• 2024-05-31

How to use the optical fiber recoater?   First, place the optical fiber to be coated in the position shown in the figure below, and align the center of the coated optical fiber with the injection port so that the machine can coat evenly on the left and right.   Before the coating operation, you need to inject a small amount of UV curing material into the glass mold of the optical fiber r...

• 2024-05-24

What is hollow core fiber? Hollow-core fiber (HCF) uses air as the transmission medium, replacing the traditional optical fiber that uses "glass core" as the transmission medium. With ultra-low latency, ultra-low nonlinearity, potential ultra-low loss and wider passband bandwidth, hollow-core fiber can help OTN systems achieve greater transmission capacity, longer transmission distance, and smalle...

• 2024-05-15

We will attend CommunicAsia Exhibition from May 29 to May 31,2024. Welcome to visit us there. Booth Number:4C3-3 Address:1 EXPO DRIVE SINGAPORE 486150, SINGAPORE EXPO  Connecting Shinho, Connecting the future.

• 2024-05-10

The global fusion splicer market size reached US$ 800 Million in 2023. Looking forward, IMARC Group expects the market to reach US$ 1,300 Million by 2032, exhibiting a growth rate (CAGR) of 5.2% during 2024-2032. The rising trend of cloud-based solutions along with the growing need for networks, increasing technical support and financial investment by governments, and the convergence of voice, vid...

• 2024-04-26

The purpose of the optical fiber recoater is to restore the optical fiber coating of processed ordinary optical fibers or various types of optical fibers such as polarization-maintaining optical fibers and ribbon optical fibers. The implementation method of the optical fiber recoater is: the main function of the optical fiber recoater is to coat a layer of optical fiber glue on the bare or spliced...

• 2024-04-19

   How to construct the fiber system so that the laser can emit extremely short duration (10-15s order of magnitude) and repeatedly emit pulse sequences. So that the laser in the case of low power consumption, the laser output of peak power. This technique of producing ultra-short pulses is called mode-locking. After further enhancing the output power, it can be applied to industrial cut...

• 2024-04-12

First we need to know what is large diameter fibers? Large diameter fibers (> 125 µm standard telecom fibers) are used in a variety of applications such as laser systems, medical devices and sensors. Endface geometry inspection can be a challenge for these larger fibers because standard telecom interferometer systems have been developed for telecom fibers. The number of guided fiber modes ...

• 2024-04-07

OTDR indirectly measures the loss of optical cable equipment, it is differs from light sources and power meters. The source and meter copy the transmitter and receiver of a fiber optic transmission link, so measurements are closely related to actual system losses. An OTDR works like radar—it sends pulses along an optical fiber and looks for a return signal, creating displays called “traces” or “si...

• 2024-03-15

What are the differences between the Fusion and Mechanical splicing methods? Fiber optic transmission refers to the transmission of data and signals using optical fiber as the medium. Optical fiber can not only be used to transmit analogue signals and digital signals but also meet the needs of video transmission. Optical fibre transmission is generally carried out using optical cables. The data tr...

• 2024-03-08

1, the longest one around 2.8μm (doped Ho3+, Er3+) fiber laser  This band fiber laser has potential applications in biological, medical and other fields. In addition, the 2.8μm fiber laser can also be used as a pumping light source for middle and far infrared lasers, using the 4I11/2→4I13/2 of Er3+ ions and the 5I6→5I7 of Ho3+ ions to obtain the laser output with a wavelength near 2.8μm. Sinc...