FLPR1-2.5

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Light pipes, most commonly referred to as optical fibers, are the backbone of modern communications. They’re also widely used in various industrial applications. This type of fiber-optic cable is composed of glass threads that run for long distances. To exploit their full potential, fibers can be divided into numerous configurations, such as single-mode fibers, multi-mode fibers, wavelength division multiplexing fibers and graded-index fibers. An example of a graded-index fiber is the FLPR1-2.5.

Groundbreaking in the industry, the FLPR1-2.5 is a patented, single-mode graded-index fiber with an average numerical aperture of 0.4 and a reliability rate unheard of in light pipes. Designed for high-performance optical systems, the FLPR1-2.5 is ideal for long-distance data transmission and reaches speeds of up to 10 Gbps. Moreover, it continues to exceed customer expectations and maintain low attenuation levels over distances up to 2.5 kilometers.

So, what makes the FLPR1-2.5 so special? As a fiber that bridges the gap between multi-mode and single-mode fiber, it uses far fewer light beams than traditional graded-index fibers. Specifically, its technology makes use of graded-index focal mats that are both tightly confined and continuously orthogonal throughout the entire length of the fiber. This enables light to travel more than twice as far, effectively reducing the cost of infrastructure buildouts. It also permits far more bandwidth than traditional optical fibers.

The FLPR1-2.5 is incredibly versatile and can be adapted to a wide range of applications. Its operating wavelengths range from 850 nm to 1625 nm, making it an excellent choice for operations in fiber-to-the-home, cable TV, medical, and aerospace applications. Additionally, it has been applied to ultra-high-speed inter- or intra-city communications, wireless backhaul, and bit-error-rate testing. Because of its high optical and mechanical integrity, the FLPR1-2.5 is an invaluable multi-purpose light pipe solution.

As for its working principle, the FLPR1-2.5 begins the transmission of light waves by relying on a combination of single-mode, graded-index fiber and focal mats. It contains several inner core layers, which, when combined, serve to spread out the series of transmitted light waves. By doing so, the transmitted characteristics of the waves are altered from the moment they enter the fiber, allowing for maximum light quality. This, in turn, reduces light dispersion and ensures that information is transmitted with minimum signal disturbance and high-speed performance.

The FLPR1-2.5 innovative optical fiber is a testament to the progress of light pipes in recent years. Combining groundbreaking technology with an easy-to-use design, the FLPR1-2.5 light pipe provides a versatile solution for a wide range of applications. Its excellent signal performance makes it an invaluable addition to the optical fiber industry and ensures that customers will continue to receive reliable service.

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