Single Chip; 973-977 nm; Spectral Width 0.2 nm; Max. Output Power 0.18-0.6 W; 10-pin Mini Butterfly Package; Threshold Current 50-60 mA Within the CM96x series, II-VI Incorporated offers a variety of single-chip pump laser modules addressing all areas of low-noise all-optical amplification and power consumption requirements. Increasingly, network providers are concerned with component density and power consumption which translates into cost of installation and cost of ownership of a network. To address this, II-VI Incorporated offers a suite of 980 nm pump lasers from uncooled, semi-cooled and traditional-cooled pumps over a set of market leading power ranges. CM96x series pump laser modules are designed as pump sources for erbium-doped fiber amplifier (EDFA) applications. Processes and techniques of coupling the fiber to the laser allow high output powers that are very stable with both time and temperature. The CM96x series uses a 10-pin mini-butterfly (mBTF) package with mounting holes for ease of integration and thermal management, enabling smaller form factor designs. The 10-pin mBTF package is backward compatible with 14pin BTF package footprint and pinout. CM96Z***-7* TEC-cooled, 10-pin butterfly, 980 nm pump laser modules utilize a fiber Bragg grating design for enhanced wavelength and power stability performance. This product has been designed to ensure superior wavelength locking over drive current, temperature and optical feedback changes. CM96Z***-7* devices are available with kink-free output powers to 600 mW. CML96Z***-7* is the low power consumption version of CM96Z***-7*. These pump modules operate at significantly reduced TEC and overall power consumption. CML96Z***-7* devices are also available with kink-free output powers to 600 mW. The UM96Z***-7* high power, extended temperature, uncooled, 980 nm pump laser are II-VI Incorporated’s third-generation uncooled pump modules providing higher powers and lower consumption. These lasers enable designers to create reliable SFF single- and multi-channel, high-bit-rate per-channel amplification as well as replace traditional cooled pumps in high-power EDFA applications with reduced power consumption. The UM96Z-series is designed for uncooled operation at high temperature and power levels. Qualification of the enhanced G08 chip ensures high reliability even at 460 mW operating power and +75 °C. External fiber Bragg grating (FBG) stabilization provides excellent wavelength and power stability over the entire operating temperature range. Key Features: High Output Power: up to 600 mW Kink-free Low Power Consumption/Dissipation (CML96Z***-7*, UM96Z***-7*) Single Mode (SM) Fiber Pigtail, Polarization Maintaining (PM) Fiber (UM96Z***-7*) Fiber Bragg Grating (FBG) Stabilization for Wavelength Locking Over the Entire Operating Conditions Small Form Factor: Hermetically Sealed 10-pin Mini-Butterfly Package Pin-out Compatibility With 14-pin Butterfly Package Operating Wavelength: 973 to 977 nm Spectral Width: 0.2 nm Typical Threshold Current: 50, 55, 60 mA Typical Operating Forward Voltage: 1.7, 1.85 V Typical Maximum Operating Current: 375 to 1,000 mA Return Loss (RL): >35 dB Internal Thermoelectric Heatpump and Monitor Photodiode (CM96Z***-7*, CML96Z***-7*) Telcordia GR-468-CORE Compliant Field-proven High Reliability RoHS Compliant Applications: Low-noise EDFAs; Single- or Multi-stage EDFA Applications Including Single-channel and Dense Wavelength Division Multiplexing (DWDM) Designs; CATV Applications

