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With the rapid progress of current 5G network construction, the whole communication industry has ushered in the dawn of hope. As an important participant in optical network construction, various communication manufacturers are chasing each other in the fi
learn more>>With the announcement of a large number of pilot cities for 5G, the wave of 5G construction will be ushered in. At the same time, as the 5G foundation -- fiber optical market demand will be increasing.
learn more>>At present, a number of emerging technologies, such as artificial intelligence tele-medicine and unmanned driving, are emerging rapidly. With the announcement of a large number of pilot cities for 5G, the wave of 5G construction will be ushered in.
learn more>>Fiber identification device is one of the necessary testing tools in optical fiber operational work, it is mainly used for lossless optical signal recognition detection, can detect single mode or multi-mode fiber in any position. In order to improve the
learn more>>In the optical fiber communication industry, we are familiar with OTDR, here we bring you its partner--OTDR launch cable TFLC-2. What’s the OTDR launch cable? It’s known that the OTDR has the dead zone when it tests the optical fiber link,
learn more>>Here,we’ll introduce you Orientek new product OTDR launch cable TFLC-2 . It's produced after multiple tests in the laboratory. TFLC-2 is good partner of OTDR. This product will greatly reduce the data error existing in the OTDR test and make the test more
learn more>>TIP-600v optical fiber interface detector portable test, comfortable to hold, small and light, with a 3.5-inch screen display, not only can clearly detect the stains on the end face of the fiber, but also can improve the brightness and clarity to avoid vi
learn more>>Optical Time-Domain Reflectometer, for short: OTDR, it is a precise photoelectric integrated instrument which is made of Rayleigh scattering and Fresnel reflection backscattering when the light is transmitted in the optical fiber.
learn more>>When light enters from one end of an optical fiber, it decreases in intensity from the other end. This means that as the optical signal travels through the optical fiber, the light energy is attenuated.
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