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This SC/UPC OM3 multimode fiber patch cord is a professional fiber interconnection cable, specially designed for connecting optical transceivers, fiber terminal boxes and various network equipment in fiber link systems. Different from conventional coaxial cables with mesh shielding layers, this cord adopts pure glass core light transmission structure without electromagnetic shielding, effectively avoiding signal interference. It features a 50μm–65μm ultra-fine glass core paired with low-refractive-index glass cladding, which accurately restricts light signals inside the fiber core and greatly reduces transmission loss. Featured with a standard aqua flame-retardant outer jacket, this patch cord complies with IEC safety specifications and RoHS environmental protection norms. It provides multiple standard lengths ranging from 1m to 4m, delivering stable and low-loss signal transmission, and fully adapts to 10GbE high-speed network transmission scenarios with a maximum transmission distance of 300 meters.
1.High-precision SC/UPC Connector for Superior Signal Stability
Adopting premium high-density ceramic ferrules with standard UPC ultra-precision polishing technology, this SC/UPC fiber jumper effectively optimizes optical fitting accuracy. It achieves ultra-low insertion loss below 0.15 dB and ultra-high return loss above 50 dB, maintaining long-term stable signal integrity without packet loss or distortion. The user-friendly push-pull plug-in structure supports frequent plugging and unplugging, features easy operation and stable docking, and is very suitable for frequent wiring adjustment and maintenance in data centers and telecommunication machine rooms.
2.OM3 Laser-optimized Fiber Supports Multi-generation High-speed Networks
Adopting 50μm laser-optimized OM3 multimode fiber core, this high-speed fiber cord is optimized for 850nm wavelength transmission. It stably supports 10G Ethernet long-distance transmission up to 300 meters, which is the mainstream wiring solution for server and switch interconnection. Meanwhile, it enables 40G and 100G ultra-high-speed parallel optical transmission within 100 meters, fully meeting current high-bandwidth demands and reserving upgrade space for future network iteration, a cost-effective long-term networking solution.
3.Standard Aqua Jacket for Efficient Cable Classification
The outer aqua sheath strictly follows TIA-598-C global cabling color coding standards for OM3 laser-optimized fiber. It allows engineering and maintenance personnel to quickly distinguish it from orange OM1/OM2 ordinary multimode cables and violet OM4 high-speed cables, greatly improving wiring sorting and troubleshooting efficiency. The outer sheath is made of flame-retardant and wear-resistant composite material, with strong pressure resistance and aging resistance, meeting international indoor safety deployment standards.
4.Diversified Length Selection for Standardized Cabling Management
This fiber jumper covers 1m, 2m, 3m, 4m mainstream standard lengths, which can perfectly match most standard server cabinet layouts. Appropriate cable length avoids redundant wire accumulation, realizes neat and standardized wiring, effectively reduces equipment room cable clutter, and optimizes internal air circulation and heat dissipation environment of high-density equipment. Customized special lengths are also available to meet personalized engineering wiring needs.
5.Eco-friendly Material, Safe and Sustainable Application
All raw materials of this fiber patch cord comply with international green production standards, free of toxic and hazardous substances such as lead, mercury and cadmium. It has no environmental pollution risks during deployment and use. While ensuring excellent optical transmission performance and long service life, it meets the construction requirements of green and low-carbon network infrastructure projects.
Prouct name : Patch cord SC/UPC-LC/UPC OM3 MM DX 2.0/3.0 PVC/LSZH
Type of Connector : SC/UPC-SC/UPC
Standards : IEC, RoHS
Color : Aqua
Fiber Mode : OM3
Length：1M,2M,3M,4M......
Green standards: Yes
