Biggest changeDuring the fiscal year ended June 30, 2023, we focused our R&D investments in the following areas: Networking Area of Development: Our R&D Investments: Photonics design Continue to develop and improve crystal materials, precision optical parts, and laser device components for photonics applications; develop new platforms and capabilities Datacom transceivers Continue cost reduction on 10G-100G products by leveraging our engineering resources and manufacturing scale; continue to develop high-end 200G/400G/800G/1.6T products, including RF and packaging designs; explore high-density, high-bandwidth co-packaged designs through silicon photonics; continue to develop vertically integrated designs, including with lasers and ICs Coherent optics and transceivers Drive further integration to reduce size and power consumption; increase bandwidth to enable 100G/200G/400G coherent transceivers; optimize product cost with new design architectures and more efficient manufacturing flow Integrated circuits Develop high-speed integrated circuits for coherent optical communications Pump lasers Continue to invest in our next-generation GaAs pump laser portfolio and flexible manufacturing footprint to address evolving terrestrial and undersea markets Develop InP growth and processing capability together with associated packaging technology for Raman amplification applications Optical amplifiers and subsystems Invest in and broaden the range of amplifiers and integrated subsystems, including ROADMs Optoelectronic chip hybrid integration platform (OCHIP) Develop wafer-scale assembly technologies and processes for integration of lasers, optics, and ICs Silicon photonics devices Develop silicon-based photonic ICs for coherent and direct-detection transceivers and co-packaging solutions WSS Develop LC and LCoS technologies and associated module designs for WSS; invest in manufacturing equipment, including the WSS automated assembly platform Optical monitoring Continue optical channel monitoring investment Develop OTDRs to monitor the health of the fiber plant Micro-optics manufacturing Shift toward smaller, more compact optics and automated assembly platforms and packages Invest in manufacturing equipment for computerized processes Materials Area of Development: Our R&D Investments: 20 High-power laser diodes Semiconductor lasers Devices for optical communications, sensing, and high-volume manufacturing Increase output power and reliability of edge-emitting laser diodes for fiber laser, optical communications, and sensing applications Develop high-power VCSELs, including multi-junction VCSELs for 3D sensing and consumer devices as well as next-generation, high-speed VCSELs for datacom applications Develop high-power and high-speed InP lasers, detectors, and components for applications in optical communications and sensing High-power beam delivery Develop multi-kW beam delivery systems and cables for welding and cutting CVD diamond technology Develop CVD diamond for EUV applications and as substrates for high-performance RF devices Broaden our portfolio beyond infrared window applications SiC technology SiC epitaxial wafers, devices, and modules Develop advanced SiC substrate growth technologies to support emerging markets in GaN RF and SiC power electronics Continuous improvement to maintain world-class, high-quality, large-diameter substrates and epitaxial wafers Develop SiC epitaxial wafers, SiC diodes and MOSFET devices, and SiC power modules Thermoelectric materials and devices Continue to develop leading Bi 2 Te 3 materials for thermoelectric cooling/heating Focus on thermoelectric power-generation capability in order to introduce new products Metal matrix composites and reaction-bonded ceramics Support industrial customers in developing application-specific material wear-out, light-weight high mechanical stability materials, and thermal-management solutions Fiber laser technologies Develop high-power fiber laser technologies for aerospace & defense and commercial applications High-speed ICs Develop high-performance analog TIAs, laser drivers, and clock and data-recovery retimer ICs Battery technology Develop technology for lithium-ion batteries and recycling processes Additive manufacturing Develop alloys and multibeam delivery systems for laser additive manufacturing Develop binder jet additive manufacturing for advanced ceramic components Lasers Area of Development: Our R&D Investments: Diode-pumped Solid-State Lasers Continue to develop solid-state lasers for industrial applications for materials processing, instrumentation, and scientific applications, including extension of wavelengths using nonlinear optics (harmonic generation), especially into the ultraviolet wavelength range.
Biggest changeIt also offers development opportunities to our employees. 18 During the fiscal year ended June 30, 2024, we focused our R&D investments in the following areas: Networking Area of Development: Our R&D Investments: Photonics design Continue to develop and improve crystal materials, precision optical parts, and laser device components for photonics applications; develop new platforms and capabilities Datacom transceivers Enhance high-end 800G/1.6T product development, including RF and packaging designs; explore high-density, high-bandwidth co-packaged designs with VCSELs and through silicon photonics-based designs; continue to develop vertically integrated designs, including with lasers and ICs; continue cost reduction on 400G/200G and 10G-100G products by leveraging our engineering resources and manufacturing scale Optical circuit switch (OCS) Develop the OCS product family for AI/ML and hyperscale data centers based on the digital liquid-crystal technology that underpins one of our WSS product lines Coherent optics and transceivers Drive further integration to reduce size and power consumption; increase bandwidth to enable 100G/200G/400G/800G coherent transceivers; optimize product cost with new design architectures and more efficient manufacturing flow Integrated circuits Develop high-speed integrated circuits for data communications and coherent optical communications Pump lasers Continue to invest in our next-generation GaAs pump laser portfolio and flexible manufacturing footprint to address evolving terrestrial and undersea markets Develop InP growth and processing capability together with associated packaging technology for Raman amplification applications Optical amplifiers and subsystems Invest in and broaden the range of amplifiers and integrated subsystems, including ROADMs Optoelectronic chip hybrid integration platform (OCHIP) Develop wafer-scale assembly technologies and processes for integration of lasers, optics, and ICs Silicon photonics devices Develop silicon-based photonic devices for coherent and direct-detection transceivers and co-packaging solutions Wavelength selective switches Develop LC and LCoS technologies and associated module designs for WSS; invest in manufacturing equipment, including the WSS automated assembly platform Optical monitoring Continue optical channel monitoring investment Develop OTDRs to monitor the health of the fiber plant Micro-optics manufacturing Shift toward smaller, more compact optics and automated assembly platforms and packages Invest in manufacturing equipment for computerized processes Materials Area of Development: Our R&D Investments: High-power laser diodes Semiconductor lasers Devices for optical communications, sensing, and high-volume manufacturing Increase output power and reliability of edge-emitting laser diodes for fiber laser, optical communications, and sensing applications Develop high-power VCSELs, including multi-junction VCSELs for 3D sensing and consumer devices as well as next-generation, high-speed VCSELs for datacom applications Develop high-power and high-speed InP lasers, detectors, and components for applications in optical communications and sensing 19 High-power beam delivery Develop multi-kW beam delivery systems and cables for welding and cutting CVD diamond technology Develop CVD diamond for EUV applications and as substrates for high-performance RF devices Broaden our portfolio beyond infrared window applications SiC technology SiC epitaxial wafers, devices, and modules Develop advanced SiC substrate growth technologies to support emerging markets in GaN RF and SiC power electronics Continuous improvement to maintain world-class, high-quality, large-diameter substrates and epitaxial wafers Develop SiC epitaxial wafers, SiC diodes and MOSFET devices, and SiC power modules Thermoelectric materials and devices Continue to develop leading Bi 2 Te 3 materials for thermoelectric cooling/heating Focus on thermoelectric power-generation capability in order to introduce new products Metal matrix composites and reaction-bonded ceramics Support industrial customers in developing application-specific material wear-out, lightweight high-mechanical-stability materials, and thermal-management solutions Fiber laser technologies Develop high-power fiber laser technologies for aerospace & defense and commercial applications High-speed ICs Develop high-performance analog TIAs, laser drivers, and clock and data-recovery retimer ICs Battery technology Develop technology for lithium-ion batteries and battery recycling processes Additive manufacturing Develop alloys and multibeam delivery systems for laser additive manufacturing Develop binder jet additive manufacturing for advanced ceramic components Lasers Area of Development: Our R&D Investments: Diode-pumped solid-state lasers Continue to develop solid-state lasers for industrial applications for materials processing, instrumentation, and scientific applications, including extension of wavelengths using nonlinear optics (harmonic generation), especially into the ultraviolet wavelength range Continuous-wave operation as well as pulsed systems with pulses in the range of 400 fs to 100 ns Ultrafast fiber lasers Continued development of industrial femtosecond fiber lasers with 50-200 μJ pulse energy, including UV generation, for semiconductor capital equipment and display manufacturing; power-scaling and wavelength range extension for low energy ( Femtosecond oscillators and amplifiers Continue to develop ultrafast laser systems for scientific applications based on Ti:sapphire and Yb-doped gain materials with sub-100-fs pulse duration Optically pumped semiconductor lasers (OPSLs) Continue to broaden the product portfolio of continuous-wave, visible, and ultraviolet OPSLs by offering new wavelengths, increasing the output power and further reducing the product footprint; this includes the development of single-frequency ultraviolet cw OPSL-based systems Semiconductor lasers Increase output power and reliability of GaAs- and InP-based edge-emitting semiconductor lasers (single emitters, bars, stacks, and fiber-coupled modules) for laser pumping, industrial, and defense applications Excimer lasers and excimer laser tools Continue to support existing excimer laser-based applications in display manufacturing, instrumentation, and materials processing.
