP2052A AP2051A Wavelength measurement range 1526 nm 1567 nm 1567 nm 1607 nm 1526 nm 1607 nm Wavelength span range 170 pm 41 nm 170 pm 40 nm 170 pm 81 nm 20MHz/0.16pm 10GHz/80pm 100GHz/0.8nm Manual setting: Wavelength resolution 3 db) d 140MHz/1.12pm 20GHz/160pm 200GHz/1.6nm From 500MHz 2GHz/16pm 50GHz/0.4nm 400GHz/3.2nm 250 GHz Dynamic range a g 83 db Close-in dynamic range a g >40 +/- 1.3 pm >60 +/- 8 pm >70 +/- 30 pm Spurious free dynamic d g 50 db (1) Sweep time d Between 0.4 nm/s (min) & 1.2 nm/s (max) Wavelength absolute accuracy a c +/- 2 pm typical (+/- 3 pm Max.) Measurement level range a g -73 dbm (monochromatic) +10 dbm Absolute level accuracy a e +/- 0.3dB (2) Level repeatability a b d e +/- 0.2dB Optical input FC/PC for SM fiber Internal absolute WL calibrar Yes Display capabilities X scale Wavelength in nm or frequency in GHz Y scale Optical power in mw or dbm Option OSA07 Optical tunable laser source specifications Wavelength range 1526 nm 1567 nm 1567 nm 1607 nm 1526 nm 1607 Spectrum line width (@ 3 db) 3 MHz Typical Output power -8 dbm typical SMSR > 50 dbc ASE < - 50 dbc over 0.1 nm RIN -135 db/hz Wavelength stability 1 15 min, 2 1 h Power stability min, h Fiber/connecr type Polarization maintaining fiber FC/APC connecr Optical tracking generar specifications Dynamic e 60 db Resolution e 10 MHz Option OSA08 3 inputs specifications Optical inputs 1 FC/PC for SM fiber input 2 FC/APC for PM fiber inputs Option OSA09 5 MHz wavelength resolution instead of 20 MHz Close-in dynamic range a f >40 +/- 0.1 pm >60 +/- 0.4 pm >80 +/- 6 pm

9 AP2060A AP2062A AP2061A Wavelength measurement range 1526 nm 1567 nm 1567 nm 1607 nm 1526 nm 1607 nm Wavelength span range 170 pm 41 nm 170 pm 40 nm 170 pm 81 nm 20MHz/0.16pm 10GHz/80pm 100GHz/0.8nm Manual setting: Wavelength resolution 3 db) d 140MHz/1.12pm 20GHz/160pm 200GHz/1.6nm From 500MHz 2GHz/16pm 50GHz/0.4nm 400GHz/3.2nm 250 GHz Dynamic range a g 78 db Close-in dynamic range a g >40 +/- 1.3 pm >60 +/- 8 pm >70 +/- 30 pm Spurious free dynamic d g 50 db (1) Sweep time d Between 0.4 nm/s (min) & 1.2 nm/s (max) Measurement level range a g -68 dbm (monochromatic) +10 dbm Absolute level accuracy a e +/- 0.3dB (2) Level repeatability a b d e +/- 0.2dB Optical input FC/PC for SM fiber Internal WL calibrar Yes Display capabilities X scale Wavelength in nm or frequency in GHz Y scale Optical power in mw or dbm Option OSA07 Optical tunable laser source specifications Wavelength range 1526 nm 1567 nm 1567 nm 1607 nm 1526 nm 1607 Spectrum line width (@ 3 db) 3 MHz Typical Output power -8 dbm typical SMSR > 50 dbc ASE < - 50 dbc over 0.1 nm RIN -135 db/hz Wavelength stability 1 15 min, 2 1 h Power stability min, h Fiber/connecr type Polarization maintaining fiber FC/APC connecr Optical tracking generar specifications Dynamic e 55 db Resolution e 10 MHz Option OSA08 3 inputs specifications Optical inputs 1 FC/PC for SM fiber input 2 FC/APC for PM fiber inputs Option OSA09 5 MHz wavelength resolution instead of 20 MHz Close-in dynamic range a f >40 +/- 0.1 pm >60 +/- 0.4 pm >80 +/- 6 pm

