Wireless Site Surveys & Deployments

Identify dead spots & increase wireless connectivity throughout your infrastructure.

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Find & Fix Your Wi-Fi Dead Zones

Improve your wireless connection throughout your entire infrastructure. Our heat mapping service replaces guesswork with visual data, pinpointing exactly where your signal falters. We provide a complete end-to-end solution—from initial site surveys and optimized architecture design to cabling and AP installation. Every project concludes with a validation survey to ensure seamless, high-speed connectivity across your entire facility.

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Wireless Network Refresh Offering

Assessment & Design
- This is the upfront wireless site survey and analysis work to determine the current state of your wireless network that enables us to develop an optimization roadmap. We follow the same approach for a wireless refresh or a new site implementation.
Build & Ship
- Once the design/architecture is finalized and the hardware is purchased, our global logistics team provides secure staging areas to store hardware where our network Subject Matter Experts (SME) can build and pre-configure devices with your project requirements. Next, we ship directly to the installation site.
Deployment
- Leveraging our hundreds of global field engineers, installing wireless hardware is one of our core capabilities. Part of our deployment process is to conduct a post-validation survey to confirm design specs

Our Modular Approach

If a complete wireless network transformation isn’t your immediate need, our Wireless Services can address a number of project needs, such as: new office/warehouse deployments, WLAN security assessments, user connectivity and WLAN performance issue identification and resolution and wireless optimization.

Streamline Your Wireless Network Refresh Today

From Assessment and Design to Build and Ship to Deployment, our global team of engineers can help survey and improve your wireless networking architecture.

After all, one of your greatest assets, human capital, is only as good as the network that supports them. Ensure your networking infrastructure supports your team regardless of their on-site location.

Fill out this on-page form, and a Park Place Technologies representative will reach out to schedule a time to discuss your wireless assessment and implementation needs. →

Get Started with Your Wireless Network Refresh

Passive/Validation

A Passive Survey (also called Validation Survey) is used to evaluate existing wireless coverage and performance and is the most common form of wireless surveys. During a Passive Survey, the survey client silently listens to all Wi-Fi traffic on channels within the 2.4GHz and 5GHz bands.

Wi-Fi signal strengths
Noise levels
Signal-to-Noise Ratio (SNR)
Co-channel interference
Channel overlap
Rogue devices

man performing development work for network refresh

Predictive/Planner

A Predictive (also called Planner Survey) Survey models the RF environment using simulation tools. It is essential that the correct environmental information is entered into the modelling tool, including facility construction types, heights and barriers like walls and large objects. Predictive surveys are used to optimize AP placements and plan for proper channel allocation to avoid channel overlapping, interference and roaming

Most widely used AP models and antennas
Band and channel settings
Power settings, height, angle
Attenuation zones and wall types
Areas where coverage is saturated

female data center technicians evaluating rf site survey backend

AP-on-a-Stick

This type of survey determines the RF signal propagation characteristics of pre-determined Access Points (AP). Although more time consuming, it is one of the most accurate surveys available. A wireless engineer physically places an AP at a specified location within the office, warehouse or facility and captures the performance. The process is repeated until coverage and/or project quality is met.

Determine the optimal locations for AP placement
Verify coverage in all required areas at the desired minimum signal strength and SNR
Ensure that adequate coverage overlap exists for client roaming
Validate actual AP performance

RF Spectrum Analysis

A RF Spectrum Analysis provides real-time detection and identification of several non-WLAN sources (non 802.11 traffic) that interfere and lower the performance of WLAN networks. Using specialized antenna and associated software, the Spectrum Analysis detects, identifies and helps locate individual sources of RF interference, including non-WLAN devices and many more.

Real Time Fast Fourier Transform (FFT) providing a view of the RF signal levels
Spectrum Density providing a long-term view into the network enabling the identification of infrequent transmissions
Spectrogram graph provides a scrolling history of the RF environment and allows a visual understanding of the spectrum over time to see intermittent spikes or bursts of RF energy that may be causing WLAN network problems
Interference Power – this graph displays the average power readings of interfering devices on the selected channel or channels

Passive/Validation

Wi-Fi signal strengths
Noise levels
Signal-to-Noise Ratio (SNR)
Co-channel interference
Channel overlap
Rogue devices

Predictive/Planner

Most widely used AP models and antennas
Band and channel settings
Power settings, height, angle
Attenuation zones and wall types
Areas where coverage is saturated

AP-on-a-Stick

Determine the optimal locations for AP placement
Verify coverage in all required areas at the desired minimum signal strength and SNR
Ensure that adequate coverage overlap exists for client roaming
Validate actual AP performance

RF Spectrum Analysis

Real Time Fast Fourier Transform (FFT) providing a view of the RF signal levels
Spectrum Density providing a long-term view into the network enabling the identification of infrequent transmissions
Spectrogram graph provides a scrolling history of the RF environment and allows a visual understanding of the spectrum over time to see intermittent spikes or bursts of RF energy that may be causing WLAN network problems
Interference Power – this graph displays the average power readings of interfering devices on the selected channel or channels