General Description of Business We develop, manufacture, and market engineered materials, optoelectronic components and devices, optical and laser subsystems and systems for use in the industrial, communications, electronics, and instrumentation markets. We use advanced engineered materials growth technologies and proprietary high-precision fabrication, microassembly, optical thin-film coating, and electronic integration to manufacture complex optoelectronic devices and modules.
General Description of Business We develop, manufacture, and market engineered materials, optoelectronic components and devices, and optical and laser systems and subsystems for use in the industrial, communications, electronics, and instrumentation markets. We use advanced engineered materials growth technologies and proprietary high-precision fabrication, microassembly, optical thin-film coating, and electronic integration to manufacture complex optoelectronic devices and modules.
It is our highest priority to keep our employees, customers, and suppliers safe, as the health and safety of our workforce is paramount to the success of our business. We provide our employees upfront and ongoing safety training to ensure that safety policies and procedures are effectively communicated and implemented.
It is our highest priority to keep our employees, customers, and suppliers safe, as the health and safety of our workforce is paramount to the success of our business. We provide our employees upfront and ongoing training to ensure that safety policies and procedures are effectively communicated and implemented.
However, in the Lasers segment, we currently purchase several key components and materials, including exotic materials, crystals and optics, used in the manufacture of our products from sole source or limited source suppliers. We also purchase assemblies and turnkey solutions from contract manufacturers based on our proprietary designs.
However, in the Lasers segment, we currently purchase several key components and materials used in the manufacture of our products, including exotic materials, crystals, and optics, from sole-source or limited-source suppliers. We also purchase assemblies and turnkey solutions from contract manufacturers, based on our proprietary designs.
We rely on our own production and design capability to manufacture and specify certain strategic components, crystals, fibers, semiconductor lasers, lasers and laser-based systems. The continued high quality of and access to these raw materials are critical to the stability and predictability of our manufacturing yields.
We rely on our own production and design capability to manufacture and specify certain strategic components, crystals, fibers, semiconductor lasers, and laser-based systems. The continued high quality of and access to these raw materials are critical to the stability and predictability of our manufacturing yields.
These products rely on advanced components such as semiconductor lasers and photodetectors, in conjunction with integrated circuits and novel optoelectronic packaging to provide a cost-effective means for transmitting and receiving digital signals over fiber-optic cable at speeds ranging from less than 1 Gbps to more than 800 Gbps, over distances of less than 10 meters to more than 5,000 kilometers, using a wide range of network protocols and physical configurations.
These products rely on advanced components, such as semiconductor lasers and photodetectors, in conjunction with integrated circuits and novel optoelectronic packaging to provide a cost-effective means for transmitting and receiving digital signals over fiber-optic cable at speeds ranging from less than 1 Gbps to more than 800 Gbps, and over distances of less than 10 meters to more than 5,000 kilometers, using a wide range of network protocols and physical configurations.
For Level 1 links greater than 100 m, and for telecom access (2 – 10 km), electro-absorption modulated lasers, or EMLs, may be used. We manufacture 100G/lane EMLs to support 400G and 800G transceivers, such as our EML-based 800G DR8 transceiver. We introduced our 200G/lane EML in 2022.
For Level 1 links greater than 100 m, and for telecom access (2-10 km), electro-absorption modulated lasers, or EMLs, may be used. We manufacture 100G/lane EMLs to support 400G and 800G transceivers, such as our EML-based 800G DR8 transceiver, and we introduced our 200G/lane EML in 2022.
Our U.S. production and R&D operations are located in Arizona, California, Colorado, Connecticut, Delaware, Florida, Illinois, Massachusetts, Michigan, Mississippi, New Jersey, New York, Ohio, Oregon, Pennsylvania, and Texas, and our non-U.S. production and R&D operations are based in Australia, China, Finland, Germany, India, Malaysia, the Philippines, Singapore, South Korea, Spain, Sweden, Switzerland, Thailand, the United Kingdom, and Vietnam.
Our U.S. production and R&D operations are located in California, Colorado, Connecticut, Delaware, Florida, Illinois, Massachusetts, Michigan, Mississippi, New Jersey, New York, Ohio, Oregon, Pennsylvania, and Texas, and our non-U.S. production and R&D operations are based in Australia, China, Finland, Germany, India, Malaysia, the Philippines, Singapore, South Korea, Spain, Sweden, Switzerland, Thailand, the United Kingdom, and Vietnam.
Our product offerings include edge-emitters and VCSELs that are capable of providing a wide range of peak powers for direct illumination and imaging for short- and long-range LiDAR solutions. Emission and return windows on LiDAR systems are available in ultrahard bulk materials such as SiC and diamond, and with optical coatings that are water-shedding and oil-resistant.
Our product offerings include edge-emitters and VCSELs that are capable of providing a wide range of wavelengths and peak powers for direct illumination and imaging in short- and long-range LiDAR solutions. Emission and return windows on LiDAR systems are available in ultrahard bulk materials such as SiC and diamond, and with optical coatings that are water-shedding and oil-resistant.
Our thermoelectric coolers are qualified to automotive standards and enable LiDAR systems to operate with optimal performance and efficiency. 15 New generations of vehicles will be equipped with a greater number of sensors that can monitor a driver’s alertness and let occupants interact with the console using touch sensing or gesture recognition.
Our thermoelectric coolers are qualified to automotive standards and enable LiDAR systems to operate with optimal performance and efficiency. New generations of vehicles will be equipped with a greater number of sensors that can monitor a driver’s alertness and let occupants interact with the console using touch sensing or gesture recognition.
With our strategic focus on fast-growing and sustainable markets, we pursue our mission of enabling the world to be safer, healthier, closer, and more efficient, and strive to attain our vision of a world transformed through innovations vital to a better life today and the sustainability of future generations. Acquisition and Background of Coherent, Inc. The acquisition of Coherent, Inc.
With our strategic focus on fast-growing and sustainable markets, we pursue our mission of enabling the world to be safer, healthier, closer, and more efficient, and strive to attain our vision of a world transformed through innovations vital to a better life today and the sustainability of future generations. 6 Acquisition and Background of Coherent, Inc.