11 Wavelength measurement range AP2070A High resolution OSA: AP2072A 1526 nm 1567 nm 1567 nm 1607 nm High speed OSA: 1529 nm 1564 nm 1575 nm 1610 nm Wavelength span range 170 pm 41 nm 170 pm 40 nm High resolution OSA: 20MHz/0.16pm 10GHz/80pm 100GHz/0.8nm Manual setting: Wavelength resolution 140MHz/1.12pm 20GHz/160pm 200GHz/1.6nm From 500MHz 3 db) d 2GHz/16pm 50GHz/0.4nm 400GHz/3.2nm 250 GHz High speed OSA: 12,5 GHz / 100 pm Dynamic range a g 78 db Close-in dynamic range a g >40 +/- 1.3 pm >60 +/- 8 pm >70 +/- 30 pm Spurious free dynamic d g 50 db (1) Sweep time d Wavelength absolute accuracy a c Measurement level range a g High resolution OSA: Between 0.4 nm/s (min) & 1.2 nm/s (max) High speed OSA: 140 nm/s (4 Hz for C or L-band) +/- 2 pm typical (+/- 3 pm Max.) -68 dbm (monochromatic) +10 dbm Absolute level accuracy a e +/- 0.3dB (2) Level repeatability a b d e Optical input Internal absolute WL calibrar X scale Y scale Display capabilities Option OSA07 +/- 0.2dB FC/PC for SM fiber Yes Wavelength in nm or frequency in GHz Optical power in mw or dbm Optical tunable laser source specifications Wavelength range 1526 nm 1567 nm 1567 nm 1607 nm Spectrum line width (@ 3 db) Output power SMSR ASE RIN Wavelength stability Power stability Fiber/connecr type Dynamic e Resolution e 3 MHz Typical -8 dbm typical > 50 dbc < - 50 dbc over 0.1 nm -135 db/hz 1 15 min, 2 1 h min, h Polarization maintaining fiber FC/APC connecr Optical tracking generar specifications Option OSA08 3 inputs specifications 55 db 10 MHz Optical inputs 1 FC/PC for SM fiber input 2 FC/APC for PM fiber inputs Option OSA09 5 MHz wavelength resolution instead of 20 MHz Close-in dynamic range a f >40 +/- 0.1 pm >60 +/- 0.4 pm >80 +/- 6 pm Insertion loss a d RBW (@3 db) Option OSA10 Optical filtered output specifications Option OSA11 Polarimeter 6 db 50 GHz

13 AP2441B AP2443B AP2445B AP2446B AP2447B Optical spectrum analyzer specifications Wavelength measurement range 1525 nm 1607 nm 1520 nm 1630 nm 1265 nm 1345 nm 1525 nm 1607 nm 1265 nm 1345 nm 1520 nm 1630 nm 1265 nm 1345 nm Wavelength span range e 80 pm 82 nm 80 pm 110 nm 80 pm 80 nm 80 pm 82 nm 80 pm 110 nm Wavelength resolution (@ 3 db) d 5 MHz/0.04 pm, 100 MHz/0.8 pm Dynamic range a f 83 db 79 db 83 db (1525 nm 1607 nm) 79 db (1265 nm 1345 nm) Close-in dynamic range a f >40 +/- 0.1 pm >60 +/- 0.4 pm >80 +/- 6 pm Spurious free dynamic d Sweep time d f Wavelength absolute accuracy a c Measurement level range a f Absolute level accuracy a b e Level repeatability a b d e Optical input Internal absolute WL calibrar 55 db Typical (50 db min) 1s for 8 nm +/-2 pm typical (+/- 3 pm Max.) -73 dbm (monochromatic) +10dBm +/- 0.3 db (monochromatic) +/- 0.2 db FC/PC for SM fiber Yes Optical Complex spectrum analyzer specifications Wavelength measurement range 1525nm 1607nm 1520nm 1630nm 1265 nm 1345 nm Clock frequency Clock frequency (option OCSA03) Clock power 1525 nm 1607 nm 1265 nm 1345 nm Fclk1 = 9.92GHz 12.5GHz or Fclk2 = GHz Fclk1 = 6GHz 12.5GHz or Fclk2 = 1.5GHz 3.13GHz 0 +10dBm 83 db (1520 nm 1630 nm) 79 db (1265 nm 1345 nm) 1520 nm 1630 nm 1265 nm 1345 nm Pattern frequency Pattern frequency (option OCSA03) Measurement level range i Fr1 = 2.48GHz 3.12GHz and Fr2 = 620MHz 781MHz (see pattern table below) Fr1 = 1.5GHz 3.12GHz and Fr2 = 375MHz 781MHz (see pattern table below) -55dBm + 10dBm Maximum temporal resolution g 95fs 75fs 100 fs 95fs 75fs Chirp accuracy h +/- 60MHz Measurement time h 5s 7s 5s 7s 7s X scale Y scale OSA01 OSA02 OCSA03 OCSA04 OSA08 Display capabilities Time in ps or Wavelength in nm or Frequency in GHz Intensity in mw or dbm, chirp in GHz, phase in degree, alfa parameter Options Continuous and step by step Optical Tunable laser source Optical tracking generar for transmission measurements No bit rate limitation option (see pattern table below) Group delay and chromatic dispersion analysis 3 inputs: 1 FC/PC for SM fiber input + 2 FC/PC for PM fiber inputs Optical complex spectrum analyzer pattern length The bit rate of the signal under test divided by the pattern length must be included in the pattern frequency range j Bit rate 2.48Gb/s 3.12Gb/s 4.96Gb/s 6.24Gb/s 9.92Gb/s 12.5Gb/s 19.84Gb/s 25Gb/s 39.68Gb/s 50Gb/s 79.36Gb/s 100Gb/s Gb/s 200Gb/s 317,44Gb/s 400Gb/s 634,88Gb/s 800Gb/s Bit rate (OCSA03) 1.5Gb/s 3.12Gb/s 3Gb/s 6.24Gb/s 6Gb/s 12.5Gb/s 12Gb/s 25Gb/s 24Gb/s 50Gb/s 48Gb/s 100Gb/s 96Gb/s 200Gb/s 192Gb/s 400Gb/s 384Gb/s 800Gb/s Pattern length for Fr1 1bit 2 bits 4 bits 8 bits 16 bits 32 bits 64 bits 128 bits 256 bits Pattern length for Fr2 4 bits 8 bits 16 bits 32 bits 64 bits 128 bits 256 bits 512 bits 1024 bits

