From "creating" to "manufacturing".
- We conduct basic research and development with an eye on the future of society and anticipate market expansion -
Since our founding, we have focused on developing innovative technologies and products. In addition to the development departments for each business, we have set up an independent research and development department to promote research and development aimed at providing solutions that look to the future.
Through industry-academia collaboration and cooperation with partner companies, we are working to develop young talent and employ a diverse range of specialists. We are strengthening our research and development system to develop technologies that will contribute to the future society.
Project list
PROJECT LIST
-
-
Challenge to ultra-precision resin molding
- Contribution to large-capacity optical communication infrastructure - -
multifiber optical connector used in data centers. A single connector can connect multiple optical fibers, enabling high-density optical connections. There is a growing demand for more optical transmission. In order to meet the demand, we started to challenge ourselves to develop resin-molded parts through which 48 optical fibers pass.
-
-
-
Realizing Co-Packaged Optics technology!
Photonics connecting the future -
Innovative Optical and Wireless Network (IOWN). The IOWN concept was proposed by NTT as a low-power, low-latency, high-capacity, high-quality communications network. To realize this concept, we have begun developing Multifiber ferrules that contribute to the key technology of "Photonics-Electronics-Convergence technology."
-
-
-
Development of a small multifiber optical connector for relaying with optical modules
~Improving the efficiency of Optical Interconnect within devices~ -
As Photonics-Electronics-Convergence technology accelerates, optical cables are now being used inside conventional devices such as optical switches. Miniature relay connectors are attracting attention to reduce the Optical Interconnect density inside optical devices and improve workability. Hakusan has also begun developing a compact multifiber optical connector using its own proprietary MT Ferrule.
-
-
-
Development of immersion-cooling multifiber optical connector
- Application in Next-Generation Data Center Cooling Systems - -
As the spread of cloud services and artificial intelligence increases data traffic and the cooling energy load of data centers increases, liquid immersion cooling technology is attracting attention as a key to energy conservation. Hakusan has begun developing multifiber optical connector compatible with this technology.
-