FAQ: WiFi Site Survey
1. What is a WiFi site survey? A WiFi site survey is an assessment of a physical location to determine the best placement for wireless access points to ensure optimal coverage and performance.
2. What types of WiFi site surveys are there? There are three main types of WiFi site surveys:
- Predictive Survey: Uses software to predict wireless coverage based on floor plans and building materials.
- Passive Survey: Involves measuring existing WiFi signals without connecting to the network.
- Active Survey: Involves connecting to the network to measure performance and coverage.
3. Why is a WiFi site survey important? A WiFi site survey helps identify the best locations for access points, minimizes interference, and ensures reliable and efficient network performance.
4. What information is needed to start a WiFi site survey? Typically, you need floor plans, details of the current network infrastructure, and specific requirements such as coverage areas and expected user density. For additional information please check the survey question form.
5. How is a WiFi site survey conducted? The survey is conducted using specialized tools to measure signal strength, interference, and coverage. This can involve walking through the site with a laptop or handheld device equipped with survey software.
6. What are the benefits of conducting a WiFi site survey? Benefits include improved network performance, reduced interference, better coverage, and the ability to plan for future network expansions.
7. What will the final report of a WiFi site survey include? The final report typically includes detailed maps of signal strength, interference sources, recommended access point locations, and a plan for network implementation.
Recommended Tools for Active WiFi Surveys
- Ekahau Pro
- Description: Ekahau Pro is a comprehensive tool for WiFi planning, site surveys, and troubleshooting. It provides detailed heatmaps and performance metrics.
- Features: Includes predictive modeling, real-time spectrum analysis, and integration with Ekahau Sidekick for precise measurements.
- Hamina
- Description: Hamina offers tools for designing and analyzing WiFi networks, including site surveys and network validation.
- Features: Provides cloud-based network planning, real-time analysis with the Hamina Onsite app, and integration with the Oscium Nomad device for accurate measurements.
Design Cycle for WLAN Network
- Initial Requirements Gathering
- Determine the overall requirements, including coverage areas, user density, and specific application needs.
- Site Survey and Spectrum Analysis
- Conduct a site survey to understand the physical environment and identify potential sources of interference.
- Predictive Modeling and RF Planning
- Use predictive modeling tools to plan the placement of access points and ensure optimal coverage and performance.
- Design Validation
- Validate the design with a manual RF site survey (e.g., “AP on a stick” method) to ensure the planned design meets the requirements.
- Deployment and Configuration
- Deploy and configure the WLAN equipment according to the validated design.
- Post-Deployment Validation
- Conduct a post-deployment site survey to verify that the network performs as expected and make any necessary adjustments.
- Ongoing Maintenance and Optimization
- Regularly monitor and optimize the network to maintain performance and accommodate changes in the environment or user requirements.
ITNET WiFi Services in Luxembourg
ITNET offers a range of WiFi services in Luxembourg, including comprehensive site surveys and being an authorised reseller of Ekahau products. Their services ensure optimal network performance and coverage, tailored to meet the specific needs of businesses and organizations. Whether you need a detailed site survey or advanced tools like Ekahau Pro for network planning and troubleshooting, ITNET provides expert solutions to enhance your wireless network infrastructure.
