Westell is working on an enterprise CBRS offering with ip.access
Westell Technologies is currently working with U.K. firm ip.access on the development of a small cell product for enterprise that would use LTE in the Citizens Broadband Radio Service spectrum, the company’s President and CEO...
The company’s in-building wireless segment recorded revenues of $3.6 million in fiscal Q1
Westell Technologies is seeing increasing opportunities in areas such as network densification, in-building wireless, 5G and the internet of things, the company’s President and CEO Stephen John told investors during a conference...
Westell Technoliogies said it is testing an expanded suite of products for this specific segment
Wireless infrastructure provider Westell Technologies is looking to capture growth opportunities in the in-building wireless market for public safety, company Chairman Kirk Brannock said during a recent conference call with...
Westell aims to attract growth opportunities in in-building public safety, network densification, small cell and 5G
Westell Technologies, a provider of wireless infrastructure solutions, recorded revenues of $3.2 million in its in-building wireless (IBW) segment in fiscal Q4, ended March 31, down from $5.2 million...
Despite all the hype about small cells, digital repeaters are still the easiest, lowest cost, and most reliable solution for improving in-building wireless coverage for all carriers. I am not talking about the broadband signal boosters that are not carrier-authorized, which can potentially interfere...
Consistency in nationwide public safety networks is critical; how DAS systems must measure up
Public safety networks are critical to the safety of people everywhere – they are implemented across high-rise buildings, campuses, tunnels, shopping malls, airports, parking garages and more in order to protect...
Looking back, cell tower power used to be treated a lot like the electrical grid: essential, reliable, taken for granted, a tad dull. But today, cell tower power is a different story. It is an exciting source of technical and business innovation running at...
The In-Building Wireless market is expected to grow from $4.83 Billion in 2015 to $16.71 Billion in 2020, at a CAGR of 28.1% during the forecast period, according to a June 2015 market research report by MarketsandMarkets titled, "In-Building Wireless Market by System Components (Antennas, Cabling, DAS,...
In-building distributed antenna systems (DASs) are used to enhance cellular coverage within buildings to provide wireless customers better coverage and capacity while simultaneously greatly enhancing the user experience. Sounds simple, right? Well, it’s not. And not all DAS solutions are the same. What’s more,...
In previous issues of RCR Wireless News, we discussed Near-Far and its effect on in-building DAS performance, which included details on uplink and downlink Near-Far. For more details, check out our recent editorial posts: “Effect on In-Building DAS Performance,” “Uplink Near-Far: Causing Degraded DAS...
In previous issues of RCR, we discussed Near-Far and its “Effect on In-Building DAS Performance” and “Uplink Near-Far: Causing Degraded DAS Performance”. Near-Far is a term describing performance reduction when a mobile device is operating within a DAS coverage area, but is being serviced...
In a previous post on RCR Wireless News, we discussed near-far and its “Effect on In-Building DAS Performance.” Near-Far is a term describing performance reduction when a mobile device is operating within a distributed antenna system's coverage area, but is being serviced by a distant macro cell tower.
Near-Far...
In-building distributed antenna systems (DASs) are used to enhance cellular coverage within buildings, providing wireless customers better coverage and/or capacity while indoors, thereby greatly enhancing the user experience. They can be designed for a single wireless service provider (WSP) or as a Neutral Host...
