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Photonic Design Automation
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Æ÷Åä´Ð µðÀÚÀÎ ÀÚµ¿È­°¡ Â÷¼¼´ë ±â¼ú¿¡ ÇʼöÀûÀÎ ÀÌÀ¯´Â ¹«¾ùÀϱî?

Æ÷Åä´Ð µðÀÚÀÎ ÀÚµ¿È­(PDA)´Â ƯÈ÷ ±âÁ¸ ÀüÀÚ ½Ã½ºÅÛÀÌ ¼º´ÉÀÇ ÇѰ迡 µµ´ÞÇÔ¿¡ µû¶ó ÷´Ü ±¤ÇÐ ½Ã½ºÅÛ ¹× ÁýÀû ±¤ÇРȸ·ÎÀÇ °³¹ß¿¡ ÀÖ¾î Áß¿äÇÑ ¿øµ¿·ÂÀ¸·Î ºÎ»óÇϰí ÀÖ½À´Ï´Ù. »ê¾÷°è°¡ ´õ ³ôÀº µ¥ÀÌÅÍ ¼Óµµ, ´õ ³·Àº Àü·Â ¼Òºñ, ´õ ÄÄÆÑÆ®ÇÑ µð¹ÙÀ̽º ¾ÆÅ°ÅØÃ³¸¦ ÁöÇâÇÏ´Â °¡¿îµ¥, µ¥ÀÌÅÍ Àü¼Û ¹× µ¥ÀÌÅÍ Ã³¸®¿¡ ºûÀ» Ȱ¿ëÇÏ´Â °ÍÀÌ ÁÖ¸ñ¹Þ°í ÀÖ½À´Ï´Ù. PDA ÅøÀ» ÅëÇØ ¿£Áö´Ï¾î´Â Æ÷Åä´Ð ºÎǰ°ú ½Ã½ºÅÛÀ» Á¤¹ÐÇÏ°Ô ¼³°è, ½Ã¹Ä·¹À̼Ç, °ËÁõ, ÃÖÀûÈ­ÇÒ ¼ö ÀÖÀ¸¸ç, ¹ÝµµÃ¼ ¼³°è¿¡¼­ EDA(Electronic Design Automation)ÀÇ ¿ªÇÒÀ» ¹Ý¿µÇÒ ¼ö ÀÖ½À´Ï´Ù. ƯÈ÷ µ¥ÀÌÅͼ¾ÅÍ, 5G ³×Æ®¿öÅ©, °í¼º´É ÄÄÇ»ÆÃ µî º¸´Ù ºü¸£°í È¿À²ÀûÀÎ Åë½Å ÀÎÇÁ¶ó¿¡ ´ëÇÑ ¼ö¿ä°¡ ±ÞÁõÇϸ鼭 ½Ç¸®ÄÜ Æ÷Åä´Ð½º¿¡ ´ëÇÑ °ü½ÉÀÌ °¡¼ÓÈ­µÇ°í ÀÖÀ¸¸ç, ÀÌ¿¡ µû¶ó Á¤±³ÇÑ PDA Ç÷§Æû¿¡ ´ëÇÑ Çʿ伺ÀÌ ³ô¾ÆÁö°í ÀÖ½À´Ï´Ù. ¶ÇÇÑ, ¾çÀÚ ÄÄÇ»ÆÃ, ÀÚÀ²ÁÖÇàÂ÷ÀÇ LiDAR ½Ã½ºÅÛ, ÀÇ·á Áø´Ü¿ë ¹ÙÀÌ¿À¼¾¼­ µîÀÇ µîÀåÀ¸·Î Æ÷Åä´Ð ¾ÖÇø®ÄÉÀ̼ÇÀÇ ¹üÀ§°¡ È®´ëµÇ°í ÀÖÀ¸¸ç, ÀÌ ¸ðµç ¾ÖÇø®ÄÉÀ̼ÇÀº Çõ½ÅÀ» È¿À²ÀûÀ¸·Î ½ÃÀå¿¡ Ãâ½ÃÇϱâ À§ÇØ Á¤¹ÐÇÑ ¼³°è µµ±¸¿¡ ÀÇÁ¸Çϰí ÀÖ½À´Ï´Ù. ÀÇÁ¸Çϰí ÀÖ½À´Ï´Ù. Æ÷Åä´Ð µð¹ÙÀ̽º´Â ÆÄµ¿ °Åµ¿, ÆÄÀå °¨µµ, Á¦Á¶ÀÇ º¯µ¿¼ºÀ¸·Î ÀÎÇØ ÀüÀÚ µð¹ÙÀ̽ºº¸´Ù ¸ðµ¨¸µÀÌ º»ÁúÀûÀ¸·Î º¹ÀâÇϸç, ±â´É¼º°ú ¼öÀ²À» º¸ÀåÇϱâ À§ÇØ PDA ¼ÒÇÁÆ®¿þ¾î°¡ ÇʼöÀûÀÔ´Ï´Ù. ±â¾÷µéÀÌ ½ÃÀå Ãâ½Ã ½Ã°£°ú ¼³°è ¸®½ºÅ©¸¦ ÃÖ¼ÒÈ­Çϱâ À§ÇØ ³ë·ÂÇÏ´Â °¡¿îµ¥, PDA´Â Æ÷Åä´Ð µðÀÚÀÎ ÄÁ¼Á°ú ½ÇÁ¦ »ý»ê °¡´ÉÇÑ Á¦Ç° »çÀÌÀÇ °£±ØÀ» ¸Þ¿ì´Â µ¥ ÇÊ¿äÇÑ µµ±¸°¡ µÇ°í ÀÖ½À´Ï´Ù.