15 Wavelength measurement range AP2641B AP2643B AP2645B AP2646B AP2647B 1525 nm 1607 nm 1520 nm 1630 nm 1265 nm 1345 nm 1525 nm 1607 nm 1265 nm 1345 nm 1520 nm 1630 nm 1265 nm 1345 nm Wavelength span range 80 pm 82 nm 80 pm 110 nm 80 pm 80 nm 80 pm 82 nm 80 pm 110 nm Polarization Wavelength resolution d 2 OSA, 1 for each polarization channel 5 MHz/ 0.04pm 20 MHz/0.16pm 140MHz/1.12pm 2GHz/16pm 10GHz/80pm 20GHz/160pm 50GHz/0.4nm 100GHz/0.8nm 200GHz/1.6nm 400GHz/3.2nm Manual setting: From 500MHz 250 GHz Close-in dynamic range a e >40 +/- 0.1 pm >60 +/- 0.4 pm >80 +/- 6 pm Spurious free dynamic d Sweep time d e Wavelength absolute accuracy a c Measurement level range a e Absolute level accuracy a b e Level repeatability a b d e Optical input Internal absolute WL calibrar X scale Y scale Analysis functions OSA01 OSA02 OCSA04 OSA08 55 db Typical (50 db min) 1s for 15 nm +/- 2 pm typical (+/- 3 pm Max.) -73dBm (monochromatic) +10dBm Display capabilities +/- 0.3dB (monochromatic) +/- 0.2dB FC/PC for SM fiber Yes Wavelength in nm or frequency in GHz Optical power in mw or dbm OSNR, linewidth, SMSR, Trace A B, Peak search Options Continuous and step by step optical tunable laser source Optical tracking generar for transmission measurements Group delay and chromatic dispersion analysis 3 inputs: 1 FC/PC for SM fiber input + 2 FC/PC for PM fiber inputs Clock input frequency AP2641B AP2643B AP2645B AP2646B AP2647B Clock frequency = pattern frequency f Optical Bandwidth 10 THz 13 THz 10 THz 10 THz 13 THz Polarization Clock power Pattern frequency Optical spectral components measurement sensibility 2 Modulation Analyzers, 1 for each polarization channel > -17 dbm at pattern frequency f From 70 MHz 1 GHz -60 dbm Maximum temporal resolution 95fs 75fs 100fs 95fs 75fs Measurement time 6 nm (750 GHz) /s The baud rate of the signal under test divided by the pattern length must be included in the pattern frequency range For example at 10 GBaud : you can use any pattern length between 10 and 142 (PRBS 2^7-1 included) For example at 28 GBaud : you can use any pattern length between 28 and 400 (PRBS 2^7-1, 2^8-1 included) For example at 40 GBaud : you can use any pattern length between 40 and 571 (PRBS 2^7-1, 2^8-1, 2^9-1 included) For example at 100 GBaud : you can use any pattern length between 100 and 1428 (PRBS 2^7-1, 2^8-1, 2^9-1, 2^10-1 included) For example at 400 GBaud : you can use any pattern length between 400 and 5714 (PRBS 2^9-1, 2^10-1, 2^11-1, 2^12-1 included) For example at 1000 GBaud : you can use any pattern length between 1000 and (PRBS 2^10-1, 2^11-1, 2^12-1, 2^13-1 included) The equipment has no Baud rate upper limitation and it can measure any modulation format

17 AP accepts an expansion by connecting with 7 units of AP , and the system integrates up 92 test modules, all controlled by one single mainframe controller.