976, 1030, 1064 nm; Spectral Width 0.15-2 nm; Output Power Peak 0.8-1.5 W; Output Power CW 0.2-0.91 W; Butterfly Package; Threshold Current 40, 60 mA; For the CM97x series of high-power single mode laser diode modules, II-VI Incorporated has applied processes and techniques of coupling the fiber to the laser that allow very high output powers that are stable with both time and temperature. CM97x series laser diode modules in hermetically sealed 10-pin Mini-Butterfly packages utilize a polarization maintaining (PM) fiber pigtail and achieve a high pulse output power of 0.8 to 1.5 W. Five versions of CM97x series single mode laser diode modules are available: The 976 nm wavelength-stabilized module CM97-1000-76PM with fiber Bragg grating (FBG) has been designed as a pump source for industrial pulsed fiber pre-amplifiers as well as for erbium doped fiber amplifier (EDFA) laser applications. The pump module utilizes a PM fiber pigtail and a fiber Bragg grating design for enhanced wavelength and power stability performance. Devices achieve high kink free output powers of 1 W. The pulsed 1064 nm module CM97A1064 without fiber Bragg grating (FBG) has been designed as a light source for pulsed fiber lasers and CW applications that require 1064 nm single mode light. Devices achieve high kink free output powers of 1.5 W pulse peak. The pulsed 1064 nm wavelength-stabilized ultra-broadband module CM97A1064BFBG with fiber Bragg grating (FBG) has been designed as a light source for pulsed fiber laser applications. An ultra-broad bandwidth grating enables a controlled broad spectrum that helps to suppress SBS generation in pulsed fiber lasers. The pulsed 1064 nm wavelength-stabilized narrow-bandwidth module CM97A1064NFBG with fiber Bragg grating (FBG) has been designed as a light source for pulsed narrow bandwidth fiber laser and direct frequency conversion applications. A narrow bandwidth grating located in the polarization maintaining optical fiber close to the package allows for short pulse operation. The 1064 / 1030 nm wavelength-stabilized module CMDFB10xxA has been designed as a light source for pulsed narrow bandwidth fiber laser and direct frequency conversion applications. A distributed feedback grating (DFB) located in the laser cavity results in the wavelength stabilization within couple of round trips. The laser chip and package are optimized for sub-ns pulse operation. Key Features: Model CM97-1000-76PMMini-Butterfly Pump Laser Diode Module CM97A1064Pulsed Mini-Butterfly Laser Diode Module CM97A1064BFBGPulsed Mini-Butterfly Laser Diode Module CM97A1064NFBGPulsed Mini-Butterfly Laser Diode Module     CMDFB10xxAMini-Butterfly Laser Diode Module  Peak Wavelength  976 nm (Stabilized)  1064 ±5 nm  1064 nm (Stabilized)  1064 nm (Stabilized)  1064 or 1030 ±2 nm (Stabilized)  Spectral Width  0.2 nm (-13 dB)    1-2 nm (FWHM)  0.15 nm (FWHM)    Pulse Width    5 to 500 ns  5 to 500 ns  5 to 500 ns  10 to 200 ns  High Output Power  1 W Kink Free  ≤1.5 W Peak, Kink Free, Pulse  ≤1.5 W Peak, Kink Free, Pulse  ≤1.5 W Peak, Kink Free, Pulse  0.2 W (CW), 0.8 W (Pulse)  CW Operating Power  >910 mW  700 mW (@1.1 A)  650 mW (@1.1 A)  700 mW (@1.1 A)  200 mW  Threshold Current  60 mA  60 mA  60 mA  60 mA  40 mA  Operating Forward Voltage  2 V  1.7 V  1.7 V  1.7 V  2 V  Grating  Fiber Bragg Grating (FBG)  No Fiber Bragg Grating (FBG)  Fiber Bragg Grating (FBG)  Fiber Bragg Grating (FBG)  Distributed Feedback Grating (DFB)  Polarization Maintaining (PM) Fiber Type  Nufern PM980-XP or Corning PM 98-U25  Nufern PM980-HP or equivalent (e.g. Fujikura SM98)  Nufern PM980-HP or equivalent (e.g. Fujikura SM98)  Nufern PM980-XP or Corning PM 98-U25  Nufern PM980-HP or equivalent (e.g. Fujikura SM98)  Thermal Management  Internal Thermoelectric Heat Pump  Internal Thermoelectric Heat Pump  Internal Thermoelectric Heat Pump  Internal Thermoelectric Heat Pump  Internal Thermoelectric Heat Pump  Monitoring  Internal Monitor Diode  Internal Monitor Diode  Internal Monitor Diode  Internal Monitor Diode  Internal Monitor Diode  Package  Hermetically Sealed 10-pin Mini-Butterfly  Hermetically Sealed 10-pin Mini-Butterfly  Hermetically Sealed 10-pin Mini-Butterfly  Hermetically Sealed 10-pin Mini-Butterfly  Hermetically Sealed 10-pin Mini-Butterfly  Compliance  Telcordia GR-468-CORE and RoHS Compliant  RoHS Compliant  RoHS Compliant  RoHS Compliant   Applications: Fiber Lasers; Frequency Conversion; Sensing; Spectroscopy; EDFA