½Ã¹Ä·¹À̼ǰú ¸ðµ¨¸µÀÇ Çõ½ÅÀº PDAÀÇ ´É·ÂÀ» ¾î¶»°Ô Çâ»ó½Ã۰í Àִ°¡?

½Ã¹Ä·¹ÀÌ¼Ç ¾Ë°í¸®Áò, ¸ðµ¨¸µ ÇÁ·¹ÀÓ¿öÅ©, Ŭ¶ó¿ìµå ±â¹Ý ÄÄÇ»ÆÃÀÇ ±â¼ú ¹ßÀüÀ¸·Î Æ÷Åä´Ð µðÀÚÀÎ ÀÚµ¿È­ ÅøÀÇ ±â´É°ú »ç¿ë ÆíÀǼºÀÌ Å©°Ô Çâ»óµÇ¾ú½À´Ï´Ù. °¡Àå Áß¿äÇÑ Çõ½Å Áß Çϳª´Â ´ÙÁß ¹°¸® ½Ã¹Ä·¹À̼ÇÀ¸·Î, PDA Ç÷§ÆûÀº ºûÀÇ ÀüÆÄ ¹× °£¼·»Ó¸¸ ¾Æ´Ï¶ó ±¤¼ÒÀÚÀÇ ¼º´É¿¡ ¿µÇâÀ» ¹ÌÄ¡´Â ¿­Àû, ±â°èÀû, Àü±âÀû »óÈ£ ÀÛ¿ëÀ» ¸ðµ¨¸µÇÒ ¼ö ÀÖ°Ô µÇ¾ú½À´Ï´Ù. ½Ã°£ ¿µ¿ª ¼Ö¹ö¿Í Á֯ļö ¿µ¿ª ¼Ö¹ö¸¦ ÅëÇÕÇÏ¿© ´Ù¾çÇÑ µ¿ÀÛ Á¶°Ç¿¡¼­ Á¾ÇÕÀûÀÎ ÇØ¼®À» ¼öÇàÇÒ ¼ö ÀÖÀ¸¸ç, ½ÇÁ¦ »ç¿ë ȯ°æ¿¡¼­ ÃÖÀûÀÇ ¼º´ÉÀ» º¸ÀåÇÕ´Ï´Ù. Çâ»óµÈ ±×·¡ÇÈ »ç¿ëÀÚ ÀÎÅÍÆäÀ̽º¿Í Ä¿½ºÅ͸¶ÀÌ¡ÀÌ °¡´ÉÇÑ ¶óÀ̺귯¸®¸¦ ÅëÇØ ´Ù¾çÇÑ ¼öÁØÀÇ Àü¹® Áö½ÄÀ» °¡Áø ¿£Áö´Ï¾îµéÀÌ º¸´Ù ³ôÀº Á¤¹Ðµµ¿Í ¼Óµµ·Î µµÆÄ°ü, º¯Á¶±â, °øÁø±â, ±¤°ËÃâ±â¸¦ ½±°Ô ¼³°èÇÒ ¼ö ÀÖ½À´Ï´Ù. ÆÄ¶ó¸ÞÆ®¸¯ ½ºÀ¬ ¹× ÀÚµ¿ ÃÖÀûÈ­ ¾Ë°í¸®ÁòÀº ´ë¿ªÆø, °áÇÕ È¿À², »ðÀÔ ¼Õ½Ç µî µð¹ÙÀ̽º Ư¼ºÀ» ¹Ì¼¼ Á¶Á¤ÇÏ´Â µ¥ µµ¿òÀÌ µË´Ï´Ù. ¶ÇÇÑ, ÀΰøÁö´É°ú ¸Ó½Å·¯´× ±â¼úÀÇ µµÀÔÀ¸·Î ¼³°è °á°ú ¿¹Ãø, ¹Ýº¹ Áֱ⠴ÜÃà, Á¦Á¶ °¡´É¼º ¿¹Ãø °³¼± µî ¼³°è ¿öÅ©Ç÷ο찡 º¯È­Çϰí ÀÖ½À´Ï´Ù. Ŭ¶ó¿ìµå ±â¹Ý PDA ȯ°æÀº È®Àå °¡´ÉÇÑ ½Ã¹Ä·¹ÀÌ¼Ç ¸®¼Ò½º¸¦ Á¦°øÇÏ¿© °í¼º´É ¿ÂÇÁ·¹¹Ì½º Çϵå¿þ¾î ¾øÀ̵µ Áö¿ª °£ Çù¾÷°ú º¹ÀâÇÑ ½Ã¹Ä·¹À̼ÇÀ» ½ÇÇàÇÒ ¼ö Àִ ȯ°æÀ» Á¦°øÇÕ´Ï´Ù. ¼³°è Æ÷¸ËÀÇ Ç¥ÁØÈ­¿Í EDA¿Í PDA Åø °£ÀÇ »óÈ£ ¿î¿ë¼º ¶ÇÇÑ ÀüÀÚ-±¤ÇÐ ½Ã½ºÅÛÀÇ °øµ¿ ¼³°è¸¦ °£¼ÒÈ­ÇÕ´Ï´Ù. ÀÌ·¯ÇÑ Çõ½ÅÀº ½Ã¹Ä·¹À̼ǰú Á¦Á¶ÀÇ ÇѰ踦 ¶Ù¾î³Ñ¾î ¼³°èÀÚµéÀÌ Á¡Á¡ ´õ º¹ÀâÇØÁö´Â Æ÷Åä´Ð ½Ã½ºÅÛÀ» º¸´Ù ¾ÈÁ¤ÀûÀ̰í È¿À²ÀûÀ¸·Î ´Ù·ê ¼ö ÀÖµµ·Ï µ½°í ÀÖ½À´Ï´Ù.

½ÃÀå È®´ë¿¡ ÀÖ¾î ¾÷°è Çù·Â°ú ±³À°ÀÇ ¿ªÇÒÀº?