We supply a broad range of materials, components, and subsystems that enable many functions within these fiber lasers, from the laser chips that generate the input optical power to the beam delivery systems that direct the output optical power to the target. The same set of Coherent products is at the core of existing and emerging direct-diode laser systems.
We supply a broad range of materials, and components that enable many functions within these fiber lasers, from the laser chips that generate the input optical power to the beam delivery systems that direct the output optical power to the target. The same set of Coherent products is at the core of existing and emerging direct-diode laser systems.
These transceivers are protocol-agnostic, meaning the same transceiver hardware can support Ethernet and InfiniBand, as well as proprietary protocols for AI and ML such as NVIDIA’s NVLink. Over the years, we have made strategic investments that give us a unique level of vertical integration.
These transceivers are protocol-agnostic, meaning the same transceiver hardware can support Ethernet and InfiniBand, as well as proprietary protocols for AI and ML such as NVIDIA’s NVLink. 14 Over the years, we have made strategic investments that give us a unique level of vertical integration.
We are a global technology leader in optical communications, providing materials, subcomponents, components, modules, and subsystems to optical component and module manufacturers, networking equipment manufacturers, datacenter operators, and telecom service providers. We design products that meet the increasing demands for network bandwidth and data storage.
We are a global technology leader in optical communications, providing materials, subcomponents, components, modules, and subsystems to optical component and module manufacturers, networking equipment manufacturers, datacenter operators, enterprises, and telecom service providers. We design products that meet the increasing demands for network bandwidth and data storage.
The GaN and InP technological platform, which are within the core competencies of Coherent, are key materials also for future 6G high-efficiency power amplifiers and low-noise amplifiers, enabling the best power performance in their respective frequency ranges. Instrumentation Market Group • Life Sciences Market Vertical.
The GaN and InP technological platform, which are within the core competencies of Coherent, are key materials also for future 6G high-efficiency power amplifiers and low-noise amplifiers, enabling the best power performance in their respective frequency ranges. Instrumentation Market Group 16 • Life Sciences Market Vertical.
Generally speaking, interconnects in the AI/ML fabric portion of the network (Level 0) 14 are less than 50 m, interconnects connecting ToR switches to spine switches (Level 1) are up to 500 m, and interconnects connecting switches to routers or routers to routers (Telecom Access) are between 2 and 10 km.
Generally speaking, interconnects in the AI/ML fabric portion of the network (Level 0) are less than 50 m, interconnects connecting ToR switches to spine switches (Level 1) are up to 500 m, and interconnects connecting switches to routers or routers to routers (telecom access) are between 2 km and 10 km.
Looking forward, we continue to advance the state of the art in SiC substrates, with a strong technology portfolio of 30 active patents using highly differentiated and proprietary manufacturing platforms and technologies including crystal growth, substrate fabrication, and polishing.
Looking forward, we continue to advance the state of the art in SiC substrates, with a strong technology portfolio of over 30 active patents using highly differentiated and proprietary manufacturing platforms and technologies including crystal growth, substrate fabrication, and polishing.
We have experienced employees on-site at each of our manufacturing locations who are tasked with environmental, health, and personal safety education and compliance. We customize our policies to the local requirements and circumstances of each plant. • Talent Acquisition, Development, and Training .
We have experienced employees on-site at each of our manufacturing locations who are tasked with environmental, health, and safety education and compliance. We customize our policies to the local requirements and circumstances of each plant. • Talent Acquisition, Development, and Training .
Julie Sheridan Eng was appointed Chief Technology Officer of the Company in October 2022. Prior to becoming CTO, Dr. Eng, 56, served as Senior Vice President and General Manager of the Company’s Optoelectronic Devices and Modules Business Unit. Dr.
Julie Sheridan Eng was appointed Chief Technology Officer of the Company in October 2022. Prior to becoming CTO, Dr. Eng served as Senior Vice President and General Manager of the Company’s Optoelectronic Devices and Modules Business Unit. Dr.
Manufacturing Processes Our success in developing and manufacturing many of our products depends on our ability to manufacture and tailor the optical and physical properties of technically challenging materials, components, and photonics-based solutions across a broad array of industries.
Manufacturing Processes Our success in developing and manufacturing many of our products depends on our ability to tailor the optical and physical properties of technically challenging materials, components, and photonics-based solutions across a broad array of industries.
Information Regarding Reporting Segments and Foreign Operations In connection with the acquisition of Coherent, Inc., effective July 1, 2022, the Company realigned its organizational structure into three reporting segments for the purpose of making operational decisions and assessing financial performance: (i) Materials, which previously was referred to as our Compound Semiconductors segment; (ii) Networking, which previously was referred to as our Photonic Solutions segment; and (iii) Lasers segment.
Information Regarding Reporting Segments and Foreign Operations In connection with the acquisition of Coherent, Inc., effective July 1, 2022, the Company realigned its organizational structure into three reporting segments for the purpose of making operational decisions and assessing financial performance: (i) Networking, previously referred to as our Photonic Solutions segment; (ii) Materials, previously referred to as our Compound Semiconductors segment; and (iii) Lasers.
Ours lasers are displacing conventional technology because they can do the job faster, yield higher quality, provide overall economic benefits, and enable next generation applications. Our network of worldwide manufacturing sites allows us to manufacture our products in regions that provide cost-effective and risk-management advantages. We employ numerous advanced manufacturing technologies and systems at our manufacturing facilities.
Our lasers are displacing conventional technologies because they can do the job faster, yield higher quality, provide overall economic benefits, and enable next-generation applications. Our network of worldwide manufacturing sites allows us to manufacture our products in regions that provide cost-effective and risk-management advantages. We employ numerous advanced manufacturing technologies and systems at our manufacturing facilities.
Our optical communications products can be divided into two main groups, optical transmission and optical transport. Our optical transmission products consist primarily of transmitters, receivers (as stand-alone parts or combined in different integrated solutions), transceivers, transponders, and active optical cables, which provide the fundamental optical-electrical, or optoelectronic, interface for interconnecting the electronic equipment used in networks.
Our Telecom optical communications products can be divided into two main groups: optical transmission and optical transport. Our optical transmission products consist primarily of transmitters, receivers (as stand-alone parts or combined in different integrated solutions), transceivers, transponders, and active optical cables, which provide the fundamental optoelectronic interface for interconnecting the electronic equipment used in networks.
Therefore, 3D sensing applications created the need to scale up manufacturing to 6-inch wafer processing. Today, Coherent is one of the very few vertically integrated 6-inch VCSEL manufacturers with a proven track record in high-volume manufacturing of high-reliability, large multi-emitter VCSEL dies designed for 3D sensing.
Therefore, 3D sensing applications created the need to scale up manufacturing to 6-inch wafer processing. Today, Coherent is one of the very few vertically integrated 6-inch VCSEL manufacturers with a proven track record in high-volume manufacturing of high-reliability, large multi-emitter VCSEL arrays designed for 3D sensing.
Coherent’s Aerospace & Defense (A&D) Division maintains separate business development, IT infrastructure, accounting, finance, engineering, and manufacturing facilities in the United States with strictly controlled access; they are dedicated to our U.S. government-supported contracts. • Semiconductor Capital Equipment Market Vertical.
Coherent’s Aerospace & Defense division maintains separate business development, IT infrastructure, accounting, finance, engineering, and manufacturing facilities in the United States with strictly controlled access; they are dedicated to our U.S. government-supported contracts. • Semiconductor Capital Equipment Market Vertical.
Effective July 1, 2022, the Company reports financial information for these three segments. Financial data regarding our revenues, results of operations, reporting segments, and international sales for the three years ended June 30, 2023, are set forth in the Consolidated Statements of Earnings (Loss) and in Note 14.
Effective July 1, 2022, the Company reports financial information for these three segments. Financial data regarding our revenues, results of operations, reporting segments, and international sales for the three years ended June 30, 2024, are set forth in the Consolidated Statements of Earnings (Loss) and in Note 14.
In areas of high bandwidth demand, 5G antennas with beamforming technology utilizing multiple devices per antenna are expected to be densely deployed, increasing the demand for GaN-on-SiC power amplifiers by approximately an order of magnitude or more versus 4G antennas.
In areas of high bandwidth demand, 5G antennas with beamforming technology using multiple devices per antenna are expected to be densely deployed, increasing the demand for GaN-on-SiC power amplifiers by approximately an order of magnitude or more versus 4G antennas.
We not only design and manufacture our transceivers internally, we also design and manufacture many of the components including lasers, detectors, and passive optics. When designing a new transceiver that requires a new component, we either source that component from one of our valued development partners, or we design and manufacture it internally.
We not only design and manufacture our transceivers internally, but we also design and manufacture many of the components, including lasers, detectors, ICs, and passive optics. When designing a new transceiver that requires a new component, we either source that component from one of our valued development partners, or we design and manufacture it internally.
Each of these business units develops and markets products as described below. 10 Networking Business Unit Our Products Telecommunications • Products and solutions that enable high-bit-rate interconnects for communications and cloud service providers, including in terrestrial and undersea fiber-optic transmission Datacom Transceivers • Pluggable transceivers for Ethernet and Fibre Channel applications in cloud, hyperscale and enterprise datacenter applications, including AI/ML Advanced Optics • Fiber optics and precision optics used in projection displays; crystal materials and components for optical communications; high-power UV, visible, and NIR optics for industrial lasers; filters and assemblies for life sciences as well as for sensors, instrumentation, and semiconductor equipment Materials Business Unit Our Products Engineered Materials & Laser Optics • Laser optics and accessories for CO 2 lasers • High-power fiber and direct-diode laser optics • Infrared thermal imaging optics and assemblies • Polycrystalline materials production including ZnSe, ZnS, and CVD diamond • Thermoelectric components, subassemblies, and systems • Specialty refining, recycling, and materials-recovery services for high-purity rare metals such as selenium and tellurium, as well as related chemical products such as tellurium dioxide • Advanced ceramic and metal-matrix composite products Laser Components & Subsystems • High-power semiconductor lasers and laser bars • Laser heads and modules, Q-switched laser modules, high-power uncooled pump laser modules, laser systems for superhard materials processing • Laser processing heads and beam delivery systems for laser materials processing with industrial lasers • High-power fiber lasers for materials processing • EELs, VCSELs, and detectors • High-power pumps for amplifiers • Precision optical assemblies, infrared optics, thin-film coatings, and optical materials • Optical solutions for critical and complex design, engineering, and production challenges in aerospace & defense New Ventures & Wide-Bandgap Electronics Technologies • SiC and semiconductor materials for high-frequency and high-power electronic devices Optoelectronic Devices & Modules • VCSELs for sensing • EELs and detectors • Integrated circuits for transceivers 11 Lasers Business Unit Our Products Excimer Lasers • High pulse energy UV gas and solid-state lasers from 193 nm to 355 nm • Advanced UV optical systems, line beams, and mask-based imaging systems Solid-State Lasers North America • Ultrafast lasers from UV to IR wavelengths • High pulse energy UV nanosecond lasers • Low-power continuous-wave lasers and systems • Miniature low-power continuous-wave lasers and systems • High-power ultrafast amplifiers • Continuous-wave UV gas lasers Solid-State Lasers Europe • Ultrafast lasers from UV to IR wavelengths • High pulse energy UV nanosecond lasers • Miniature low-power continuous-wave lasers from UV to IR wavelengths Laser Systems • Subsystems incorporating various lasers, optics, beam manipulation, monitoring, and control electronics • Standard systems incorporating standard subsystems in a complete mechanical housing, sold to the end user CO 2 Lasers • kW class continuous-wave gas IR lasers • 50 W to 1 kW continuous-wave and pulse gas IR lasers Aerospace & Defense • Specialty polishing and coating of optics, optical systems, and assemblies requiring high complexity and precision at dimensions of up to 2 meters • Specialty lasers and laser systems • Specialty crystals • Specialty diode lasers Markets Our market-focused businesses are currently organized by technologies and products.
Networking Business Unit Our Products Telecommunications • Products and solutions that enable high-bit-rate interconnects for communications and cloud service providers, including in terrestrial and undersea fiber-optic transmission Datacom Transceivers • Pluggable transceivers for Ethernet and Fibre Channel applications in cloud, hyperscale, and enterprise datacenter applications, including AI/ML Advanced Optics • Fiber optics and precision optics used in projection displays; crystal materials and components for optical communications; high-power UV, visible, and NIR optics for industrial lasers; filters and assemblies for life sciences as well as for sensors, instrumentation, and semiconductor equipment 10 Materials Business Unit Our Products Engineered Materials & Laser Optics • Laser optics and accessories for CO 2 lasers • High-power fiber and direct-diode laser optics • Infrared thermal imaging optics and assemblies • Polycrystalline materials production including ZnSe, ZnS, and CVD diamond • Thermoelectric components, subassemblies, and systems • Specialty refining, recycling, and materials-recovery services for high-purity rare metals such as selenium and tellurium, as well as related chemical products such as tellurium dioxide • Advanced ceramic and metal-matrix composite products Laser Devices & Systems • High-power semiconductor lasers and laser bars • Laser heads and modules, Q-switched laser modules, high-power uncooled pump laser modules, laser systems for superhard materials processing • Laser processing heads and beam delivery systems for laser materials processing with industrial lasers • High-power fiber lasers for materials processing • EELs, VCSELs, and detectors • High-power pumps for amplifiers • Precision optical assemblies, infrared optics, thin-film coatings, and optical materials • Optical solutions for critical and complex design, engineering, and production challenges in aerospace & defense Wide-Bandgap Electronics • SiC and semiconductor materials for high-frequency and high-power electronic devices Optoelectronic Devices & Modules • VCSELs for sensing • EELs and detectors • Integrated circuits for transceivers 11 Lasers Business Unit Our Products Excimer Lasers • High-pulse-energy UV gas and solid-state lasers from 193 nm to 355 nm • Advanced UV optical systems, line beams, and mask-based imaging systems Solid-State Lasers - North America • Ultrafast lasers from UV to IR wavelengths • High-pulse-energy UV nanosecond lasers • Low-power continuous-wave lasers and systems • Miniature low-power continuous-wave lasers and systems • High-power ultrafast amplifiers • Continuous-wave UV gas lasers Solid-State Lasers - Europe • Ultrafast lasers from UV to IR wavelengths • High-pulse-energy UV nanosecond lasers • Miniature low-power continuous-wave lasers and systems Laser Systems • Subsystems incorporating various lasers, optics, beam manipulation, monitoring, and control electronics • Standard systems incorporating standard subsystems in a complete mechanical housing, sold to the end user CO 2 Lasers • Kilowatt-class continuous-wave gas IR lasers • 50 W to 1 kW continuous-wave and pulse gas IR lasers Aerospace & Defense • Specialty polishing and coating of optics, optical systems, and assemblies requiring high complexity and precision at dimensions of up to 2 meters • Specialty lasers, laser systems, crystals, and diode lasers Markets Our market-focused businesses are currently organized by technologies and products and report based on the following markets: industrial, communications, electronics, and instrumentation.
