network deployment services Aztecs provides an integrated and unified service offering that seamlessly handles virtually any network deployment project type. By combining the deepest experience levels in the industry, with the most innovative minds, Aztecs has developed a modern, scalable, network deployment system, that maximizes value and consistency through automation and efficiency. Our RF Design Team provides system planning, propagation modeling, data collection, model tuning, costing, and validation services for in‑building cellular, public safety, and Wi-Fi solutions. Each design is done by a certified iBwave engineer, to ensure full compliance with the Key Performance Indicators (KPIs), defined by the building owner, carrier(s), and/or the public safety Authority Having Jurisdiction (AHJ). Designs are done with macro eNodeBs, small cells, remote radio units (RRUs), and repeaters, as signal sources. Distribution methods include coax based passive DAS, fiber based active DAS, and Ethernet based access point architecture. Our Construction Team is licensed as a general and specialty contractor and it performs projects that range in scope from minor site modifications to complete new site builds. As a registered member of Avetta, Aztecs is able to mitigate risks to its customers by ensuring that it is always in full compliance with document management, employee-level qualification and training, insurance, and HSE requirements. Regardless of size, each civil project is managed using Aztecs cloud based construction management software to ensure real-time visibility to employees, customers, and sub-contractors. Our Installation Team is responsible for setting, cabling, powering, and testing of all RF, DC, and interconnect equipment. The team includes eNodeB, DAS, DC power, interconnect, and outside plant (antenna and lines) technicians. It ensures maximum efficiency through the combination of its cloud based project management system and its use of only in-house resources. This reduces overall deployment costs, bottlenecks, and information gaps, by eliminating unnecessary sub-contractor layers. Aztecs is trained and certified by virtually every wireless OEM and all installation activities are done in strict accordance with industry, manufacturer, and carrier standards. Our Integration Team is one of the Company’s most unique attributes. With them, Aztecs is one of the very few independent service organizations that can design, develop, and integrate complete multi-layer heterogeneous networks using only in-house resources. Each of Aztecs integrator are trained on multiple manufacturers and technologies. This allows them to independently provision, commission, and integrate each layer of the network; thereby, increasing efficiency and reducing costs and project duration. Integration services are currently available for new deployment, expansion, and upgrades of macro eNodeBs, small cells, remote radio units (RRUs), repeaters, passive DASs, active DASs, and Wi-Fi access points. operations and maintenance for information on Aztecs' network operations and maintenance services, please visit our vast page public safety The people that run towards danger, instead of away, are known as our first responders, and their ability to communicate is of paramount importance to the safety and security of our society. When police, firemen, EMTs, and other first responders enter buildings, it is the building owner’s responsibility, to ensure these individuals have the ability to communicate effectively. This is typically addressed by using a Public Safety Distributed Antenna System (DAS). As this type of DAS is specifically designed for life safety and mission-critical applications, it has very specific requirements. EMRES Corp is an Aztecs affiliate that specializes exclusively in the design, deployment, and maintenance of Public Safety coverage solutions. For more information on EMRES and its services, please contact rfurginson@emrescorp.com. Aztecs 1353 Walker Lane, Corona, CA, 92879, United States 714-373-1560 contact@aztecs.net