Sectors (ie. cells with their baseband and radio resources) aren’t abruptly cut off like an on or off switch but rather re-allocated thus shifting capacity gracefully between different coverage areas. Let’s consider a multi-facility building with offices, restaurants and shops....
Read MoreTopic: What is the difference between RF switching and RF routing? Answer: With RF switching, one RF input (BTS) is connected to several remotes in a star topology, and can switch on and off individual remote radios. However, the capacity is always...
Read MoreWith mobile data traffic growing exponentially and networks moving from coverage- to capacity-centric, operators’ revenues are not keeping pace with the increasing investments and operational expenditures. With that, revenue margins are decreasing and mobile network operators (MNOs) are looking at...
Read MoreLarge cellular radio access networks today have upwards of tens of thousands of base stations, which naturally means operational complexity. To complicate matters further, these base stations operate on multiple radio access technologies and different parts of the spectrum. All...
Read MoreFor a consumer using a cellular network, losing a signal may be nothing more than an annoyance. But, for a first responder trying to execute a mission-critical application in the midst of an emergency, a dropped signal has a profound...
Read MoreThe demand for reliable wireless indoor services is not a passing trend. Mobile communications usage has massively shifted from outdoor to indoor environments. The ubiquitous use of bandwidth-hungry wireless devices has made in-building wireless systems essential, much like standard building...
Read MoreMore than 70% of mobile calls and more than 80% of mobile data usage today occurs indoors. The demand now is for reliable services and connectivity inside buildings in order to provide the same quality of experience for bandwidth-hungry applications...
Read MoreThe demand for mobile communication services is ubiquitous and transcends acutely into venues where subscriber density is high. This is where the mobile network is most vulnerable and would fail to meet the demand for capacity and quality of service...
Read MoreDali Wireless provides wireless infrastructure that offers new and better ways to handle exponential growth in mobile data traffic.
Dali’s fully digital wireless signal routing solution revolutionizes in-building and outdoor coverage and capacity by eliminating interference and maximizing spectrum usage.
Mobile operators, large enterprises and public safety networks around the world deploy Dali technology to ensure high quality service and a seamless migration to 5G.
U.S. PTAB Confirmed Dali’s Game-Changing 5G Mobile Densification Patent by Rejecting Corning’s IPR Challenge
September 20, 2021
U.S. Appellate Court Ruled Against CommScope and Reaffirmed Dali Wireless’ RAN Virtualization Seminal Patent
August 30, 2021
Dali Wireless Files Second Patent Infringement Lawsuit Against Corning; Broadens Scope to Include Optical Network Evolution (ONE) Products
September 21, 2020
After the Dali Wireless-CommScope Court Fight, Legal Uncertainties Linger in the Enterprise RAN
May 19, 2020
Dali Wireless, Inc.
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Menlo Park, CA 94025
Dali Wireless (Canada), Inc.
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Dali Wireless (Hong Kong) Co., Ltd
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1 Connaught Place
Central, Hong Kong