The following defined terms are used in this Annual Report on Form 10-K: artificial intelligence (AI); bismuth telluride (Bi 2 Te 3 ); cadmium telluride (CdTe); carbon dioxide (CO 2 ); chemical vapor deposition (CVD) of materials including diamond; continuous wave (CW); datacenter interconnect (DCI); dense wavelength division multiplexing (DWDM); diversity, equity, and inclusion (DEI); edge-emitting lasers (EELs); extreme-ultraviolet (EUV) lithography; fifth-generation (5G) wireless; fourth-generation (4G) wireless; gallium arsenide (GaAs); gallium antimonide (GaSb), gallium nitride (GaN); Geostationary Operational Environment Satellite Program (GOES); gigabit per second (Gbps); high-definition multimedia interface (HDMI); high-electron-mobility transistor (HEMT); high-energy laser (HEL); indium phosphide (InP); infrared (IR); integrated circuit (IC); intellectual property (IP); kilowatt (kW); light detection and ranging (LiDAR); liquid crystal (LC); liquid crystal on silicon (LCoS); machine learning (ML); metal-oxide-semiconductor field-effect transistor (MOSFET); millimeters (mm); nanometers (nm); near-infrared (NIR); optical channel monitor (OCM); optoelectronic chip hybrid integration platform (OCHIP); original equipment manufacturer (OEM); optical time-domain reflectometer (OTDR); polymerase chain reaction (PCR); radio frequency (RF); reconfigurable optical add/drop multiplexer (ROADM); research and development (R&D); silicon carbide (SiC); terabit per second (Tbps); three-dimensional (3D); ultraviolet (UV); vertical-cavity surface-emitting laser (VCSEL); virtual reality (VR); wavelength division multiplexing (WDM); wavelength selective switching (WSS); zinc selenide (ZnSe); and zinc sulfide (ZnS).
The following defined terms are used in this Annual Report on Form 10-K: artificial intelligence (AI); bismuth telluride (Bi 2 Te 3 ); cadmium telluride (CdTe); carbon dioxide (CO 2 ); chemical vapor deposition (CVD) of materials including diamond; continuous wave (CW); datacenter interconnect (DCI); dense wavelength division multiplexing (DWDM); diversity, equity, and inclusion (DEI); edge-emitting lasers (EELs); environmental, social, and governance (ESG); extreme-ultraviolet (EUV) lithography; fifth-generation (5G) wireless; fourth-generation (4G) wireless; gallium arsenide (GaAs); gallium antimonide (GaSb), gallium nitride (GaN); Geostationary Operational Environment Satellite Program (GOES); gigabit per second (Gbps); high-definition multimedia interface (HDMI); high-electron-mobility transistor (HEMT); indium phosphide (InP); infrared (IR); integrated circuit (IC); intellectual property (IP); kilowatt (kW); light detection and ranging (LiDAR); liquid crystal (LC); liquid crystal on silicon (LCoS); machine learning (ML); metal-oxide-semiconductor field-effect transistor (MOSFET); millimeters (mm); nanometers (nm); near-infrared (NIR); optical channel monitor (OCM); optoelectronic chip hybrid integration platform (OCHIP); original equipment manufacturer (OEM); optical time-domain reflectometer (OTDR); radio frequency (RF); reconfigurable optical add/drop multiplexer (ROADM); research and development (R&D); silicon carbide (SiC); terabit per second (Tbps); three-dimensional (3D); ultraviolet (UV); vertical-cavity surface-emitting laser (VCSEL); virtual reality (VR); wavelength selective switching (WSS); zinc selenide (ZnSe); and zinc sulfide (ZnS).
These include integrated circuits, digital signal processors, mechanical housings, and optical components, and we commonly refer to them as raw materials. Raw materials or sub-components required in the manufacturing process are generally available from several sources.
These include integrated circuits, digital signal processors, mechanical housings, and optical components, and we commonly refer to them as raw materials. Raw materials or subcomponents required in the manufacturing process are generally available from several sources.
We also make our corporate governance documents available on our website, including the Company’s Code of Ethical Business Conduct, Governance Guidelines, and the charters for our board committees. All such documents are located on the Investors page of our website and are available free of charge. 25
We also make our corporate governance documents available on our website, including the Company’s Code of Ethical Business Conduct, Governance Guidelines, and the charters for our board committees. All such documents are located on the Investors page of our website and are available free of charge. 23
GaN-on-SiC RF power amplifiers have superior performance, compared with devices based on silicon, over a wide spectrum of 5G operating frequencies in the gigahertz range, including in the millimeter-wave bands. We are a market leader in the technology development and large-volume manufacturing of 100 mm and 150 mm semi-insulating SiC substrates.
GaN-on-SiC RF power amplifiers have superior performance, compared with devices based on silicon, over a wide spectrum of 5G operating frequencies in the gigahertz range, including in the millimeter-wave bands. We are a market leader in the technology development and large-volume manufacturing of 100 mm, 150 mm, and the industry’s first 200 mm semi-insulating SiC substrates.
We provide all employees the chance to learn and develop critical skills, and we strive to attract, motivate, and retain our talent. Our Leadership Academy offers global leadership development programs for our people leaders to build their leadership capabilities.
We provide all employees the chance to learn and develop critical skills, and we strive to attract, motivate, and retain our talent. Our Leadership Academy offers global development programs for our people leaders to enhance their capabilities.
Eng received her PhD and M.S. in electrical Engineering from Stanford, and an M.S. and B.A. from Bryn Mawr College (summa cum laude) and a B.S., with honors from the California Institute of Technology (Caltech).
Eng received her PhD and M.S. in electrical Engineering from Stanford, and an M.S. and B.A. from Bryn Mawr College (summa cum laude) and a B.S., with honors from the California Institute of Technology (Caltech). In 2022, Dr.
With the addition of nano-machined single-crystal silicon and grating technologies, together with Coherent’s advanced HEL coating capabilities, we enable advanced spectral beam combining and novel microstructured surface capabilities, which are highly valued within the aerospace & defense industry. Our advanced missile warning, electro-optical targeting, and imaging systems are deployed on virtually every U.S. fixed-wing and rotary platform.
With the addition of nanomachined single-crystal silicon and grating technologies, together with Coherent’s advanced coating capabilities, we enable advanced spectral beam combining and novel microstructured surface capabilities, which are highly valued within the Aerospace & Defense industry. Our advanced missile warning, electro-optical targeting, and imaging systems are deployed on virtually every U.S. fixed-wing and rotary platform.
Beyond lasers, we have deep expertise in ceramics and metal matrix composites that semiconductor equipment manufacturers depend on to achieve state-of-the-art semiconductor manufacturing throughput, enabled by the exceptional mechanical and thermal properties of these materials. • Display Market Vertical. We have achieved breakthrough laser innovations essential to manufacture displays for phones, tablets, computers, and televisions.
Beyond lasers, we have decades of experience and expertise in ceramics and metal-matrix composites that semiconductor equipment manufacturers depend on to achieve state-of-the-art semiconductor manufacturing throughput, enabled by the exceptional mechanical and thermal properties of these materials. • Display Capital Equipment Market Vertical. We have achieved breakthrough laser innovations essential to manufacture displays for phones, tablets, computers, and televisions.
