TiniFiber to Showcase Advanced Micro Armor Fiber Solutions and Installation Tools at BICSI Winter 2026
TiniFiber, the exclusive manufacturer of U.S. patented Micro Armor Fiber optical cabling solutions, will showcase its latest innovations in its ultra-small, ultra-light and highly rugged armored fiber optic cabling at the BICSI Winter 2026 Conference & Exhibition.
The five-day event will take place from 18th January at the Orlando World Center Marriott, FL. TiniFiber will be in attendance throughout the week-long BICSI Winter Conference at Booth #629.
TiniFiber’s patented design implements a stainless-steel and Kevlar® blend that gives unmatched flexibility, strength, and resistance to environmental hazards. Its Micro Armor cable is 65% smaller and 75% lighter than traditional competing armored alternatives. This significantly lowers the cost and time to install and enables an increased fiber density in existing conduits.
The company has also recently made available its Micro Armor Direct Burial version. This implements a water-blocked core and HDPE double-jacket with increased Kevlar volume to give leading protection levels against moisture, chemicals, rodent bites, and crushing forces while still retaining an ultra-slim outer diameter: just 7.5 mm.
These advanced armored fiber optic technologies will be demonstrated at BICSI Winter alongside the company’s cable assemblies and pre-termination services plus the recently launched M.A.R.T Micro Armor Removal Tool, which simplifies the opening of the stainless steel-Kevlar® cable jacket without damaging the internal fiber optic cable.
Comments
“Being among the first shows of the year, the BICSI Winter Conference plays a crucial role in establishing the year’s priorities for many companies. Many thousands of ICT professionals will line the halls throughout the week and we’re looking forward to listening to and helping solve their networking challenges,” said Tom Artinian, CEO of TiniFiber. “Both our Micro Armor Classic and Direct Burial products offer the chance to increase capacity, and reduce the cost of rollout without sacrificing protection levels, making it the ideal technology for the year ahead.”