Cabling Site Surveys
Bringing People and Applications Together with Expertly Crafted and Implemented Technology Infrastructure
Site surveys are an essential first step for any infrastructure project, regardless of its scale. The purpose of a cabling site survey is to analyze your existing environment to plan your project efficiently, reduce costs, and ensure the final outcome meets your expectations. During the survey, we assess the feasibility of the proposed installation, identify budget limitations, pinpoint any required upgrades, and determine the need for specialized tools or materials. As part of the planning phase, site surveys involve discussing your project objectives and desired results, followed by an on-site visit to detail the steps needed to achieve them.
Site Survey’s
Evaluate | Strategize | Execute
Cabling site surveys reveal the condition of your existing cabling infrastructure and uncover potential issues you might not be aware of, aiming to minimize unexpected challenges during the installation process. Assess your current cabling environment.
- Identify the types and grades of existing cables
- Map out cabling pathways for optimal routing
- Assess distance limitations
- Ensure compliance with safety and regulatory codes
- Estimate project duration
- Offer recommendations based on results that follow industry best practices
Wireless Site Survey
For wireless site surveys, we capture detailed statistics and thoroughly evaluate your current wireless LAN (WLAN) environment. Using these insights, we analyze the impact of RF interference and verify whether the RF transmit power and channel assignments for each access point (AP) are correctly configured. Based on our findings, we offer recommendations and technical guidance for reconfiguring your WLAN system to achieve optimal performance.
- Deploy onsite WLAN survey tools and services to assess existing signal coverage, strength, and interference within the wireless network.
- Generate comprehensive reports detailing 2.4 and 5GHz WiFi signal coverage, broadcasting access points (APs), rogue and neighboring APs, and SSIDs across the entire building.
- Analyze the impact of co-channel and adjacent channel interference from neighboring APs on network performance.
- Recommend repositioning or adding APs as needed to enhance signal coverage and network performance.
- Develop a channel plan for 2.4 and 5GHz frequencies, based on survey results, assigning specific channels to each AP radio.
- Provide recommendations for optimal AP transmit power levels, informed by site survey results.