Single Chip; 973-977 nm; Spectral Width 0.2 nm; Max. Output Power 0.18-0.6 W; 14-pin Butterfly Package; Threshold Current 50, 60 mA Within the LCx series, II-VI Incorporated offers a variety of single-chip pump laser modules addressing all areas of low-noise all-optical amplification and power consumption requirements. Increasingly, network providers are concerned with component density and power consumption which translates into cost of installation and cost of ownership of a network. To address this, II-VI Incorporated offers a suite of 980 nm pump lasers from uncooled, semi-cooled and traditional-cooled pumps over a set of market leading power ranges. LC96Z***-7* cooled 14-pin butterfly 980 nm pump laser module lasers are designed as pump sources for erbium-doped fiber amplifier (EDFA) applications. Processes and techniques of coupling the fiber to the laser allow high output powers that are very stable with both time and temperature. The LC96Z***-7* series pump modules utilize a fiber Bragg grating design for enhanced wavelength and power stability performance. This product has been designed to ensure superior wavelength locking over drive current, temperature and optical feedback changes. Devices are available with kink-free output powers up to 600 mW. The LCL96Z***-7* series low power consumption pump modules operate at significantly reduced TEC and overall power consumption. Key Features: High Output Power, up to 600 mW Kink-free Low Power Consumption (LCL96Z) Fiber Bragg Grating Stabilization for Wavelength Locking Over the Entire Operating Conditions Hermetically Sealed 14-pin Butterfly Package Internal Thermoelectric Heat Pump and Monitor Photodiode Operating Temperature Range: -20 to +75 °C Fiber Type: Single Mode (SM) Corning HI1060 or Equivalent Operating Wavelength: 973 to 977 nm Spectral Width: 0.2 nm Typical Threshold Current: 50, 60 mA Typical Operating Forward Voltage: 1.7 V Typical Maximum Operating Current: 375 to 1,000 mA Return Loss (RL): >35 dB Telcordia GR-468-CORE Compliant Field-proven High Reliability RoHS Compliant Applications: Low-noise EDFAs; Dense Wavelength Division Multiplexing (DWDM) EDFAs; CATV Applications; SFF and Micro-Amp Applications

972-978 nm; Spectral Width 0.2 nm; Max. Output Power 0.1-0.5 W; Mini-DIL Package, Ultra-small Package; Threshold Current 55 mA The LUx series of uncooled pump laser modules provide low power consumption for highly reliable operation. These 980 nm pump lasers are built on II-VI Incorporated’s field-proven OC-2 packaging and fiber alignment platform and rely on II-VI Incorporated’s market-proven G08 lasers to ensure superior wavelength locking performance, reliability and stability. LUx pump laser modules are available in three versions: The LU96Z series of uncooled pump laser modules in an 8-pin mini-DIL package are II-VI Incorporated’s third-generation uncooled pump modules providing low power consumption for highly reliable metro, cross-connect, SFF single and multi-channel amplifier designs plus high bit-rate, per-channel amplification. The LU96Z-series is designed for uncooled operation at high temperature and power levels. Qualification of the enhanced G08 chip ensures high reliability even at high operating power and +75 °C. External Fiber Bragg Grating (FBG) stabilization provides excellent wavelength and power stability over the entire operating temperature range. II-VI Incorporated’s MLU96Z series are uncooled 980 nm pump laser modules in a compact 3-pin