Professional Engineering
Comptek concealment poles, support poles and shroud attachments are engineered in-house to telecommunication industry standards. All products are designed to meet national and local building codes. We evaluate the thermal performance of all products to ensure heat generated by radios, antenna integrated radios, sensors, and other electronic components is managed to Telecordia GR-487. To accomplish this engineers employ, thermal modeling, computational fluid dynamic modeling and thermal testing at national laboratories.
Full Scale Inter-Mod and PIM surveys are also available. Comptek engineers its products with the best technology to assure a high performance equipment environment today and in the future.
Comptek concealment poles, support poles and shroud attachments are engineered in-house to telecommunication industry standards. All products are designed to meet national and local building codes. We evaluate the thermal performance of all products to ensure heat generated by radios, antenna integrated radios, sensors, and other electronic components is managed to Telecordia GR-487. To accomplish this engineers employ, thermal modeling, computational fluid dynamic modeling and thermal testing at national laboratories.
Full Scale Inter-Mod and PIM surveys are also available. Comptek engineers its products with the best technology to assure a high performance equipment environment today and in the future.
Design Development Process
Comptek’s goal is to help carriers increase wireless coverage quickly, while matching the aesthetic preferences of the local community. Our design development process assures all Comptek products comply with federal and local jurisdictional requirements, public safety, wireless carrier near term and longer term objectives, and community acceptance.
Our selection process is proven to result in highly functional smart poles and shrouds that are durable and adaptable to future technology requirements. By collaborating with equipment manufacturers, Comptek can quickly determine cabinet options available for technology configurations, including internal cabinet space required for thermal management, cabling for power supply, backhaul fiber connections (when applicable), duct for antenna and future IoT sensors.
CityPole® Design and Selection Process
Fabrication/Assembly
The CityPole® is made from durable, high quality materials of steel, aluminum and/or RF transparent composite materials. Corrosion protection is a quality standard and essential to exceed the lifecycle requirements of the industry. Comptek’s specifications are stringent for galvanizing, powder coating and epoxy coatings. All CityPole® smart poles are manufactured directly from Comptek’s engineering data files, assuring control of each design and an effective change management process. Comptek is committed to using state-of-the-art fabrication technology and equipment to guarantee quality fit and finish. Each component is individually labeled for ease of installation. All coatings are UV rated and impact resistant, providing coating and color longevity.
The CityPole® is made from durable, high quality materials of steel, aluminum and/or RF transparent composite materials. Corrosion protection is a quality standard and essential to exceed the lifecycle requirements of the industry. Comptek’s specifications are stringent for galvanizing, powder coating and epoxy coatings. All CityPole® smart poles are manufactured directly from Comptek’s engineering data files, assuring control of each design and an effective change management process.
Comptek is committed to using state-of-the-art fabrication technology and equipment to guarantee quality fit and finish. Each component is individually labeled for ease of installation. All coatings are UV rated and impact resistant, providing coating and color longevity.
