Comprehensive Solutions for the Network Reshaping Market

「Upgrades to 800GE networks are entering the full-scale phase, optical transceiver manufacturers are increasing production of optical transceivers for 800GE, and development of optical transceivers for 1.6TE is also progressing. Network equipment manufacturers are making progress in developing high-speed buses such as PCIe (Gen6)(*1).」

「In the network infrastructure sector, the construction and capacity expansion of data centers are accelerating to accommodate the sharp increase in data traffic resulting from the sophistication of cloud services and the wider adoption of generative AI. Upgrades to 800GE networks are entering the full-scale phase, and optical device manufacturers are increasing production of optical devices for 800GE. Network equipment manufacturers are making progress in developing high-speed buses such as PCIe (Gen5/6)(*3), and development of optical devices for 1.6TE has begun. In addition, hyperscalers are laying submarine optical cables along new routes to provide global connectivity between data centers, while activities related to IOWN(*4), which aims to create all-photonic networks, have also become more active.」

「In data centers serving generative AI, upgrades to 800GE networks are entering the full-scale phase, and optical device manufacturers are increasing production of optical devices for 800GE. Network equipment manufacturers are making progress in developing high-speed buses such as PCIe (Gen5/6), and development of optical devices for 1.6TE has begun. Activities related to IOWN(*4), which aims to create all-photonic networks, have also become more active.」

「In addition, the construction and capacity expansion of data centers are accelerating to accommodate the sharp increase in data traffic resulting from the wider adoption of generative AI. In data centers serving generative AI, upgrades to 800GE networks are entering the full-scale phase, and optical device manufacturers are increasing production of optical devices for 800GE. Network equipment manufacturers are making progress in developing high-speed buses such as PCIe (Gen5/6)(*3), and consideration has begun for developing optical devices for 1.6TE. Activities related to IOWN(*4), which aims to create all-photonic networks, have also become more active.」

「In addition, the spread of generative AI is expected to drive a sharp increase in data traffic, and data centers are expanding their capacity. Service providers pursuing further network enhancements are entering the full-scale 100Gbps service phase, while network equipment manufacturers are making progress in developing PCIe (Gen5/6) and 400GE/800GE network equipment. Research and development has also begun on IOWN, which aims to create all-photonic networks.」

「In addition, the spread of generative AI is expected to drive a sharp increase in data traffic, and data centers are expanding their capacity. Service providers pursuing further network enhancements are entering the full-scale 100Gbps service phase, while network equipment manufacturers are making progress in developing PCIe (Gen5/6)(*4) and 400GE/800GE network equipment. Research and development has also begun on IOWN(*5), which aims to create all-photonic networks.」

「In addition, data traffic is surging as cloud services become more sophisticated and 5G services advance, putting increasing pressure on network infrastructure. Service providers pursuing further network enhancements are entering the full-scale 100Gbps service phase, while network equipment manufacturers are making progress in developing 400Gbps/800Gbps network equipment. Research and development has also begun on IOWN(*3), which aims to create all-photonic networks.」

「Among service providers advancing further network speeds, the rollout of 100Gbps services is gathering momentum, while network equipment manufacturers are also making progress in developing 400Gbps network equipment. Accordingly, demand for related measurement solutions remains firm. In addition, radio access networks are being opened up so that operators can build wireless networks more flexibly, while research and development aimed at the practical deployment of 800Gbps and all-optical networks (IOWN) to further upgrade networks has also begun.」

「As a result, operators around the world are proceeding with the adoption of O-RAN.」

「As a result, operators around the world are proceeding with the adoption of O-RAN.」

「In addition, data traffic is surging due to the advancement of cloud services and the progress of 5G services, placing increasing pressure on network infrastructure. Among service providers advancing further network speeds, the rollout of 100Gbps services is gathering momentum, while network equipment manufacturers are also making progress in developing 400Gbps network equipment.」

「Among service providers advancing further network speeds, the rollout of 100Gbps services is gathering momentum, while network equipment manufacturers are also making progress in developing 400Gbps network equipment. In addition, research and development aimed at further upgrading networks, including the practical deployment of 800Gbps and all-optical networks, has begun.」

「In 5G networks, the O-RAN Alliance has been advancing efforts to open up radio access networks so that operators can build radio networks more flexibly. Applying O-RAN standard specifications to base-station equipment previously configured with proprietary manufacturer interfaces has made it easier to build multi-vendor radio access networks. As a result, operators around the world are adopting O-RAN, stimulating the 5G base-station market.」

「The company also captured development- and production-related demand for higher network speeds at data centers and elsewhere.」

「In addition, data traffic is surging due to the advancement of cloud services and the progress of 5G services, placing increasing pressure on network infrastructure. Among service providers advancing further network speeds, the rollout of 100Gbps services is gathering momentum, while network equipment manufacturers are also making progress in developing 400Gbps network equipment. Against this backdrop, the Measurement Business Group focused on developing solutions and establishing its organizational structure to capture development-related demand for 5G commercialization, and captured such demand. It also captured development- and production-related demand for higher network speeds.」

「In addition to solutions for communications equipment research and development, we will pursue business expansion by providing comprehensive solutions spanning the construction and monitoring of communications infrastructure through service quality assurance.」

「In the network infrastructure market, we will strengthen our competitiveness to capture the Network Reshaping market, which is expanding amid explosive growth in data traffic resulting from service expansion and growing data center demand.」

「In the network infrastructure market, we will strengthen our competitiveness to capture the Network Reshaping market, which is expanding amid explosive growth in mobile traffic resulting from service expansion and growing data center demand.」