LUXUL WIRELESS UNLEASHES CLEAR-WAV™ TECHNOLOGY & SOLUTIONS
Clear-WAV™ utilizes circular polarity technology to deliver superior signal penetration, range and clarity
Lindon, Utah August 13, 2008 —
Luxul Wireless, a leading innovator of patented high-performance signal propagation technologies, announced today the availability of its
Clear-WAV™ family of products, designed to deliver the most reliable and powerful signal for use in mobile and fixed Non-Line-of-Site (NLOS) wireless applications. Using an advanced circular polarity signal technology, Clear-WAV™ is capable of increased signal penetration, range and clarity ─ outperforming traditional linear or so-called multi-polarized technologies.
“We are pleased and excited to introduce the Clear-WAV™ product family because it delivers customers a much more effective wireless solution than can be found in competitor products,” said Tyler Crawford, president and CEO of Luxul Wireless. “Luxul’s Clear-WAV™ signal products are proven in applications worldwide where signal quality, range, and data throughput are of highest importance.”
Luxul's Clear-WAV™ signal technologies can be found in successful wireless network installations worldwide. From office buildings, to nationwide truck stop chains, to hotels and hospital facilities around the globe, Luxul's Clear-WAV wireless technology is a key component in some of the most robust, stabile and efficient wireless networks in the world. Luxul Clear-WAV product offerings include:
The X-WAV™ Antenna family implements circular polarity technology for increased signal penetration, less interference and extended wireless coverage. X-WAV™ antennas are widely implemented and recommended for use in mobile and Non-Line-of-Site (NLOS) applications. The circular nature of the X-WAV signal pattern allows for superior penetration of obstacles such as trees, walls, and buildings. Other benefits include less susceptibility to reflected or noisy signals and enhanced interoperability with conventional systems.
Shock-WAV™ Digital Smart Amplifiers expand signal coverage and boost data throughput, while also helping to maintain a high quality and clean wireless signal. Utilizing Digital Automatic Gain Control (AGC) technology, Shock-WAV™ amplifiers monitor the incoming signal and make adjustments so that the output signal maintains constant power levels, ensuring the cleanest radio frequency (RF) signal possible. Added receive gain also makes this bi-directional amplifier advantageous when used in networks where weaker client devices have to communicate over longer distances. This also optimizes and balances out the link—creating more consistent throughput over the entire network.
Pro-Wav™ Systems and Solution Kits combine the best of Luxul and other partner technologies to provide fully integrated 802.11 wireless solutions and function-specific kits. Pro-WAV™ solutions include Hotspots, Base Stations, Backhaul Link Kits, Range Extender Kits, Bridge Kits and other integrated solutions designed to enhance the wireless experience. Engineered and packaged for ease of implementation and integration, Pro-WAV™ solutions provide better performance and signal stability for your wireless network with greater signal propagation through obstacles. Pro-WAV™ solutions are available for use in virtually any size indoor or outdoor installation.
About Luxul Wireless
Luxul Wireless is the leader in high-performance wireless solutions and engineers superior wireless signal propagation technologies to address the challenges faced by traditional wireless networking methodologies. Luxul’s Clear-WAV™ solutions deliver the world’s most reliable and powerful signals for use in home, office, and industrial networking applications. Clear-WAV™ technologies are ideal for both mobile and fixed Non-Line-of-Site (NLOS) wireless applications and are key elements to successful WIFI, WIMAX, RFID, wireless Broadband, Mesh, and other wireless networking implementations. Luxul’s Clear-WAV™ signal technology can be found in successful wireless network installations worldwide and is a key component in some of the most robust, stabile and efficient wireless networks in the world.
