Image Grabber for Single Shot

Image Grabber for Single Shot

Optical fiber communication has the advantages of high bandwidth, low loss, strong anti-interference and good confidentiality.

High bandwidth makes optical fiber can support high-speed data transmission and large-capacity information transmission, the potential bandwidth of a single optical fiber can reach 20 THz. Low-loss characteristics of optical fiber transmission loss is very low, single-mode optical fiber loss is only about 0.2dB/km, to achieve long-distance transmission without degrading the quality of the signal. Fiber optic communication is not affected by electromagnetic interference, radio frequency interference and lightning and other external interference, has a strong anti-interference ability, while the optical signal is not easy to leak in the optical fiber transmission, high confidentiality. In addition, optical fiber is small in size and light in weight, which is easy to lay and transport, and its main material is quartz sand, which is rich in resources, inexpensive and adaptable, with strong resistance to high and low temperatures and corrosion resistance.

Compared with the traditional cable, optical fiber shows significant advantages in many aspects. Fiber optic transmission speed is extremely fast, can reach several terabytes per second, far beyond the cable GB per second level. Its transmission distance, signal attenuation is small, suitable for long-distance transmission. Fiber optic anti-interference performance is strong, can maintain signal stability in the complex electromagnetic environment. In addition, the confidentiality of optical fiber is high, the signal is not easy to be eavesdropped, better security. However, the connection of optical fiber requires specialized equipment and technology, which is costly and less tolerant in bending and stretching.

Fiber optic communications are used in a wide range of applications, including communication networks, data centers, cable TV, mobile communications, medical field, industrial automation, fiber optic sensing, and automotive industry. In communication networks, optical fiber is a key technology to support the Internet infrastructure, which is used to connect data centers, servers, network equipment, etc. to achieve high-speed and stable Internet communication. In the medical field, fiber optic communication is used in medical image transmission, remote medical diagnosis, etc., helping to realize the sharing and interconnection of medical information. In industrial automation, fiber optic communication is used for data transmission and control between equipment to improve productivity and automation. With continuous technological innovation, the fiber optic communication industry will continue to maintain the trend of technological innovation and industrial upgrading, and the scope of its applications and prospects will be broader.