Backlog We define our backlog as bookings that have not been converted to revenues by the end of the reporting period. As of June 30, 2023, our backlog was approximately $2.7 billion, compared with approximately $2.3 billion as of June 30, 2022. Global Operations Coherent is headquartered in Saxonburg, Pennsylvania, USA, with R&D, manufacturing, and sales facilities worldwide.
Backlog We define our backlog as bookings that have not been converted to revenues by the end of the reporting period. As of June 30, 2024, our backlog was approximately $2.6 billion, compared with approximately $2.7 billion as of June 30, 2023. Global Operations Coherent is headquartered in Saxonburg, Pennsylvania, USA, with R&D, manufacturing, and sales facilities worldwide.
This expertise in VCSEL technology has been leveraged for the growing 3D sensing market. 3D sensing was the first application to drive the demand for relatively large two-dimensional VCSEL arrays. A typical design for 3D sensing requires tens or hundreds of VCSELs per chip in order to scale up the optical power required for, for example, face recognition.
This expertise in VCSEL technology has been leveraged for the growing sensing market. 3D sensing was the first application to drive the demand for relatively large two-dimensional VCSEL arrays. A typical design for 3D sensing requires tens or hundreds of VCSELs per chip in order to scale up the optical power required for applications such as face recognition.
Our demonstration of the world’s first prototype 200 mm semi-insulating SiC substrates will enable the RF power amplifier market to continue to scale, increasingly replacing functions performed by devices based on silicon and enabling new applications.
Our introduction of the world’s first 200 mm semi-insulating SiC substrates will enable the RF power amplifier market to continue to scale, increasingly replacing functions performed by devices based on silicon and enabling new applications.
The following are among our top competitors (in alphabetic order): • Broadcom Corporation • IDEX Corporation • InnoLight Technology (Suzhou) Ltd. • IPG Photonics, Inc. • Lumentum Operations LLC • MKS Instruments, Inc. • Molex, LLC • O-Net Technologies (Shenzhen) Group Co., Ltd. • Trumpf GmbH + Co.
The following are among our top competitors (in alphabetic order): • Broadcom Corporation • IDEX Corporation • InnoLight Technology Corp. • IPG Photonics, Inc. • Lumentum Operations LLC • MKS Instruments, Inc. • Molex, LLC • O-Net Technologies (Shenzhen) Group Co., Ltd. • Sony Group Corporation • Trumpf GmbH + Co.
In the mobile wireless market, we are a global leader in the strategic supply chain for materials and devices utilized in the latest 4G and 5G base station infrastructure.
In the mobile wireless market, we are a global leader in the strategic supply chain for materials and devices used in the latest 4G, 5G, and 6G base station infrastructure.
There are also many options in terms of pulsed output versus continuous wave, pulse duration, output power, beam dimensions, etc., which are application specific. Manufacturing products for use across the electromagnetic spectrum requires the capability to repeatedly manufacture products with high yields to atomic tolerances. We continuously update our comprehensive quality management systems that feature manufacturing quality best practices.
There are also many options in terms of pulsed output versus continuous wave, pulse duration, output power, beam dimensions, etc., that are application-specific. Developing products for use across the electromagnetic spectrum requires the ability to repeatedly manufacture components with high yields to atomic tolerances. We continually update our comprehensive quality management systems that feature manufacturing best practices.
We generate almost all of our revenues, earnings, and cash flows from developing, manufacturing, and marketing a broad portfolio of products and services for our end markets. We also generate revenue, earnings, and cash flows from government-funded research and development contracts relating to the development and manufacture of new technologies, materials, and products.
We generate almost all of our revenues, earnings, and cash flows from developing, manufacturing, and marketing a broad portfolio of products and services for our end markets. We also generate revenues, earnings, and cash flows from externally funded R&D contracts relating to the development and manufacture of new technologies, materials, and products.
Joseph’s University, and an MBA from Stanford University. Christopher Koeppen joined the Company in 2011 following the acquisition of Aegis Lightwave, Inc., where he served as General Manager, Aegis-NJ. He was named General Manager of the Agile Network Products Division in 2012 and Director of Corporate Strategic Technology Planning in 2015.
Christopher Koeppen joined the Company in 2011 following the acquisition of Aegis Lightwave, Inc., where he served as General Manager, Aegis-NJ. He was named General Manager of the Agile Network Products Division in 2012 and Director of Corporate Strategic Technology Planning in 2015.
The website address is intended to be an inactive textual reference only. None of the information on, or accessible through, Coherent’s website is part of this Annual Report on Form 10-K, nor is it incorporated herein by reference. Sources of Supply In our production processes, we use numerous optical, electrical, and mechanical parts that are sourced from third-party suppliers.
None of the information on, or accessible through, Coherent’s website is part of this Annual Report on Form 10-K, nor is it incorporated herein by reference. Sources of Supply In our production processes, we use numerous optical, electrical, and mechanical parts that are sourced from third-party suppliers.
Our 100G/lane VCSELs are in production to support 400G and 800G transceivers.We are working on 200G/lane VCSELs, which will require significant changes in the VCSEL device design and fabrication. For Level 1 switching for distances greater than can be supported by VCSELs, and for telecom access, single-mode devices are used. These devices are made from InP materials.
We are working on 200G/lane VCSELs, which will require significant changes in the VCSEL device design and fabrication. For Level 1 switching for distances greater than can be supported by VCSELs, and for telecom access, single-mode devices are used. These devices are made from InP materials.
Bashaw holds a J.D. from the University of Pittsburgh School of Law, from which he graduated cum laude and at which he was the editor-in-chief of the University of Pittsburgh Journal of Law and Commerce. He holds a B.S. in Logistics from the Pennsylvania State University.
Bashaw holds a J.D. from the University of Pittsburgh School of Law, from which he graduated cum laude and at which he was the editor-in-chief of the University of Pittsburgh Journal of Law and Commerce.
Coherent’s broad portfolio of coated optics and crystal materials serves all of these growing laser markets. 12 • Aerospace & Defense Market Vertical. Coherent’s aerospace & defense solutions enable mission-critical capabilities for applications in HELs; contested space; and intelligence, surveillance, and reconnaissance.
Coherent’s broad portfolio of coated optics and crystal materials serves all of the mentioned growing laser markets. 12 • Aerospace & Defense Market Vertical. Coherent’s Aerospace & Defense solutions enable mission-critical capabilities for applications in high-energy lasers; contested space; and intelligence, surveillance, and reconnaissance.
Coherent has multiple InP fabs in the U.S. and Europe. For Level 1 link distances greater than 100 m, silicon photonics-based transceivers may be used. All silicon photonics products, including some of our own, need an InP CW laser to generate the light.
Coherent has multiple InP fabs in the U.S. and Europe; two of them are moving to 6-inch wafer capability. For Level 1 link distances greater than 100 m, transceivers based on silicon photonics may be used. All silicon photonics products, including some of our own, need an InP CW laser to generate the light.
Our vertically integrated and market-leading ZnSe optics and components, due to their inherent low loss at around the 10-micron wavelength, have enabled high-power CO 2 laser systems for many decades and remain critical to the steady stream of new deployments as well as to continued operation, serving as replacement optics for the installed base of CO 2 lasers.
Our vertically integrated and market-leading ZnSe optics and components, due to their inherent low loss at around the 10-micron wavelength, have enabled high-power CO 2 laser systems for many decades and remain critical as replacement optics for the large installed base of CO 2 lasers.
Due to its very high mechanical and thermal performance characteristics, our reaction-bonded SiC is used in structural support systems that are integral to EUV lithography optics to meet critical requirements for optical system stability.
