2022-07-08

Structure of optical fiber:Optical fibers are generally divided into three layers:The first layer of fiber core: the center is a glass core with high refractive index, which is used to transmit optical signals;The second layer of cladding: the middle is a silicon glass cladding with low refractive index, which forms total reflection conditions with the fiber core;The third layer of coating: the outermost layer is the resin coating for reinforcement. The main component of bare optical fiber is si

2022-07-08

Due to the existence of hydroxyl ions in optical fibers, usually only a few wavelength windows can be used for optical signal transmission, such as traditional single-mode optical fibers, because there is a very serious water peak at the E-band of 1400nm, under normal circumstances. It is impossible to carry out optical signal transmission, but with the maturity of processing technology, by adding a small amount of rare elements in the fiber drawing process, the water peak at 1400nm is limited,

2022-07-08

Product overviewFastlinkcabsys Optical Fiber cabling system is an enhanced optical network cabling solution. The optical Fiber meets the physical protection in different environments, and provides excellent optical performance, which is in line with the current application of optical network bandwidth. This set of products also has flexibility, stability, capacity expansion and system integration flexibility, and can face the development of ultra-high speed network technology in the future.P3.01

2022-07-08

* Non IEEE standard length, only suitable for use under restrictive conditions.P3.01.04_Applicable distance of optical fiber.pdfP3.01.04_光纤适用距离.pdf

2022-07-14

Product featuresTeracap Single-mode fiber suppresses the loss of ordinary Single-mode fiber caused by hydroxyl ion (oh-) absorption near 1383nm, extends the working window to the full band of 1260-1625nm, and increases the spectral bandwidth of about 100nm. Teracap comprehensively optimizes the attenuation and dispersion characteristics of 1260-1625nm full band, improves the bending resistance of L-band (1565-1625nm), and fully meets the needs of transmitting a variety of high-speed applications

2022-07-14

P3.02.06_Optical characteristics of TeraCap Singlemode fiber with zero water peak.pdfP3.02.06_TeraCap 零水峰单模光纤光学特性.pdf

2022-07-15

Product featuresTeraSafe BI-OS2 9/125μm G.657-A1 OS2 FiberTerasafe Single-mode fiber has all the characteristics of Teracap fiber, and has better bending performance, which can make full use of O-E-S-C-I band (1260~1625nm) transmission. Terasafe is also called flexible optical fiber or foldable optical fiber; Terasafe has excellent working performance in small bending radius, and can be widely used in FTTH and environments with small bending radius requirements.Terasafe series Single-mode optic

2022-07-15

P3.02.08_Optical characteristics of TeraSafe Bend Insensitive Zero water peak Singlemode fiber.pdfP3.02.08_TeraSafe零水峰弯曲不敏感单模光纤光学特性.pdf

2022-07-18

Product featuresHiCap OM2 Multimode fiberHicap core diameter is 50μm. Fiber shell diameter is 125μM step index multimode fiber, which comprehensively optimizes the characteristics of 850nm and 1300nm working windows, has the highest bandwidth and the lowest attenuation, and meets the requirements of using in 850nm and 1300nm windows.The advantages of low attenuation and high bandwidth of Hicap multimode fiber enable it to be widely used in local area network communication, video signal transmi

2022-07-18

P3.02.12_Optical characteristics of HiCap-BaseCap Multimode fiber.pdfP3.02.12_HiCap-BaseCap 多模光纤光学特性.pdf

2022-07-18

Product featuresMaxCap Safe 300 BI-OM3MaxCap Safe 300 core diameter is 50μm. Fiber shell diameter is 125μM graded emissivity laser optimized Multimode fiber is suitable for ultra-high speed local area networks, such as 10G Ethernet transmission applications, and can also be used for LAN systems with transmission rates below 10 Gigabit, such as Ethernet, ATM, fiber channel and other transmission applications.MaxCap Safe 300 optical fiber meets the requirements of 850nm and 1300nm single/double

