PROJECT
Realizing Photonics-Electronics-Convergence technology! The future that Photonics connects
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ARTICLE LIST
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What is IOWN? ～Background of participating in IOWN-GF～
Create new value through originality and challenge. This is Hakusan Inc. From this article, we will deliver the details of the research and development carried out by Hakusan Inc. IOWN promotion department. The theme of the series of articles is "Toward the realization of Photonics-Electronics-Convergence! The future connected by Photonics/Optics." Since its founding in 1947, Hakusan Inc. …
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What is the key to next-generation optical communications, what is the development to realize the "IOWN concept"?
This time, we interviewed the manager of the IOWN Promotion Department about the IOWN concept. In this interview, we asked Hakusan Inc. about its initiatives related to the "IOWN concept" and the technical value it provides, as well as the challenges faced during development and future prospects. IO…
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Supporting Communication Technologies in Next-Generation Data Centers: "CMF®" and "MTHR®"
Technology to tackle the massive increase in traffic and power consumption In order to solve the social issue of the massive increase in traffic at data centers and the accompanying increase in power consumption, Co-Packaged Optics (CPO), On Board Optics (OBO), and the IOWN proposed by NTT have been developed.
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What is a Reflowable MT Ferrule? ~ Development of MT Ferrule Compatible with CPO/OBO ~
As data centers evolve, optical connection technology is also advancing rapidly. In particular, the spread of next-generation technologies such as Co-Packaged Optics (CPO) and On-Board Optics (OBO) has created a demand for optical connectors with higher performance and improved heat resistance. To meet this need, Hakusan Inc....
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What is CMF (Ceramic Multifiber Ferrule)? A new optical connectivity solution
What are the features of CMF (Ceramic Multifiber Ferrule)? - Three features required for CPO - CMF (Ceramic Multifiber Ferrule) is a technology that plays an innovative role in the optical communication networks of data centers and AI clusters. In particular, Co…
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Reduced cladding MT Ferrule: the evolution of high-density optical connectors
Towards realizing high-density wiring in next-generation data centers As the evolution of optical communication technology accelerates, the demand for higher speeds and larger capacities in data centers is increasing. To meet this demand, Hakusan continues to develop cutting-edge optical connector technology. In this article, we will introduce in detail the "reduced cladding MT Ferrule" that is at the core of this technology...
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The Importance of Optical Waveguides and On-Board Optical interconnects | Technology for Next-Generation Data Centers
What is the optical waveguide technology that supports high-speed, low-latency optical communications? As the demand for high-speed data communications in data centers and the high-performance computing (HPC) field rapidly increases, **Optical Waveguide** has become an essential technology. In particular, **On-board optical wiring (On-B…
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Narrow-Pitch MT Ferrule (MTDS®): Achieving High-Density Data Communication with Optical Connector Technology
Introduction: Technological innovation supporting "data center optical connection" in the AI era With the rapid advancement of AI technology, the amount of data communication in "data centers" is increasing dramatically. In particular, new technologies such as "CPO (Co-Packaged Optics)" and "OBO (On-Board Optics)" (...