Abstract
Multifiber interconnection technology is one of the important keys to increase package density in optical
networks. We present a novel releasable multifiber optical connectivity solution from the initial concept to the
functional prototypes. This connectivity solution relies on a V-groove alignment platform and a microlens array. It
can, e.g., provide reliable connections between a fiber array and an active optoelectronic component array or
between a fiber array and an optical waveguide device. Moreover, within a free-space propagation region, it provides
access to collimated optical beams, thus enabling various light manipulation options. The microlens V-groove
fabrication process makes use of a dedicated assembly station that has been designed for automation. The microlens
array is positioned on the platform, aligned relative to the V-grooves, and fixed with a low-cost adhesive bonding
technology. Uniform and stable low losses for fiber-to-fiber coupling via two lenses have been achieved for
single-mode and multimode fibers at wavelengths of 850, 1300, and 1550 nm. This connectivity solution represents,
therefore, a versatile cost-effective technology for releasable connections of fiber arrays to any other optical
multiport device.
© 2007 IEEE
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