Cabling and structured cabling systems
We have factory trained and certified technicians and are proud to be affiliated with the fine products from Leviton, Ortronics, Berk-tek, Hubbell, CommScope / Uniprise, SMP and Hitachi. These brands are widely recognized names throughout the communications components industry as manufacturers of quality components. 

We install Cat 6A, Cat6, Cat 5E, Cat 3, Fiber Optics (backbone, campus or fiber-to-the-desk), plus Aerial and Burial Cables in several sizes to meet any communication needs. Warranties range from 15 years to lifetime on installed structured solutions. Give us a call for a free quote on your next project.

Product Warranty
Berk-Tek ® offers the 25-Year OASIS Warranty. There are many warranties and guarantees offered in today’s structured cabling market, but only the Berk-Tek ® OASIS Program offers a 25-year extended product, application assurance and installation guarantee. With the OASIS 25-Year Warranty, not only does Berk-Tek stand behind the structured cabling and components that comprise your system, they stand behind the system integration and installation as well.

NetClear® Channel Solutions optimize network performance using perfectly matched and balanced components. They are designed to deliver maximum throughput and channel capacity with no bit error attributes to the cabling system.
NetClear is a family of solutions that are engineered, proven and independently verified to exceed TIA/EIA requirements for channel capacity. An alliance of two industry giants, Berk-Tek and Ortronics, NetClear provides seamlessly integrated solutions that benefit from expert manufacturing and provide built-in signal-to-noise headroom.
NetClear solutions are complete — UTP and optical fiber, horizontal and backbone cabling, cross connect, workstation outlets, and high-performance patch cords with patented plug design. NetClear Channel Solutions: designed to provide the highest signal strength at the receiver—minimizing unwanted effects caused by noise, designed to be perfectly clear.
The result: maximized dynamic performance for real world networks