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NTT develops technologies to support Japan's ICT society by creating innovation through continuing research on fundamental and elemental technologies.
Free Bending Optical Fiber Cord
Metal conduit repair technology
NTT reinforces R&D toward the realization of a next-generation IP network that maintains the properties of both the Internet and telephone networks as a shared infrastructure with high quality, security and reliability by integrating long-accumulated telephone networking technology and leading-edge IP technology. In the field of optical-related technology, NTT boasts the world's top-rated technology as represented by the development of optical switches and the "Free Bending Optical Fiber Cord," an optical fiber cord that can be handled much more easily and quickly than conventional ones, facilitating the low cost and rapid execution of installation works. Such R&D results have already led to the realization of highly reliable large-capacity telecommunications, efficiency improvement of works and cost reduction.
Clean energy: Power generation cell stack of a fuel cell
To overcome social problems such as global environmental preservation, the declining population and nursing care and medical issues in line with the aging of society, NTT is promoting R&D to develop environment-friendly clean rechargeable batteries and realize remote medical care through which people can get diagnosed and treated without hospital visits.
Semiconductor device that conducts digital calculations using the fine oscillations of a leaf spring unit
NTT is committed not only to the medium- and long-term corporate growth of the NTT Group but also to high-tech basic research that supports industrial development throughout the world. Specifically, such an R&D approach includes such research themes as the development of a quantum computer with performance far superior to that of traditional computers and semiconductor devices that adopt new principles to help realize low-power-consumption computers operable with much less power consumption than conventional ones.