micro-format package. Designed to meet stringent reliability and power-efficiency requirements, applications include ultra-compact amplifiers for current and next generation high-bit-rate transceivers. MLU96Z series modules measure only 141 mm3 in volume and are available with 80 µm polarization maintaining (PM) fiber supporting 5 mm bend radius, or 125µm single mode (SM) fiber supporting 7.5 mm bend radius. The MLU96Z series consumes less than 0.5 W of power under typical use conditions at up to +85°C. Extended temperature range options support operation at -20 °C. II-VI Incorporated’s LUS series of 980 nm submarine pump laser modules are designed and manufactured in Zurich, Switzerland, leveraging a high-reliability legacy that spans more than 20 years. A datasheet for the LUS series is available upon request. Key Features: Up to 400 (MLU96Z) or 500 mW (LU96Z) Kink-free Power Over Full Operating Temperature Range Operating Temperature Range: -5 to +75 °C (LU96Z), +85 °C With -20 °C Low-temperature Option (MLU96Z) Fiber Type: Polarization Maintaining (PM) Fiber Low Power Consumption/Dissipation Small Form Factor Mini-DIL Package (LU96Z), Ultra-small Package Footprint: 10 x 4.4 x3.2 mm (MLU96Z) Operating Wavelength: 972 to 978 nm Spectral Width: 0.2 nm Typical Wavelength Stabilized/Locked by Fiber Bragg Grating (FBG) Over Entire Temperature Range FBG Located Within the Package Supports Shorter Fiber Lengths (MLU96Z) Pins Support Through-hole and Surface Mount Forming and Soldering (MLU96Z) Threshold Current: 55 mA Typical Operating Forward Voltage: 1.65 V Typical Maximum Operating Current: 270 to 1,000 mA Return Loss (RL): >35 dB Thermal Power Dissipation: 1.35 W Typical (LU96Z) Applications: Low-noise EDFA Requiring Higher Optical Power With Low Power Consumption and Small Form-factor Package; Single or Multi-stage EDFA Applications Including Single-channel and DWDM Designs (LU96Z); Integrated Amplification Within High-bit-rate Transceiver Modules (MLU96Z); Optical Amplification in Submarine Cables (LUS)

Single Emitter, C-Mount; 803 to 975 nm; Spectral Width 2, 4 nm; Output Power 4-9 W CW; Threshold Current 0.5-1.2 A; Slope Efficiency 1.0, 1.1 W/A II-VI Incorporated has designed the SECx series of single-emitter high-power laser diodes on C-Mount to provide the high output power, high coupling efficiency and high reliability required for pumping solid-state and next generation fiber lasers as well as direct laser and other high-power laser diode applications. SECx series laser diodes are available in three versions: SEC4-808A/B/C-01: 4 W, 808 nm, 90 µm wide emitter SEC8-808A/B/C-01: 8 W, 808 nm, 190 µm wide emitter SEC9-9xx-01: 9 W, 9xx nm, 90 μm wide emitter The proprietary E2 front mirror passivation process, developed at II-VI Incorporated’s Zurich site, prevents catastrophic optical damage (COD) to the laser diode facet even at extremely high output powers. The single emitter laser diodes are p-side down mounted on a submount that is attached to a C-Mount. Key Features: 3.6 x 0.4/0.5 mm Laser Diode 90/190 µm Wide Emitter Highly Reliable Single Quantum Well MBE Structure Cu C-Mount RoHS Compliant CW Output Power: 4, 8, 9 W (p-side Down Mounted) Center Wavelength: 803, 806, 808, 915, 940, 975 nm (Other Available on Request) Spectral Width: 2, 4 nm Wavelength Shift With Temperature: 0.3 nm/°C Beam Divergence Parallel/Perpendicular to Junction: 6°/32°, 8°/23° Polarization: TE Threshold Current: 0.5, 0.6, 1.2 A Slope Efficiency: 1.0, 1.1 W/A Operating Current: 4, 8, 9.5 A Operating Voltage: 1.9 V Package Dimensions: 4.2 x 8 x 7.58 mm Applications: Solid State Laser Pumping; Fiber Laser Pumping; Medical; Analytical; Printing; Material Processing