Due to its very high mechanical and thermal performance characteristics, our reaction-bonded SiC is used in structural support systems that are integral to EUV lithography optics to meet critical requirements for optical system stability. Coherent lasers are widely used in both front-end and back-end applications.
We compete, in part, on our core competencies from materials to systems, our differentiated products and service, and the sustainability of our competitive advantages. We also compete by leveraging our intellectual property, ability to scale, product quality, on-time delivery, and technical support.
Competition Coherent is a global leader in many of its product families. We compete, in part, on our core competencies from materials to systems, our differentiated products and service, and the sustainability of our competitive advantages. We also compete by leveraging our intellectual property, ability to scale, product quality, on-time delivery, and technical support.
Our laser solutions can improve precision, combining high-spatial precision and selectivity for advanced display production; they can increase productivity, offering fast, large-area processing for current and future-generation modules and panels; and they can maximize yield, maintaining superior yield along the process chain from backplane to individual display. Communications Market Group • Telecom Market Vertical.
Our excimer laser solutions can improve precision, combining high-spatial precision and selectivity for advanced display production; increase productivity, offering fast, large-area processing for current and future-generation modules and panels; and maximize yield and maintain it along the process chain from backplane to individual display.
We have on-site solar systems at several facilities that further contribute to our renewable energy efforts. We participate in Apple’s Supplier Clean Energy Program, and all of our Apple production is powered by 100% renewable electricity sources. Our team also works to minimize energy usage, water usage, other raw materials usage, and waste generation.
We have on-site solar systems at several facilities that further contribute to our renewable energy efforts. We participate in Apple’s Supplier Clean Energy Program, and all of our Apple production is powered by 100% renewable electricity sources.
Today, more than 50% of Coherent’s datacom revenue is generated by 200G and higher data-rate transceivers. Driven by the demands of growing AI/ML adoption, 800G transceivers are shipping in production and we expect the first 1.6T transceivers will ship in the next few years.
Today, more than 50% of Coherent’s datacom revenue is generated by 200G and higher data-rate transceivers. Driven by the demands of growing AI/ML adoption, 800G transceivers are shipping in production and we expect the first 1.6T transceiver samples will be shipped later this calendar year.
Coherent’s optical communications products and technologies enable next-generation high-speed optical transmission systems, networks, and datacenter solutions necessary to meet the accelerating global bandwidth demand. 13 Demand for our products is largely driven by the continually growing need for additional network bandwidth created by the ongoing proliferation of data and video traffic from video conferencing for work, school, and leisure; video downloads and streaming; live TV; social networking; online gaming; file sharing; enterprise IP/internet traffic; cloud computing; datacenter virtualization; and, more recently, the new optical connectivity needed to support AI/ML algorithms.
Demand for our products is largely driven by the continually growing need for additional network bandwidth created by the ongoing proliferation of data and video traffic from video conferencing for work, school, and leisure; video downloads and streaming; live TV; social networking; online gaming; file sharing; enterprise IP/internet traffic; cloud computing; datacenter virtualization; and the new optical connectivity needed to support AI/ML.
We do business with a number of customers in the aerospace & defense industry, who in turn generally contract with a governmental entity, typically a U.S. government agency. We had one customer who contributed more than 10% of revenue during fiscal 2023.
As of June 30, 2024, we employed approximately 624 individuals in sales, marketing, and support. We do business with a number of customers in the aerospace & defense industry, who in turn generally contract with a governmental entity, typically a U.S. government agency. We had one customer who contributed more than 10% of revenue during fiscal 2024.
Number of employees Percent of total Manufacturing 21,818 82% Research and development 2,426 9% Sales, general and administrative 2,378 9% Total: 26,622 100% We believe that our efforts in managing our workforce have been effective, as evidenced by a strong culture and a good relationship between the Company and our employees. • Our People .
Number of employees Percent of total Manufacturing 21,645 83% Research and development 2,268 9% Sales, general and administrative 2,244 8% Total: 26,157 100% We believe that our efforts in managing our workforce have been effective, as evidenced by a strong culture and a good relationship between the Company and our employees. • Occupational Health and Safety .
The LRO continues to orbit the moon and provide rich information for future lunar landing sites. The LRO camera and its more advanced derivatives are the basis for many advanced space imaging applications being pursued by our customers.
The LRO continues to orbit the moon and provide rich information for future lunar landing sites. The LRO camera and its more advanced derivatives are the basis for many advanced space imaging applications being pursued by our customers. Our advanced imaging lenses and windows ensure that our customers’ vehicles are able to safely and accurately dock with the Space Station.
Tuition reimbursement and funding for growth and development is also built into the annual budget to ensure that Coherent has the skilled workforce we need. Our global internship programs also welcome a new talent pipeline. In fiscal 2023, we pledged $1.3 million to fund STEM educational and research programs in 2023. • Total Rewards .
Tuition reimbursement and funding for growth and development are also built into the annual budget to ensure that Coherent has the skilled workforce we need. Our global internship programs also welcome a new talent pipeline. • Total Rewards.
Within the life sciences end market, we focus on analytical instrumentation that integrates light- and/or thermal-management solutions. We segment this market into three application areas (biotechnology, medical laser, and scientific) and deliver targeted and unique product portfolios for each segment. We vertically integrate from the component level to more complex subassemblies and even full systems.
Within the life sciences end market, we focus on instrumentation that integrates light- and/or thermal-management solutions. We segment this market into three application areas (biotechnology, analytical, and medical) and deliver targeted and unique product portfolios for each segment.
Fiber lasers that operate at about the 1-micron wavelength in pulsed or continuous mode have taken a central role in many industrial applications, especially for metal cutting and welding along with precision machining such as marking and microdrilling.
Fiber lasers that operate at about the 1-micron wavelength in pulsed or continuous mode have taken a central role in many industrial applications, especially for cutting, welding and marking of both metals and plastics.
VCSELs are generally the lowest-cost, lowest-power consumption solution, and are the lasers of choice for less than 100 m connections. Coherent has multiple 6” GaAs VCSEL fabs in the U.S. and Europe.
VCSELs are generally the lowest-cost, lowest-power-consumption solution, and are the lasers of choice for connections of less than 100 m. Coherent has multiple 6-inch GaAs VCSEL fabs in the U.S. and Europe. Our 100G/lane VCSELs are in production to support 400G and 800G transceivers.
Previously, he was the Chief Technology Officer of the Company and the President of the Laser Solutions Segment. Dr. Barbarossa was employed at Avanex Corporation from 2000 through 2009, serving in various executive positions in product development and general management, ultimately serving as the President and Chief Executive Officer. When Avanex merged with Bookham Technology, forming Oclaro, Inc. ,Dr.
Barbarossa was employed at Avanex Corporation from 2000 through 2009, serving in various executive positions in product development and general management, ultimately serving as the President and Chief Executive Officer. When Avanex merged with Bookham Technology, forming Oclaro, Inc., Dr. Barbarossa became a member of the Board of Directors of Oclaro and served as such from 2009 to 2012.
In Coherent’s Senior Leadership Team (“SLT”), which consists of directors and above, there are 65 females and 483 males. The SLT meets quarterly to discuss strategy, business trends, company operations, financials, and people programs. Our global footprint is diverse, with approximately 17,900 employees in the Asia-Pacific region, 3,900 in Europe, and 5,200 in the Americas.
