News

Microlab today demonstrated the world’s first radio frequency (RF) coupler with embedded signal monitoring intelligence. The patent-pending smart coupler capitalizes on Internet of Things (IoT) technology for remote sensing and reporting. Designed for in-building public safety wireless networks, the smart coupler will be revolutionary in terms of monitoring a passive communications network of RF coaxial cables, components, and antennas. The technology will enable public safety authorities, building owners, and system’s integrators the ability to continuously supervise in real-time their emergency first responder, in-building network’s performance.

Microlab, a Wireless Telecom Group Company (NYSE AMERICAN: WTT) today announced its new DCC Series Point-of-Interface integrated solution was chosen for the deployment of the wireless system in Hard Rock Stadium in Miami, Florida.

Microlab, a Wireless Telecom Group Company, today introduced the MCC™ Series Modular Carrier Conditioner, a modular point of interface solution for small cell and D-RAN deployments.

Microlab, a Wireless Telecom Group Company, today launched a new portfolio of products dedicated to critical communications and in-building public safety wireless networks. The new portfolio will directly address the growing market needs and requirements for high-quality, reliable, in-building wireless connectivity for public safety networks used by emergency services personnel. The new portfolio of RF components are specifically designed and optimized for critical communications in the 80 MHz to 960 MHz frequency range, covering all public safety bands, and consists of splitters, couplers and duplexers, amongst other new product initiatives. 

Microlab, a Wireless Telecom Group Company (NYSE MKT: WTT) today announced its new DCC601 Adjustable Point-of-Interface (POI) solution was chosen for the deployment of the wireless system in US Bank Stadium in Minneapolis, MN. System designers and integrators were faced with the challenge of adding wireless data capacity today, while ensuring flexibility to meet future demands. Microlab developed a new Adjustable Point-of-Interface approach that reduces the cost of deployment and ownership compared to active DAS. The Microlab passive solution allows carriers to optimize system performance at the initial installation, as well as adjust capacity and coverage for future needs without any additional hardware investment.

Microlab, a Wireless Telecom Group Company (NYSE MKT: WTT) today announced it was chosen for its Point of Interface designs that are being used in the new Royal Arena in Copenhagen. The arena, which opened in February 2017, was faced with the challenge of integrating three wireless carriers on one common distributed antenna system (DAS).

Microlab, a Wireless Telecom Group Company (NYSE MKT: WTT) today announced the release of the BK-745E Twin Diplexer optimized for small cell applications. This new diplexer is designed to combine and separate the PCS band and AWS-WCS bands with guaranteed low-PIM performance in the smallest and lightest form factor.

Microlab, a Wireless Telecom Group Company (NYSE MKT: WTT) today announced the release of 51 new Salt/Fog passive components built to withstand harsh outdoor environments. These network infrastructure products are proven to resist corrosion and penetration of salt water making them ideal for outdoor DAS, small cell, and cell site applications.

Microlab, a Wireless Telecom Group Company (NYSE MKT: WTT) today announced a new product line of Digital GPS Signal Repeaters and Splitters. The GPSR series repeaters and GPSS series splitters incorporate Microlab’s new patent-pending Digital SkyTiming Technology™ which provides advanced GPS timing and location distribution. These new products are ideal for network timing applications that require GPS signals with high precision and accuracy.

Public Safety 
Public Safety communications worldwide are becoming increasingly important to ensure that first responders communicate reliably during emergencies for the protection and preservation of life and property. Public Safety agencies like the National Fire Protection Association (NFPA) and the International Fire Code (IFC) have created safety in-building communication requirements and best practices. Local municipalities and authorities at different government levels in the U.S. are now mandating these safety codes for new and existing buildings and facilities.