Optical Spectrum Analyzer (OSA) is a universal instrument that measures the optical power of a light source as a function of wavelength. This instrument is more than sufficient for analyzing broadband optical signals. These products are designed to meet the performance requirements of R&D, testing, and production. The Optical spectrum analyzer is used in the fields of biomedicine, environment, life sciences, and communications, as well as Blu-ray, 3D storage, laser printers, CO2 sensors, and 100G transmission, and consumer electronics. The new generation of OSA is helping customers develop new applications.
Optical Spectrum Analyzers (OSAs) perform accurate spectral measurements. Compatible with free-space light and fiber-coupled sources, these instruments suit a variety of applications, such as resolving Fabry-Perot modes of a gain chip, analyzing the spectrum of a telecom signal, and identifying gas absorption lines.
Global Optical Spectrum Analyzer Market predicted to propagate with a significant rate during the forecast period, 2020-2027. The rising demand for optical spectrum analyzer (OSA) in the telecom and manufacturing industry projected to drive the global optical spectrum analyzer (OSA) market in the future timeframe. With the deepening of applications, portable, handheld, and personalized optical spectrometers analyzers in the 5G era of the Internet of Everything and the era of the Internet of Things will fuel the demand of the global optical spectrum analyzer market. Additionally, the growing demand for wireless technology and the surge in demand for connected environments, especially in the manufacturing sector, thus driving the need for the optical spectrum analyzer.
There are also more opportunities in the fields of new materials, new energy vehicles, lithium batteries, and intelligent hardware. Rapidly evolving communication networks and a unique spectrum like 5G are also creating significant demand opportunities for advanced telecommunication equipment. Thus the demand for OSAs from telecom manufacturers is rising. Furthermore, the growing use of OSA for measure and display the distribution of power of an optical source over a specified wavelength span in various industries such as include telecommunications, consumer electronics, healthcare, life science/medical research, security, sensing, microscopy, and gas/chemical analysis, and environmental monitoring estimated to influence the global optical spectrum analyzer market in the upcoming periods.
The IT & telecommunication industry is proliferating across the globe. Therefore, telecommunication companies are increasing the utilization of optical spectrum analyzers as it is widely used in manufacturing and on-field to ensure the quality of the network and optical instruments. Hence, the growing telecommunication industry is driving the growth of the optical spectrum analyzer market.
Field technicians, engineers, and wireless network installers once again replace existing benchtop spectrum analyzer solutions with portable battery-powered solutions that provide the same quality measurements at a fraction of the size and weight. As cellular technology evolved from GSM through broadband CDMA to LTE, optical spectrum analyzers performed comprehensive demodulation measurements on these portable products, making these products more comprehensive and further simplifying the work of RF field engineers.
Based on product type, the global optical spectrum analyzer market classified into Bench Top, Handheld, and Portable. The Bench Top segment predicted to gain a major share in the market by 2027, owing to the growing demand for benchtop OSA, which analyzes the spectrum of a telecom signal, identifying gas absorption lines and resolving the Fabry-Perot modes of a gain chip.
The Portable segment will boom by its excellent wavelength resolution, with accuracy and dynamic range, which is used in research and development applications.
Based on mode, the global Optical Spectrum Analyzer market bifurcated into Spectrometer Mode and Wavelength Meter Mode. The Wavelength Meter Mode segment projected to dominate due to its application to measure and display the distribution of power from an optic source over a specified wavelength span.
The Spectrometer Mode segment will influence by its application in high-precision gas spectroscopy, astronomical spectroscopy, femtosecond comb fingerprinting spectroscopy, etc.
Based on the end-user industry, the global Optical Spectrum Analyzer market categorized into IT & Telecommunication, Semiconductors & Electronics, Medical & Healthcare, Automotive and Transportation, and Others. IT & Telecommunication segment expected to gain maximum revenue by 2027 owing to rapidly evolving communication networks and a new spectrum like 5G, creating significant demand opportunity for advanced telecommunication equipment.
The Semiconductors & Electronic segment will drive by its application to accelerate the development and manufacturing of short wavelength lasers, passive devices, and LEDs as well as equipment that uses these devices for consumer product and telecommunications markets.
Based on geography, the global Optical Spectrum Analyzer (OSA) market segmented into North America, Europe, Asia Pacific, South America, and Middle East & Africa. North America estimated to occupy the lion’s market share by 2027 due to the advancement of 5G in these regions, coupled with the rise in the number of smartphone users across the USA.
The Asia Pacific will drive by the massive sale of automobiles and the emergence of China as a global manufacturing hub.
Companies such as Yokogawa Corporation, EXFO Inc., AMS Technologies, Thorlabs Inc., VIAVI Solutions, Anritsu Corporation, Finisar, ADC Corporation, Apex Technologies, Bristol Corporation, Aragon Photonics Brillouin, New Ridge Technologies, ID Photonics, Yenista Optics, and Others are the key players in the Global Optical Spectrum Analyzer (OSA) Market.
By Product Type
By End-user Industry