2022-07-18

P3.02.10_Optical characteristics of MaxCap Safe Bend Insensitive OM3-OM4-OM5 10G Multimode fiber.pdfP3.02.10_MaxCap Safe 弯曲不敏感万兆多模光纤光学特性.pdf

2022-07-08

P3.02.02_Structure diagram of outdoor metal armored optical fiber.pdfP3.02.02_室外金属铠装光缆结构图.pdf

2022-07-14

Product advantages- Fastlinkcabsys outdoor metal armored multi sleeve optical cable is covered with polyethylene (PE), and the cable core is in the center is a steel wire, which is surrounded by a loose tube (pbtp) and a filler rope (steel wire) is twisted into a compact round cable core, and the optical fiber is placed in the loose tube (pbtp) and filled with waterproof glue; The gap between cable cores is filled with water blocking filler to make the cable more waterproof; The cable core is co

2022-07-08

P3.02.01_Structure diagram of outdoor non-metallic optical fiber.pdfP3.02.01_室外非金属光缆结构图.pdf

2022-07-14

Product advantages- Fastlinkcabsys outdoor non-metallic multi sleeve optical fiber is covered with polyethylene (PE), there is a polyester yarn cable on both sides of the outer sheath to facilitate the stripping of the optical cable. The center of the cable is a glass fiber reinforced plastic (FRP), loose tube (PBTP) and filling rope are twisted around the center reinforced plastic (FRP) to form a compact circle. The optical fiber is placed in the loose tube (PBTP) and filled with waterproof glu

2022-07-14

Product advantages- Fastlinkcabsys outdoor non-metallic multi sleeve optical fiber is covered with polyethylene (PE), there is a polyester yarn cable on both sides of the outer sheath to facilitate the stripping of the optical cable. The center of the cable is a glass fiber reinforced plastic (FRP), loose tube (PBTP) and filling rope are twisted around the center reinforced plastic (FRP) to form a compact circle. The optical fiber is placed in the loose tube (PBTP) and filled with waterproof glu

2022-07-14

Product advantages- Fastlinkcabsys single unit indoor non-metallic optical cables use 900μM flame retardant (tight buffer) optical fiber is used as the transmission medium, the outer coating is polyvinyl chloride (PVC) or low smoke halogen-free (LSOH), and the outer coating is filled with aramid yarn to provide better protection and tensile resistance of the optical cable; The maximum number of cores of optical fiber is 96.- The overall structure of fastlinkcabsys single bundle indoor optical c

2022-07-14

P3.02.18_Model of indoor multi-purpose optical fiber.pdfP3.02.18_室内多用途光缆型号.pdf

2022-07-15

Product advantage- Comply with ANSI/TIA 568.3-D, TIA/EIA 568-B.3, ISO/IEC 11801 2nd amendment standards.- Provide Basecap (62.5/125μm )、HiCap(50/125μm)、MaxCap 300（50/125μm OM3)、 MaxCap 550 (50/125μM OM4) and teracap (9/125μm )、TeraSafe（9/125μm ITU-T G.657-A)、TeraSafe Plus(9/125μM ITU-T G.657-B) and other products.- Precision ceramic plating zirconia ferrale design, convex lens grinding polishing, low loss, suitable for LAN/WAN and CATV/CCTV applications.- Support 10/100Base F, 1000

2022-07-15

P3.03.06_Model of Fiber Patch Cord and Pigtail.pdfP3.03.06_光纤尾纤与跳线型号.pdf

2022-07-19

*. The two ends of armored optical fiber Patch Cord are two simplex LC Connecter by default. (marked with AB, convenient for field polarity conversion)*. If duplex LC-LC is required, it should be noted that the finished product can be added with transparent buckle before leaving the factory.Simplex to DuplexProduct advantage- Comply with ANSI/TIA 568.3-D, TIA/EIA 568-B.3, ISO/IEC 11801 2nd amendment standards.- Provide Maxcap safe 300 (50/125μM bending resistant BIOM3), Maxcap safe 550 (50/125μ