19 AP3350A AP3352A Wavelength range 1526 nm 1567 nm 1567 nm 1608 nm Wavelength setting resolution 1 pm Spectrum line 3 db 300 khz typical 500 khz typical Wavelength accuracy +/- 6 pm Output power 10 dbm typical Output power adjustment > 20 db SMSR 47 db (within a 0.1 nm resolution) Signal source spontaneous-emission ratio 67 db (within a 140 MHz resolution filter at +/- 0.2 nm from the signal) Optical isolation 25 db RIN -135 db/hz Wavelength +9 dbm 1 15 min, 2 h Power +9 dbm min,0.05 1h Static Wavelength tuning speed Max. 3 s between any two static wavelength positions Continuous Sweeping Speed Adjustable from nm/s Fiber/connecr type Polarization maintaining fiber FC/APC connecr Operating temperature From 15 C 35 C Weight 530g Dimensions (WxHxD) 35 x 130 x 175 mm Option TLS dbm maximum output power Option TLS02 External sine modulation (from 10 khz 20 MHz) Option TLS03 Wavelength etalon access (extracting the laser wavelength position during a continuous sweep)

AP3390A AP3392A AP3395A Wavelength range 1530 nm 1565 nm 1565 nm 1610 nm 1290 nm 1330 nm Spectrum line width @ 3 db < 5 MHz Output

optical isolation +/- 6 pm 3 nm (without mode hopping) 45 db Typ.

20 AP3390A AP3392A AP3395A Wavelength range 1530 nm 1565 nm 1565 nm 1610 nm 1290 nm 1330 nm Spectrum line 3 db < 5 MHz Output power 20 mw Typ. 16 mw Typ. Wavelength accuracy Wavelength tunability Side Mode Suppression Ratio Min. optical isolation +/- 6 pm 3 nm (without mode hopping) 45 db Typ. 30 db RIN -138 db/hz -155 db/hz Polarization Extinction Ratio Fiber/connecr type 20 db Polarization maintaining fiber Standard FC/PC connecr (FC/APC under request) Operating temperature From 20 C 35 C Corning SMF-28 FC/PC connecr

Wavelength range Attenuation range Attenuation step size Minimum insertion loss Temperature

dispersion Return loss Response speed Attenuation setting repeatability Attenuation setting

(double variable optical attenuar) 1310 nm & 1550 nm 30 db 0.1 db < 1 db < 0.2 db < 0.

22 Wavelength range Attenuation range Attenuation step size Minimum insertion loss Temperature dependence loss Wavelength dependence loss Polarization dependence loss Polarization mode dispersion Return loss Response speed Attenuation setting repeatability Attenuation setting backlash Maximum optical power AP3364A (simple variable optical attenuar) & AP3364A-2 (double variable optical attenuar) 1310 nm & 1550 nm 30 db 0.1 db < 1 db < 0.2 db < 0.3 db < 0.2 db < 0.1 ps >45 db < 100 ms / 3 db < 0.1 db < 0.2 db 300 mw Operating temperature -15 C 35 C

Module number and name display Manual control Setup Amplifier On / Off mw or dbm scale Active Manual / Aumatic Control Aumatic control Software features: - Manual or Aumatic control - Output and Gain

24 Module number and name display Manual control Setup Amplifier On / Off mw or dbm scale Active Manual / Aumatic Control Aumatic control Software features: - Manual or Aumatic control - Output and Gain control - Scale modes: mw or dbm - Easy parameter access - Other modules measurement display AP3370A Booster Amplifier AP3370B Line Amplifier AP3370C Pre-Amplifier Min. Typical Max. Min. Typical Max. Min. Typical Max. a From -10 dbm +10 dbm Output Power (dbm) From +13 dbm +22 dbm according the model according the model d Input Power Range b (dbm) Operating Wavelength range (nm) nm Noise Figure c (db) Polarization Dependent Loss (db) 0.3 Polarization Dependent gain (db) Polarization Mode Dispersion (ps) Pump Power leakage (db) -30 Max. Output & input isolation 30 Return loss (db) 40 Fiber type SMF-28, 900 µm loose tube Operating temperature ( C) 0 65 C

Ultra high resolutions : 140 MHz/1.12 pm ; 20 MHz/0.16 pm ; 5 MHz/0.04 pm... Features:

Ultra high resolutions : 140 MHz/1.12 pm ; 20 MHz/0.16 pm ; 5 MHz/0.04 pm... Features: BASED ON AN INTERFEROMETRIC PRINCIPLE, APEX TECHNOLOGIES ULTRA HIGH RESOLUTION OPTICAL SPECTRUM ANALYZER CAN ACHIEVE A 500 TIMES BETTER RESOLUTION THAN MONOCHROMATOR OPTICAL SPECTRUM ANALYZER The APEX