Æ÷Åä´Ð µðÀÚÀÎ ÀÚµ¿È­ ÅøÀÇ ±Þ°ÝÇÑ ¼ºÀå°ú äÅÃÀº Çаè, ¾÷°è, Á¤ºÎ ±â°üÀÇ Çù·Â¿¡ ÀÇÇØ Å« ¿µÇâÀ» ¹Þ°í ÀÖ½À´Ï´Ù. Æ÷Åä´Ð½º´Â ÀüÅëÀûÀÎ ÀüÀÚÁ¦Ç°¿¡ ºñÇØ ¾ÆÁ÷Àº ºñ±³Àû Àü¹®ÀûÀÎ ºÐ¾ßÀ̱⠶§¹®¿¡ Áö½Ä, ±³À°, °³¹ß ÀÚ¿øÀ» °øÀ¯ÇÏ´Â °­·ÂÇÑ »ýŰ踦 ±¸ÃàÇÏ´Â °ÍÀÌ ½ÃÀå ¼º¼÷À» À§ÇØ ÇʼöÀûÀÔ´Ï´Ù. ÁÖ¿ä ´ëÇÐ ¹× ¿¬±¸ °³¹ß ±â°üÀº ¸ðµ¨¸µ ±â¼úÀ» °³¼±ÇÏ°í »õ·Î¿î Àç·á, ±¸Á¶ ¹× Á¦Á¶ ¿öÅ©Ç÷ο츦 PDA Ç÷§Æû¿¡ ÅëÇÕÇϱâ À§ÇØ ¼ÒÇÁÆ®¿þ¾î °³¹ßÀÚ¿Í Àû±ØÀûÀ¸·Î Çù·ÂÇϰí ÀÖ½À´Ï´Ù. ÀÌ·¯ÇÑ ÆÄÆ®³Ê½ÊÀº Â÷¼¼´ë ¿£Áö´Ï¾î¿Í °úÇÐÀÚµéÀÌ PDA µµ±¸¸¦ È¿°úÀûÀ¸·Î »ç¿ëÇÏ°í °³¼±ÇÏ´Â µ¥ ÇÊ¿äÇÑ ±â¼úÀ» ½ÀµæÇÒ ¼ö ÀÖµµ·Ï ÀÎÀç ¾ç¼º¿¡µµ ÇʼöÀûÀÔ´Ï´Ù. ¾÷°è ÄÁ¼Ò½Ã¾ö°ú ¿ÀÇ ¼Ò½º ÀÌ´Ï¼ÅÆ¼ºê´Â Ç¥ÁØÈ­µÈ ¶óÀ̺귯¸®, ÀÎÅÍÆäÀ̽º, º¥Ä¡¸¶Å©ÀÇ »ý¼ºÀ» ÃËÁøÇϰí, °³¹ß ºñ¿ë Àý°¨°ú µµ±¸ÀÇ »óÈ£¿î¿ë¼ºÀ» ÃËÁøÇϰí ÀÖ½À´Ï´Ù. ÁÖÁ¶ °øÀå¿¡¼­´Â ¼³°è ŰƮ¿¡ PDA Áö¿øÀ» ÅëÇÕÇÏ´Â ¿òÁ÷ÀÓÀÌ °¡¼ÓÈ­µÇ°í ÀÖÀ¸¸ç, ¼³°èÀÚ´Â »ý»ê Àü¿¡ ·¹À̾ƿôÀ» ½Ã¹Ä·¹À̼ÇÇÏ°í °ËÁõÇÒ ¼ö ÀÖ¾î ºñ¿ëÀÌ ¸¹ÀÌ µå´Â ¿À·ù¸¦ ÁÙÀ̰í ù ¹øÂ° ÆÐ½ºÀÇ ¼º°ø·üÀ» ³ôÀÏ ¼ö ÀÖ½À´Ï´Ù. ƯÈ÷ ºÏ¹Ì, µ¿¾Æ½Ã¾Æ µîÀÇ Áö¿ª¿¡¼­´Â Æ÷Åä´Ð½º ±â¼ú Çõ½Å¿¡ ´ëÇÑ Á¤Ã¥ ÁÖµµ ÀÌ´Ï¼ÅÆ¼ºê°¡ Æ÷Åä´Ð½º¿Í PDAÀÇ °øµ¿ ¿¬±¸°³¹ßÀ» À§ÇÑ Àڱݰú ÀÎÇÁ¶ó¸¦ Á¦°øÇϰí ÀÖ½À´Ï´Ù. ¼ÒÇÁÆ®¿þ¾î º¥´õ¿Í °ø°ø ±â°üÀÌ ÁÖÃÖÇÏ´Â ±³À° Áö¿ø ¹× ±³À° ÇÁ·Î±×·¥Àº ÀÌ ºÐ¾ßÀÇ ÀÎÁöµµ¿Í ±â¼ú °³¹ßÀ» ´õ¿í È®´ë½Ã۰í ÀÖ½À´Ï´Ù. ÀÌ·¯ÇÑ Çù·ÂÀû Á¢±Ù ¹æ½ÄÀº ÁøÀÔ À庮À» ³·Ãß°í, Çõ½Å Áֱ⸦ °¡¼ÓÈ­Çϸç, ±âÁ¸ ¹× ½ÅÈï ±â¼ú ºÐ¾ß Àü¹Ý¿¡ °ÉÃÄ ±¤¼³°è ÀÚµ¿È­°¡ ±¤¹üÀ§ÇÏ°Ô Ã¤ÅÃµÉ ¼ö ÀÖµµ·Ï µ½°í ÀÖ½À´Ï´Ù.

