With nearly 80% of enterprise network traffic originating wirelessly, increasing wireless device density, and today’s more complex technology, designing for optimal signal strength, coverage, and minimal interference requires deep expertise. From Wi-Fi 6/7 to distributed antenna systems (DAS) and advanced 5G architecture, Siemon Professional Services (SPS) is your partner for high-performing, reliable wireless networks.
Advancements in Wi-Fi technology—new frequencies, channels, and security protocols—along with physical obstacles and various sources of interference —require precise design, surveying, simulation, and validation to ensure interference-free coverage. From predictive design to final validation, SPS has you covered.
Predictive designs use software to simulate Wi-Fi performance before installation. By modeling a building’s floor plan against building materials, user density, and device types, this process allows engineers to determine the right number, type, and placement of access points (APs)—ensuring consistent coverage, high capacity, and optimal performance, while eliminating costly guesswork.
Passive and active surveys analyze Wi-Fi signals using specialized measurement devices that “listen” to the environment. By capturing data on signal strength, noise levels, and interference from nearby APs and other wireless devices, SPS maps existing coverage, identifies dead zones, and uncovers interference sources before new deployments and during troubleshooting.
AP-on-a-stick evaluations are an on-site testing methodology that temporarily mounts a Wi-Fi AP on a portable, elevated tripod or pole to simulate its final installed position. This surveying approach ensures a reliable, efficient network design by validating real-world signal behavior before committing to permanent infrastructure.
Post-validation surveys are conducted after installation to verify that the deployed wireless network meets the initial design requirements, performance standards, and service-level agreements.
Supporting business continuity, mobile workforces, and guest access in commercial venues, enterprise cellular is expanding to handle massive device density and provide reliable coverage across more locations. From distributed antenna systems (DAS) to public safety coverage and 5G, SPS ensures seamless, reliable cellular infrastructure.
DAS services involve precise engineering and planning required to overcome weak cellular signal strength caused by modern building materials. By architecting a strategic active or passive DAS using antennas and localized components to capture, amplify, and distribute cellular signals, we ensure pervasive coverage and capacity across complex venues and facility layouts.
Our public safety DAS services address Emergency Responder Radio Coverage System (ERRCS) requirements, providing specialized design, engineering, and testing to ensure reliable in-building radio communication and signal coverage for first responders. Mandated by local jurisdictions, these systems amplify specific public safety frequencies and require strict compliance with the National Fire Protection Association (NFPA) and the International Fire Code (IFC), passing annual testing and securing approval from the Authority Having Jurisdiction (AHJ).
5G design and deployment services provide the architectural framework, technologies, and standards required to build fifth-generation wireless networks. By implementing a flexible, software-defined architecture that leverages a broader spectrum of frequencies and innovative technologies like multiple-input, multiple-output (MIMO) and beamforming, 5G networks deliver the higher speeds, lower latency, and massive connectivity needed to support everything from enhanced mobile broadband to mission-critical communications and the Internet of Things (IoT).
