850-MIRROR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

850-MIRROR is an innovative technique used to achieve ultra-high throughput in optical communication. This is done by using an optical reflector with a continuous-wave tunable laser. The reflector is composed of two reflecting mirrors, one stationary and another one which is perpendicular to the first one. The reflector is placed at an angle to the optical fiber and reflects the light perpendicular to the optical fiber. This reflection angle will depend on the exact tuning of the laser and the specific wavelength of the light that is being used in the fiber.

The use of 850-MIRROR in optical communication is mainly for increasing the bandwidth of the communication system. Since the reflector reflects light at an angle perpendicular to the fiber, it can increase the throughput of the system by up to several hundred times that of a normal system. This makes it possible to increase the speed and capacity of optical communication systems, making them faster, more efficient, and more reliable.

In addition to increasing the speed of the system, 850-MIRROR is also used for other applications such as signal reflection and signal monitoring. The reflector can also be used for remote sensing and other applications in the scientific and medical fields. In these applications, the reflector can be used to detect and transmit signals from a remote location.

The working principle behind the 850-MIRROR is simple. The reflector is placed at an angle perpendicular to the optical fiber. The light being transmitted into the fiber is then reflected off the mirror. The angle of the mirror ensures that the light is reflected back into the fiber in a specific direction, thus increasing the throughput in the optical communication system.

In practical applications, the 850-MIRROR is combined with other components such as mode-transition devices, optical receivers, and other optical components. This combination helps to increase the transmission speed and reliability of the system. The combined use of these components also helps to reduce power consumption.

850-MIRROR has many applications in the fields of optical communication, remote sensing, and signal monitoring. Its application is also growing in other fields such as medical imaging, laser surgery, and other fields. As the technology advances, it is expected to be used in a wide range of applications in the future.

The specific data is subject to PDF, and the above content is for reference