PDA ½ÃÀåÀÇ ¼ºÀå°ú ¹Ì·¡¸¦ ÃËÁøÇÏ´Â ¿äÀÎÀº ¹«¾ùÀΰ¡?

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Global Photonic Design Automation Market to Reach US$3.8 Billion by 2030

The global market for Photonic Design Automation estimated at US$1.7 Billion in the year 2024, is expected to reach US$3.8 Billion by 2030, growing at a CAGR of 13.7% over the analysis period 2024-2030. Solutions Component, one of the segments analyzed in the report, is expected to record a 15.4% CAGR and reach US$2.7 Billion by the end of the analysis period. Growth in the Services Component segment is estimated at 10.1% CAGR over the analysis period.

The U.S. Market is Estimated at US$475.8 Million While China is Forecast to Grow at 18.6% CAGR

The Photonic Design Automation market in the U.S. is estimated at US$475.8 Million in the year 2024. China, the world's second largest economy, is forecast to reach a projected market size of US$814.6 Million by the year 2030 trailing a CAGR of 18.6% over the analysis period 2024-2030. Among the other noteworthy geographic markets are Japan and Canada, each forecast to grow at a CAGR of 9.8% and 12.3% respectively over the analysis period. Within Europe, Germany is forecast to grow at approximately 10.9% CAGR.

Global Photonic Design Automation Market - Key Trends & Drivers Summarized

Why Is Photonic Design Automation Becoming Essential in Next-Generation Technologies?

Photonic Design Automation (PDA) is increasingly emerging as a critical enabler in the development of advanced optical systems and integrated photonic circuits, especially as traditional electronic systems approach their performance limitations. As industries move toward higher data rates, lower power consumption, and more compact device architectures, the use of light for data transmission and processing is gaining prominence. PDA tools allow engineers to design, simulate, verify, and optimize photonic components and systems with high precision, mirroring the role of Electronic Design Automation (EDA) in semiconductor design. The surge in demand for faster, more efficient communication infrastructure, especially in data centers, 5G networks, and high-performance computing, has accelerated interest in silicon photonics and, by extension, the need for sophisticated PDA platforms. Furthermore, the rise of quantum computing, LiDAR systems in autonomous vehicles, and biosensors in medical diagnostics are expanding the range of photonic applications, all of which rely on accurate design tools to bring innovation to market efficiently. Photonic devices are inherently more complex to model than electronic counterparts due to wave behavior, wavelength sensitivity, and fabrication variability, making PDA software essential for ensuring functionality and yield. As companies seek to minimize time to market and design risks, PDA is becoming a necessary tool for bridging the gap between conceptual photonic designs and real-world manufacturable products.

How Are Innovations in Simulation and Modeling Enhancing PDA Capabilities?

Technological advancements in simulation algorithms, modeling frameworks, and cloud-based computing are significantly enhancing the capabilities and usability of Photonic Design Automation tools. One of the most critical innovations lies in multi-physics simulation, which allows PDA platforms to model not only light propagation and interference but also the thermal, mechanical, and electrical interactions that influence photonic device performance. Integration of time-domain and frequency-domain solvers enables users to conduct comprehensive analysis across varying operational conditions, ensuring optimal performance under real-world use. Enhanced graphical user interfaces and customizable libraries now make it easier for engineers with varying levels of expertise to design waveguides, modulators, resonators, and photodetectors with greater accuracy and speed. Parametric sweeps and automated optimization algorithms help to fine-tune device characteristics such as bandwidth, coupling efficiency, and insertion loss. Moreover, the adoption of artificial intelligence and machine learning techniques is transforming design workflows by predicting design outcomes, reducing iterative cycles, and improving manufacturability predictions. Cloud-based PDA environments are allowing for scalable simulation resources, enabling teams across geographies to collaborate and run complex simulations without the need for high-performance on-premise hardware. Standardization of design formats and interoperability between EDA and PDA tools are also streamlining co-design of electronic-photonic systems. Collectively, these innovations are pushing the boundaries of what can be simulated and manufactured, empowering designers to tackle increasingly complex photonic systems with greater confidence and efficiency.

