CSE Crosscom’s specialist engineers design and implement tailored solutions to unlock the capabilities of Wireless Networks.

Enhance connectivity for seamless communications, anywhere.

Wireless connectivity using WiFi access points is now commonplace at work, home and in public places. WiFi networks in the workplace are typically used to connect devices to a wireless local area network.

The Wi-Fi standard (802.11) continues to evolve to provide greater bandwidth and extend coverage further with each generation.

Wi-Fi access points (WAPs) come in a wide variety of configurations to meet the needs of businesses. CSE Crosscom has deployed thousands of WAPs in harsh outdoor scenarios as well as office environments.


Benefits of Wi-Fi

  • Boost collaboration across teams
  • Secure, flexible and scalable connectivity even in data-intensive applications
  • Seamless roaming across various environments
  • Fast deployment
  • Enhanced accessibility with high speeds and low latency
  • Centralised control and monitoring
  • No complex training is required to get teams connected

Wireless Controllers

Most corporate networks also use wireless controllers, either on-premise or cloud-based. Wireless controllers provide a single management point for all WAPs on the network. They enable Wi-Fi devices to easily roam between WAPs and apply standardised security and configuration rules per user or group of users.

Unlock the capabilities of Wi-Fi with CSE Crosscom 

CSE Crosscom’s specialist engineers perform a predictive RF survey using our Wi-Fi coverage design tools based on the site geographical data to design and implement a solution tailored to the needs of each site. The predictive survey helps our clients to determine AP position, RF planning and potential interference, capacity analysis, quality of service (QoS) and other metrics.

In addition, CSE Crosscom delivers an onsite audit to verify and validate the predictive survey data and help identify AP placement limitations, RF limitations due to interfering signals.

  • Pre-implementation RF Survey and Site Audits
  • RF Spectrum analysis and coverage modelling
  • Wireless LAN Design & Site Implementation
  • Coverage and RF channel optimisation
  • Post-implementation RF coverage Survey and testing
  • Ongoing maintenance and hardware support