Antic Wireless Technologies Inc. is a new technology company located in Vancouver, BC, Canada.  We are developing smart antennas and radio front-end systems for OFDM radios. 

 

The use of multiple antennas and advanced signal processing to enhance wireless links is evolving steadily.   This evolution is driven by a burning need for better spectral efficiency, better coverage, better reliability, and better capacity.  Antic is developing its first product with strong focus on these needs.    Modern OFDM radios span large bandwidths, but interference and frequency selective fading directly reduce the capacity of these links.    Antic’s Two-Tiered combining technology employs sophisticated antenna combining which ensures optimal use of the large signaling bandwidth.    Ever-increasing numbers of interference sources limit the performance of most links that use license-free spectrum.   Reduction of this interference is an important capability of antenna arrays, when done properly.  The more elements that are in the antenna array, the more sources of interference can be suppressed.  Antic’s proprietary Large-N arrays are the largest employed in the OFDM marketplace.  Our Large-N arrays and Two-Tiered combining technologies give the differential advantage of superior performance in the presence of interference.

 

Traditional frequency and time diversity schemes have evolved into integrated OFDM chipsets, and antenna diversity has evolved to Smart Antennas, including MIMO.  These new technologies are complex in both theory and implementation, and Antic’s world-class team of wireless researchers and industry veterans allows us to bridge the gap from new science to implementation.

 

Our products will retrofit existing 802.11 systems.   Ease of installation and ease of use are key goals.  To that end, our approach is to be a “black box” add-on, and completely transparent to your existing software and hardware.  The 5.8GHz license-free band is used, providing greater bandwidth to aid in avoiding interference, and smaller antennas aiding the feasibility of large arrays.