[{"data":1,"prerenderedAt":137},["ShallowReactive",2],{"index-en":3,"mdc-in95zw-key":125},{"id":4,"title":5,"body":6,"description":7,"extension":97,"features":98,"heroSlides":104,"meta":107,"navigation":60,"path":108,"sectionsPrimary":109,"sectionsSecondary":115,"seo":121,"spectrumMarks":122,"stem":123,"__hash__":124},"indexEn/en/0.index.yml","Hangzhou GC Light Semiconductor Technology Co., Ltd. - More Cost-Effective Single-Mode/Single-Frequency Lasers",{"title":5,"description":7,"seo":8,"heroSlides":9,"spectrumMarks":18,"sectionsPrimary":39,"sectionsSecondary":56,"features":77},"Hangzhou GC Light Semiconductor Technology Co., Ltd. is committed to providing the most cost-effective single-mode and single-frequency lasers. GC Light was founded in 2024 through technology transfer from the team at the Changchun Institute of Optics, Fine Mechanics and Physics, Chinese Academy of Sciences, focusing on chip design and innovative R&D of semiconductor lasers, delivering high-performance products across the 193 nm–8 μm band.",{"title":5,"ogTitle":5,"description":7},[10,14],{"title":11,"description":12,"image":13},"More Cost-Effective Single-Mode/Single-Frequency Lasers","Providing next-generation semiconductor laser solutions for quantum technology, life sciences, and advanced manufacturing. Smaller size, higher efficiency, longer lifetime, a better choice.","img/home_01.webp",{"title":15,"description":16,"image":17},"Full Wavelength Coverage","GC Light offers GaN, GaAs, and InP gain chips covering blue to near-infrared, quantum cascade chips from mid-infrared to terahertz, and frequency-doubled lasers from deep ultraviolet to visible, meeting different wavelength and power requirements.","img/home_02.webp",[19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38],193,248,405,461,488,561,577,633,660,679,689,698,707,780,813,940,976,1064,1310,1550,[40],{"title":41,"description":42,"features":43},"Choose Us","20 years of semiconductor laser R&D experience and five years of industrialization experience. We understand technology and we understand our customers.",[44,48,52],{"name":45,"description":46,"icon":47},"Company Profile","Hangzhou GC Light Semiconductor Technology Co., Ltd. was established in 2024 through technology transfer from the team at the Changchun Institute of Optics, Fine Mechanics and Physics, Chinese Academy of Sciences.","更高效率",{"name":49,"description":50,"icon":51},"Company Products","Our products cover the 193 nm–8 μm wavelength range, including semiconductor gain chips, photonic crystal laser chips, and external cavity semiconductor lasers, meeting different power, spectrum, and environmental requirements.","i-lucide-shield",{"name":53,"description":54,"icon":55},"Core Competitiveness","Semiconductor lasers have a very high power-to-volume ratio. Our photonic crystal technology further pushes the limits of semiconductor lasers. As the industry demands miniaturization and multifunctional integration, we provide future-ready laser solutions.","i-lucide-code-2",[57],{"title":58,"description":59,"reverse":60,"image":13,"features":61},"Photonic Crystal Surface Emitting Laser (PCSEL)","PCSEL is a new-generation high-performance semiconductor laser technology. Built on nanoscale photonic crystal structures, it enables near-ideal vertical emission and ultra-low divergence while maintaining stable single transverse and single longitudinal mode operation, delivering a new solution for high-brightness, high-coherence, and high-uniformity laser applications.",true,[62,67,72],{"name":63,"description":64,"icon":65,"image":66},"Disruptive Performance","Unlike traditional edge-emitting lasers (EEL) and vertical-cavity surface-emitting lasers (VCSEL), PCSEL is a disruptive semiconductor laser technology for the future. By redesigning the resonator structure, it overcomes the limitations of conventional semiconductor lasers in far-field divergence and single-mode output power. PCSEL uses a photonic crystal with a periodic structure as the resonator, enabling large-area 2D coherent oscillation for high-power single-mode output with extremely low far-field divergence.","i-lucide-zap","img/pcsel_structure.webp",{"name":68,"description":69,"icon":70,"image":71},"Wavelength Coverage","Coverage spans from visible to mid-infrared. Based on our in-house 3D coupled-wave algorithm and unique PCSEL patented structures, we have achieved high-performance PCSEL at 940 nm, 1064 nm, and 1310 nm, with multiple commonly used wavelengths in development.","i-lucide-moon","img/pcsel_wavelength_02.webp",{"name":73,"description":74,"icon":75,"image":76},"Mass Production Capability","We introduce advanced manufacturing processes and technologies for PCSEL photonic crystal fabrication, enabling repeatable, low-cost manufacturing of high-performance PCSEL devices.","i-lucide-globe","img/pcsel_nami.webp",{"title":78,"description":79,"items":80},"Towards a Future of Higher Performance and Higher Integration","Our lasers provide foundational support for quantum technology, bio-manufacturing, embodied intelligence and other industries in the \"15th Five-Year Plan\", helping achieve autonomous control and leapfrog breakthroughs in key core technologies. Through continuous original innovation combined with engineering capabilities, GC Light Semiconductor is becoming an important enabler for future industries.",[81,85,89,93],{"title":82,"description":83,"image":84},"Smaller Size","Based on semiconductor laser chips, we achieve significantly smaller size and power consumption than gas, fiber, and solid-state lasers with equivalent performance, enabling high-performance light sources to enter portable systems and highly integrated instruments, significantly reducing system complexity and cost.","img/product_features_01.webp",{"title":86,"description":87,"image":88},"Higher Integration","We integrate key functions such as high-precision constant-current drive, low-noise temperature control, frequency stabilization, and status monitoring into the laser, realizing plug-and-play system-level light source modules that greatly shorten customers' R&D cycles in control and debugging.","img/product_features_02.webp",{"title":90,"description":91,"image":92},"Full-Chain Control","From chip structure design, epitaxy, and tape-out to device packaging and optical/electrical system design, we master full-chain key technologies, enabling system-level optimization between performance, reliability, and manufacturability rather than relying on passive supply-chain combinations.","img/product_features_03.webp",{"title":94,"description":95,"image":96},"Deep Customization","Based on a deep understanding of full-process fundamentals, we can flexibly customize wavelength, power, linewidth, package form, and interface specifications for different application needs, providing truly application-tailored light source solutions.","img/pro_main.webp","yml",{"title":78,"description":79,"items":99},[100,101,102,103],{"title":82,"description":83,"image":84},{"title":86,"description":87,"image":88},{"title":90,"description":91,"image":92},{"title":94,"description":95,"image":96},[105,106],{"title":11,"description":12,"image":13},{"title":15,"description":16,"image":17},{},"/en",[110],{"title":41,"description":42,"features":111},[112,113,114],{"name":45,"description":46,"icon":47},{"name":49,"description":50,"icon":51},{"name":53,"description":54,"icon":55},[116],{"title":58,"description":59,"reverse":60,"image":13,"features":117},[118,119,120],{"name":63,"description":64,"icon":65,"image":66},{"name":68,"description":69,"icon":70,"image":71},{"name":73,"description":74,"icon":75,"image":76},{"title":5,"ogTitle":5,"description":7},[19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38],"en/0.index","S3VCFWmRuNT7OCMpojUtmSTKj4-lsygmP1WS3Cc9-Go",{"data":126,"body":127},{},{"type":128,"children":129},"root",[130],{"type":131,"tag":132,"props":133,"children":134},"element","p",{},[135],{"type":136,"value":11},"text",1770790787158]网站地图