What Role Do Industry Collaboration and Education Play in Market Expansion?

The rapid growth and adoption of Photonic Design Automation tools are being significantly influenced by collaboration among academia, industry players, and government bodies. As photonics is still a relatively specialized field compared to traditional electronics, building a strong ecosystem of shared knowledge, training, and development resources is crucial for market maturation. Leading universities and research institutions are actively partnering with software developers to refine modeling techniques and incorporate new materials, structures, and fabrication workflows into PDA platforms. These partnerships are also critical for workforce development, as they ensure the next generation of engineers and scientists are equipped with the necessary skills to use and improve PDA tools effectively. Industry consortia and open-source initiatives are fostering the creation of standardized libraries, interfaces, and benchmarks, which in turn reduce development costs and facilitate tool interoperability. Fabrication foundries are increasingly integrating PDA support into their design kits, allowing designers to simulate and validate layouts before manufacturing, thus reducing costly errors and improving first-pass success rates. Policy-driven initiatives in photonic innovation, particularly in regions such as Europe, North America, and East Asia, are providing funding and infrastructure for collaborative R&D in photonics and PDA. Educational outreach and training programs sponsored by software vendors and public institutions are further expanding awareness and skill development in the field. This collaborative approach is helping to lower entry barriers, accelerate innovation cycles, and ensure broader adoption of photonic design automation across both established and emerging technology sectors.

What Factors Are Driving the Growth and Future Potential of the PDA Market?

The growth in the Photonic Design Automation market is driven by several converging trends related to the evolution of communication technologies, growing data needs, and the limitations of electronic-only systems. One of the core drivers is the rising demand for high-speed data transfer and bandwidth in industries such as telecommunications, cloud computing, and artificial intelligence, which are pushing the limits of electronic hardware. Photonic integration offers a path forward by enabling faster, energy-efficient data transmission, and PDA tools are crucial for making that integration feasible and scalable. The development of data-intensive applications, including autonomous vehicles, augmented and virtual reality, and quantum computing, also requires photonic components with highly specific performance metrics that can only be achieved through precise simulation and design. In addition, the move toward heterogeneous integration, where photonics and electronics are co-designed on the same chip, is making PDA a necessary complement to traditional EDA workflows. Advances in foundry services and the growing availability of commercial silicon photonics fabrication platforms are encouraging startups and established tech companies alike to enter the photonics space. This expanding user base, along with the increasing complexity of photonic systems, creates sustained demand for sophisticated PDA tools. The rise of fabless design models in photonics, much like in the semiconductor industry, further reinforces the need for high-fidelity design automation software. As technological frontiers continue to shift, PDA is positioned not only as a tool for efficiency but also as a critical catalyst for breakthroughs in next-generation computing, sensing, and communication systems.

SCOPE OF STUDY:

The report analyzes the Photonic Design Automation market in terms of units by the following Segments, and Geographic Regions/Countries:

Segments:

Component (Solutions Component, Services Component); Deployment (On-Premise Deployment, Cloud Deployment); Application (Academic Research Application, Industrial Research & Manufacturing Application)

Geographic Regions/Countries:

World; United States; Canada; Japan; China; Europe (France; Germany; Italy; United Kingdom; Spain; Russia; and Rest of Europe); Asia-Pacific (Australia; India; South Korea; and Rest of Asia-Pacific); Latin America (Argentina; Brazil; Mexico; and Rest of Latin America); Middle East (Iran; Israel; Saudi Arabia; United Arab Emirates; and Rest of Middle East); and Africa.

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TABLE OF CONTENTS

I. METHODOLOGY

II. EXECUTIVE SUMMARY

III. MARKET ANALYSIS

IV. COMPETITION

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