In Coherent’s Global Leadership Team (“GLT”), which consists of directors and above, there are 65 females, 487 males, and 1 undisclosed. The GLT meets quarterly to discuss strategy, business trends, company operations, financials, and people programs. Our global footprint is diverse, with approximately 18,078 employees in the Asia-Pacific region, 3,690 in Europe, and 4,389 in the Americas.
Sobey announced his plan to retire from the Company effective September 1, 2023. 24 Availability of Information Our internet address is www.coherent.com. Information contained on our website is not part of, and should not be construed as being incorporated by reference into, this Annual Report on Form 10-K.
Availability of Information Our internet address is www.coherent.com. Information contained on our website is not part of, and should not be construed as being incorporated by reference into, this Annual Report on Form 10-K.
Our VCSELs have been used in consumer products such as computer mice and mobile phones for many years. Our VCSELs are also widely deployed in datacenters and HDMI optical cables as well as in vehicle steering wheels.
Our VCSEL products leverage our world-class 6-inch GaAs platform, combining our epitaxial wafer growth and wafer fabrication capabilities. Our VCSELs have been used in consumer products such as computer mice and mobile phones for many years. Our VCSELs are also widely deployed in datacenters and HDMI optical cables as well as in vehicle steering wheels.
In this role, he was primarily responsible for the Company’s M&A and integration work. Prior to joining the Company, Mr. Bashaw was a senior partner at the law firm of Sherrard, German & Kelly, P.C. in Pittsburgh, Pennsylvania, where his areas of expertise were corporate law, mergers and acquisitions, and technology planning. Mr.
Bashaw was a senior partner at the law firm of Sherrard, German & Kelly, P.C. in Pittsburgh, Pennsylvania, where his areas of expertise were corporate law, mergers and acquisitions, and technology planning. Mr.
These lasers enable optical signal transmission, reception, and amplification in terrestrial and submarine communications networks; high-bit-rate server connectivity between and within datacenters; optical communications network monitoring; materials processing; and fast and accurate measurements in biomedical instruments and sensing in consumer electronics.
These lasers enable optical signal transmission, reception, and amplification in terrestrial and submarine communications networks, high-bit-rate server connectivity between and within datacenters, optical communications network monitoring, materials processing, fast and accurate measurements in biomedical instruments, and precision sensing in consumer electronics. We are a major supplier of silicon carbide substrates for the power electronics and the wireless mobile markets.
We offer a full range of substrate diameters, including the world’s first 200 mm substrate. Our industry-leading semiconductor lasers, optics, and materials can be leveraged for LiDAR systems embedded in advanced driver-assistance systems (ADAS) for autonomous vehicles. LiDAR sensors enable ADAS to perform functions such as emergency braking and adaptive cruise control.
Our industry-leading semiconductor lasers, optics, and materials can be leveraged for LiDAR systems embedded in advanced driver-assistance systems (ADAS) for autonomous vehicles. LiDAR sensors enable ADAS to perform functions such as emergency braking, distance warning, and adaptive cruise control.
This program pairs C-suite leaders with mentees from underrepresented and diverse populations working at the director and vice president levels to take part in a range of professional development activities focused on accelerating the development of diverse senior leaders through mentoring circles.
This program pairs C-suite leaders with mentees from underrepresented and diverse populations working at the director and vice president levels to take part in a range of professional development activities focused on accelerating the development of diverse senior leaders through mentoring circles. • Globally, approximately 45% of the workforce is female, with 11,890 females, 14,166 males and 101 undisclosed as of June 30, 2024.
Our products are deployed in a variety of market verticals, including (i) precision manufacturing; (ii) semiconductor capital equipment; (iii) display capital equipment; (iv) aerospace & defense; (v) telecommunication networks; (vi) data communication networks; (vii) consumer electronics; (viii) automotive; (ix) life sciences; and (x) scientific instruments.
Our products are deployed in a variety of market verticals, including precision manufacturing, aerospace & defense, semiconductor capital equipment, display capital equipment, telecommunication (telecom) networks, data communication (datacom) networks, consumer electronics, automotive, wireless, life sciences, and scientific research.
Coherent’s semiconductor laser bars and stacks are used in applications such as hair and wrinkle removal. Crystals and laser cavities, along with custom-designed lens assemblies, are used for ophthalmic, dental, and dermatological surgeries.
Coherent’s semiconductor laser bars and stacks are used in applications such as hair and wrinkle removal, and femtosecond lasers combined with excimer lasers are used for common procedures like LASIK. Crystals and laser cavities, along with custom-designed lens assemblies, are used for ophthalmic, dental, and dermatological surgeries. CO 2 lasers are specifically used in hard- and soft-tissue dental procedures.
The Lasers segment’s lasers and optics products serve industrial customers in semiconductor and display capital equipment, precision manufacturing, and aerospace & defense, as well as instrumentation customers in life sciences and scientific devices.
For the full fiscal year 2023, Coherent, Inc., was included in the combined company and renamed as the Lasers segment. The Lasers segment’s lasers and optics products serve industrial customers in semiconductor and display capital equipment, precision manufacturing, and aerospace & defense, as well as instrumentation customers in life sciences and scientific devices.
Department of Commerce, Bureau of Industry and Security, which among other things impose licensing requirements on certain dual-use goods, technology, and software; and • The regulations administered by the U.S.
Department of Commerce, Bureau of Industry and Security, which among other things impose licensing requirements on certain dual-use goods, technology, and software; and • The regulations administered by the U.S. Department of the Treasury, Office of Foreign Assets Control, implementing economic sanctions against designated countries, governments, and persons based on U.S. foreign policy and national security considerations.
Our customer base includes original equipment manufacturers; laser end users; system integrators of high-power lasers; manufacturers of equipment and devices for the industrial, communications, electronics, and instrumentation markets; U.S. government prime contractors; and various U.S. government agencies. Through R&D investments and our strategic acquisitions, we have expanded our portfolio of materials and product platforms.
Our customer base includes original equipment manufacturers, laser end users, system integrators of high-power lasers, and manufacturers of equipment and devices for our end markets. Through R&D investments and our strategic acquisitions, we have expanded our portfolio of materials and product platforms. We have a strong core competency in bulk and epitaxial crystal growth.
Our market-leading 980 nm pump lasers are the key enablers of our erbium-doped fiber amplifiers, which boost the power of optical signals in fiber-optic cables at intervals spanning 80 kilometers, typically, to allow high-speed signals to be transmitted over longer distances.
Our optical transport products are at the core of both terrestrial and undersea optical networks, as well as emerging space optical communications connections. Our market-leading 980 nm pump lasers are the key enablers of our erbium-doped fiber amplifiers, which boost the power of optical signals in fiber-optic cables to allow high-speed signals to be transmitted over long distances.
We are a major supplier of silicon carbide substrates for the power electronics market and for the wireless mobile market. 6 We continue to improve our operational capabilities, develop next-generation products, and invest in new technology platforms to drive growth in the short and the long term.
We continue to improve our operational capabilities, develop next-generation products, and invest in new technology platforms to drive growth in the short and the long term.
We aggressively pursue process and product patents in certain areas of our businesses and in certain jurisdictions across the globe. We have entered into selective intellectual property licensing agreements. We have confidentiality and noncompetition agreements with certain personnel. We require our U.S. employees to sign a confidentiality and noncompetition agreement upon commencement of their employment with us.
We have entered into selective intellectual property licensing agreements. We have confidentiality and noncompetition agreements with certain personnel. We require our U.S. employees to sign a confidentiality and noncompetition agreement upon commencement of their employment with us. As of June 30, 2024, we had a total of approximately 3,100 patents globally.