Shenzhen Jinzhi Optoelectronics Technology Co., Ltd. lleva muchos años inmersa en el campo de las comunicaciones por fibra óptica, centrándose en la investigación, el desarrollo, la producción y el servicio de soluciones de fibra óptica. Cuenta con tecnología de propiedad intelectual independiente y una red de servicio nacional. Más importante aún, Shenzhen Jinzhi Optoelectronics Technology Co., Ltd. se basa en la alta velocidad, la estabilidad y la seguridad, y ofrece soluciones integrales de comunicación por fibra óptica para hogares, empresas, industrias y otros entornos, contribuyendo así a la modernización de la transmisión de información en la era digital.
SH1001 SH2001-1.25 SH2001 (1.0 mm) SH2001 (2.2 mm) SH2002 SH3001 SH4001 SH4001-1.3 SH4002 SH6001 SH6001-2.2 SH6002 SH8001 SAT2119 SH1004 SH1009-1.25 SH1016 SH1048 SH1032 SH1064 Cable de fibra óptica de plástico Mitsubishi ESKA
As early as the 1970s, Mitsubishi developed plastic optical fiber using PMMA and polystyrene as the core materials, with low-refractive-index fluoroplastic as the cladding. Since then, Mitsubishi has continuously improved the technology and expanded its product lines. Today, its plastic optical fiber products are available in multiple performance levels.
Plastic optical fiber cables are manufactured by coating bare fiber through a specialized coating process. Depending on the application requirements, users can select from the SUPER ESKA, ESKA PREMIER, and ESKA MEGA series.
Widely used in automotive network connections and industrial control applications. It provides optimized mechanical characteristics and can withstand temperatures up to 85°C.
Mainly used in data communication and sensor applications related to everyday infrastructure. The operating temperature is up to 70°C. This grade is widely used in sensing and communication systems.
Single-core types such as SH-1001-1.0, SH-2001-J, SH-4001, SH-4001-1.3, and SH-6001; dual-core type SH-4002; and multi-core types including SH-1004-N, SH-1009-1.25, SH-1016, SH-1032, and SH-1064, with a typical core diameter specification of 0.265 mm.
When used together with quartz optical fiber, plastic optical fiber is highly effective at the broadband network access end. It provides an efficient solution for the “last hundred meters” connection in FTTH networks.
Plastic optical fiber is used in navigation equipment, in-vehicle audio-visual communication and entertainment systems, televisions, DVD players, audio systems, lighting equipment, and digital switching sensor connection lines.
