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how it works

How Lens Technology works and what advantages it brings over traditional
antenna designs:

Luneburg Lenses are capable of taking an incoming plane wave and focusing the wave through refraction onto the opposite side of the Lens.

How an RF Lens Works A RF Lens, similar to an optical lens, forms or bends Electromagnetic waves through refraction. By placing a single radiating element on the surface of spherical RF Luneburg Lens, a high-gain signal is created radiating from the opposite side of the spherical lens.

RF Lens Multi-beam Antenna Design Multiple radiating elements can be placed around the same sphere to create multiple, independent, high-gain beams utilizing the same lens. This allows Lens based antennas to have significant performance improvement as compared to traditional array or dish antenna technology.

Performance and Capacity Improvements RF Lens based antennas can provide significant performance and capacity improvements over traditional antenna technology such as the ability to have; multiple independent beams for high order sectorization, ultra broadband coverage, high isolation between beams and individual beam tilt capabilities.

who we are

MatSing is the worlds leading manufacturer of large size, light weight RF Lenses.  With our patented meta-material and manufacturing techniques, MatSing is capable of designing and manufacturing different types of RF Lenses for multiple industries and applications. Utilizing our light weight RF Lens technology, we are capable of manufacturing different sized multi-beam RF Lens antennas, introducing a new age of antenna design and providing high-performance and high-capacity antennas for the Telecommunications industry.  Our RF Convex lenses are the first and largest in the world, capable of providing a unique, accurate, compact and fast antenna measurement solution for the end user.