Single Emitter, Submount; 803 to 975 nm; Spectral Width 2, 4 nm; Output Power 4-9 W CW; Threshold Current 0.5-1.2 A; Slope Efficiency 1.0, 1.1 W/A II-VI Incorporated has designed the SESx series of single-emitter high-power laser diodes on submount to provide the high output power, high coupling efficiency and high reliability required for pumping solid-state and next generation fiber lasers as well as direct laser and other high-power laser diode applications. SESx series laser diodes are available in three versions: SES4-808A/B/C-01: 4 W, 808 nm, 90 µm wide emitter SES8-808A/B/C-01: 8 W, 808 nm, 190 µm wide emitter SES9-9xx-01: 9 W, 9xx nm, 90 μm wide emitter The proprietary E2 front mirror passivation process, developed at II-VI Incorporated’s Zurich site, prevents catastrophic optical damage (COD) to the laser diode facet even at extremely high output powers. The single emitter laser diodes are p-side down mounted on an optimized submount providing very low thermal resistance. Key Features: 3.6 x 0.4/0.5 mm Laser Diode 90/190 µm Wide Emitter Highly Reliable Single Quantum Well MBE Structure Optimized Submount With Very Low Thermal Resistance RoHS Compliant CW Output Power: 4, 8, 9 W (p-side Down Mounted) Center Wavelength: 803, 806, 808, 915, 940, 975 nm (Other Available on Request) Spectral Width: 2, 4 nm Wavelength Shift With Temperature: 0.3 nm/°C Beam Divergence Parallel/Perpendicular to Junction: 6°/27°, 6°/32°, 8°/23° Polarization: TE Threshold Current: 0.5, 0.6, 1.2 A Slope Efficiency: 1.0, 1.1 W/A Operating Current: 4, 8, 9.5 A Operating Voltage: 1.9, 2.2 V Package Dimensions: 3.9 x 4.05 x 1.2 mm Applications: Solid State Laser Pumping; Fiber Laser Pumping; Medical; Analytical; Printing; Material Processing

1468.0-1640.0 nm; Filter Bandwidth 0.01-9 THz; Connector Type FC/UPC, FC/APC; Wave Manager S/W for external PC With a highly advanced high-resolution, solid-state Liquid Crystal on Silicon (LCoS) optical engine, II-VI Incorporated’s WaveShaper® 1000A series of programmable optical filters provides a range of programmable optical filtering and switching options for optical R&D and production test applications. WaveShaper® 1000A systems allow extremely fine control of filter characteristics, including center wavelength, bandwidth, shape, dispersion and attenuation, and support arbitrary user-generated channel and filter shapes. Various models are available which cover the entire range from the S- to the extended L-band. The bandwidth can be set from 10 GHz up to more than 5 THz with 1 GHz increments for the standard C- or L-band version of the 1000A. The X version – which covers C+L band – and the S-band and the extended L-band versions support filter bandwidths from 20 GHz to about 9 THz. The required filter shape (both amplitude and phase) can be generated by the user and then loaded into the WaveManager software, which translates the user specification into the required optical shape. Band-stop and optical comb filters are also supported as is optical power control over a range of more than 35 dB for all filter types. All these filters are equipped with standard single mode (SM) fibers. In addition, a family of WaveShaper® 1000A programmable single polarization filters is available on request – this series comes with polarization maintaining (PM) fibers. Please contact AMS Technologies for more details. Key Features: Based on High-resolution Liquid Crystal on Silicon (LCoS) Technology Instrument Versions Available for the 1 µm Band and for the Entire Range Covering the S-, C-, L- and Extended L-band Operating Wavelength: 1468.0 to 1640.0 nm Control of Filter Dispersion Attenuation Control: 35 dB Filter Bandwidth: Variable From 10 GHz to 9 THz, Depending on Model Integrated Webserver Allows Platform-independent Control Applications: Optical Component Testing; Transceiver Testing; DWDM System Testing; Laser Pulse Compression; Optical/Microwave Filtering