Case Studies

Alpine Resort Case Study

Penetration through up to Six feet of steel reinforced concrete is accomplished by utilizing Luxul’s unique Clear-WAV™ technology that includes X-WAV™circular polarized antenna technology and Shock-WAV™ Digital Smart Amplifier technology.

Convention Center Case Study

Luxul Clear-WAV™ wireless signal technology has been successfully deployed to provide reliable wireless network coverage in multiple large convention centers.

Enterprise WiFi Case Study

Reliable Wi-Fi Signal Coverage and Increased Data Throughput For Enterprise 802.11 Wireless Networks

Luxul Military Selecting the Optimal Antenna For a Mobile Mesh Network

In a wireless network deployment, the antenna selection can make or break the success of that deployment. This is never more true than in a mobile mesh network where environmental conditions, terrain, and location of “nodes” on the network are all largely unpredictable and in a constant state of change. In mobile deployments, selection and proper use of the right antenna can dramatically improve the coverage range and robustness of the network.

Major Hospital Case Study

When a seven building, 2.8 million square foot hospital facility needed to install a wireless network, Luxul Wireless technologies were used to maximize network performance, while minimizing the amount of equipment, implementation time, and maintenance costs.

Major Hotel Chain Case Study

Larger hotels with conference room areas are able to use a combination of Luxul’s Clear-WAV™ signal technology products to easily deploy multiple separate networks for conference room or other areas.

Mobile 802.11a Wireless Mesh Network for Open Pit Mining Operation

Objective: To deliver an 802.11a wireless mesh network that covers the entire open-pit coal mine. The wireless network must support data throughput rates that are sufficient to simultaneously run voice, data and video services.

Whole Home Wireless Case Study

Cost­­-Effective and Painless Delivery of “Whole-Home” Wireless Network Coverage.