June 24 news, according to the Japanese Kyodo News report, Toshiba Corporation is expected on the 27th of this month will be the first signing of the United States and Japan and the priority negotiators, the sale of its semiconductor subsidiary Toshiba memory.
For Toshiba Memory, Foxconn had given a higher price of 27 billion yen (about 17.9 billion U.S. dollars) than the US, Japan, and South Korea, but Toshiba ultimately chose the U.S.-Japan-South Korea alliance because of its defense Outflow of technology.
Due to the participation of South Korea's SK Hynix in the United States, Japan, and South Korea, the outside world is worried about the outflow of technology from South Korea. Toshiba President Gang Chuan-chi said: Hynix has no voting rights, do not have to worry about the issue of the outflow.
In addition, Toshiba’s sale of memory was also opposed by Western Digital and filed a lawsuit against US courts. Toshiba said it will continue to negotiate and find a compromise point.
From January of this year, Toshiba considered the spin-off business and planned to sell its subsidiary Toshiba Memory. Foxconn and the American Western Digital spent half a year escaping from it and found nothing. At last Toshiba sold it to its own people. The ownership of this subsidiary finally came down. It's a full stop.
Optical fiber fusion splicer is mainly used for the construction and maintenance of optical cable in optical communication, so it is also called optical cable fusion splicer. The general working principle is to use a high-voltage arc to melt the sections of the two optical fibers while using a high-precision motion mechanism to gently advance the two optical fibers into one, so as to realize the coupling of the optical fiber mode fields.
Optical fiber fusion splicer is mainly used in:
Construction, maintenance and emergency repairs of optical cable lines of telecommunications operators, communication engineering companies, and public institutions;
Experiment, production and testing of optical devices;
research;
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Ordinary optical fiber fusion splicers generally refer to single-core optical fiber fusion splicers. In addition, there are ribbon optical fiber fusion splicers specially used to splice ribbon optical fibers, sheath fusion splicers for splicing sheathed optical cables and jumpers, and splice protection Polarization maintaining fiber fusion splicer for polarized fiber, etc.
According to different alignment methods, fiber fusion splicers can be divided into two categories: cladding-aligned and core-aligned. The cladding alignment type is mainly suitable for occasions such as low-requirement fiber to the home, so the price is relatively low; the core alignment type fiber fusion splicer is equipped with a precision six-motor core alignment mechanism, a specially designed optical lens and software algorithms, which can Accurately identify the fiber type and automatically select the matching splicing mode to ensure the splicing quality. The technical content is high, so the price will be relatively high.
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